CataTQA metadata

.gitattributes

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 # Video files - compressed
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 *.webm filter=lfs diff=lfs merge=lfs -text
+metadata/table_data/table33.csv filter=lfs diff=lfs merge=lfs -text
+metadata/table_data/table38.csv filter=lfs diff=lfs merge=lfs -text
+metadata/table_data/table43.csv filter=lfs diff=lfs merge=lfs -text
+metadata/table_data/table44.csv filter=lfs diff=lfs merge=lfs -text
+metadata/table_data/table45.csv filter=lfs diff=lfs merge=lfs -text
+metadata/table_data/table47.csv filter=lfs diff=lfs merge=lfs -text
+metadata/table_data/table50.csv filter=lfs diff=lfs merge=lfs -text
+metadata/table_data/table55.csv filter=lfs diff=lfs merge=lfs -text
+metadata/table_data/table57.csv filter=lfs diff=lfs merge=lfs -text
+metadata/table_data/table59.csv filter=lfs diff=lfs merge=lfs -text
+metadata/table_data/table60.csv filter=lfs diff=lfs merge=lfs -text
+metadata/table_data/table61.csv filter=lfs diff=lfs merge=lfs -text

metadata/parameters.json

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+{
+    "tabular_parameters": [
+        {
+            "tabular name": "table1",
+            "tabular description": "This table evaluates Mo-doped BaTiO3 photocatalysts for hydrogen production, correlating doping levels with bandgap (Eg) and activity (RH2). It identifies optimal Mo content (2%) for peak efficiency, aiding material design for enhanced solar-driven water splitting. Contributions include optimizing dopant ratios to balance light absorption and charge separation.",
+            "field description": "\n  1.[Molecular formula] - [elemental composition of compounds]\n  2.[RH2(µmol h-1 g-1)] - [Hydrogen production rate]\n  3.[Eg(eV)] - [Band gap energy]\n  4.[Preparation method] - [Material synthesis technique]\n  5.[Calcination temperature(K)] - [Heating temperature during synthesis]\n  6.[Calcination time(h)] - [Heating duration during synthesis]\n  7.[Light  intensity(W)] - [Light source power used]\n  8.[Reaction solution] - [Chemical solution in reaction]\n  9.[Co-catalyst] - [Catalyst used with photocatalyst]\n  10.[Photocatalyst dose(g L-1)] - [Photocatalyst concentration used]\n  11.[Ref] - [Reference source citation]"
+        },
+        {
+            "tabular name": "table2",
+            "tabular description": "This table enables analysis of perovskite oxide materials' electronic/thermal properties (e.g., bandgap, resistivity, stability) to optimize doping strategies, aiding in designing advanced semiconductors, capacitors, or thermoelectric materials by correlating composition with performance metrics.",
+            "field description": "\n  1.[Materials] - [Material composition]\n  2.[Eg(eV)] - [Bandgap energy in electron volts]\n  3.[Ra] - [Radius of element A]\n  4.[Rb] - [Radius of element B]\n  5.[χpa] - [Electronegativity of element A]\n  6.[χpb] - [Electronegativity of element B]\n  7.[t] - [Tolerance factor]\n  8.[I1a] - [First ionization energy of A]\n  9.[I1b] - [First ionization energy of B]\n  10.[Ra/Rb] - [Radius ratio of A to B]\n  11.[M] - [Molar mass]\n  12.[EAa] - [Electron affinity of A]\n  13.[EAb] - [Electron affinity of B]\n  14.[A_Tm] - [Melting temp of component A]\n  15.[B_Tm] - [Melting temp of component B]\n  16.[A_Tb] - [Boiling temp of component A]\n  17.[B_Tb] - [Boiling temp of component B]\n  18.[ρa] - [Density of element A]\n  19.[ρb] - [Density of element B]"
+        },
+        {
+            "tabular name": "table3",
+            "tabular description": "This table enables optimization of hydrogen production (RH2) via doped perovskite materials by correlating compositional variations (Mo doping) with electronic, thermal, and structural properties, aiding catalyst design for enhanced efficiency and stability in renewable energy applications.",
+            "field description": "\n  1.[Materials] - [Chemical compound names]\n  2.[RH2(µmol h-1 g-1)] - [Hydrogen production rate]\n  3.[Ra] - [Atomic radius of element A]\n  4.[Rb] - [Atomic radius of element B]\n  5.[χpa] - [Pauling electronegativity of element A]\n  6.[χpb] - [Pauling electronegativity of element B]\n  7.[t] - [Crystal structure tolerance factor]\n  8.[I1a] - [First ionization energy of element A]\n  9.[I1b] - [First ionization energy of element B]\n  10.[Ra/Rb] - [Atomic radius ratio]\n  11.[M] - [Molar mass]\n  12.[EAa] - [Electron affinity of element A]\n  13.[EAb] - [Electron affinity of element B]\n  14.[A_Tm] - [Melting temperature of element A]\n  15.[B_Tm] - [Melting temperature of element B]\n  16.[A_Tb] - [Boiling temperature of element A]\n  17.[B_Tb] - [Boiling temperature of element B]\n  18.[ΔfusHa] - [Enthalpy of fusion for element A]\n  19.[ρa] - [Density of element A]\n  20.[ρb] - [Density of element B]"
+        },
+        {
+            "tabular name": "table4",
+            "tabular description": "This table evaluates photocatalytic material compositions (e.g., Sr-Ti-Al-O) under controlled conditions (light, catalyst load), linking structural properties (bandgap, surface area) to production rates. It aids in optimizing material design and reaction parameters for enhanced efficiency in energy conversion or chemical synthesis.",
+            "field description": "\n  1.[Ref] - [Reference identifier for the dataset]\n  2.[A] - [Primary element A in compound]\n  3.[A1] - [First substitution element for A]\n  4.[A2] - [Second substitution element for A]\n  5.[B] - [Primary element B in compound]\n  6.[B1] - [First substitution element for B]\n  7.[B2] - [Second substitution element for B]\n  8.[X] - [Primary anion or ligand element]\n  9.[X1] - [Substitution anion or ligand element]\n  10.[A mole] - [Molar ratio of element A]\n  11.[A1 mole] - [Molar ratio of substitution element A1]\n  12.[BandGap(eV)] - [Energy bandgap value in electron volts]\n  13.[Surface Area(m2/g)] - [Material surface area per gram]\n  14.[CatW(g/L)] - [Catalyst weight concentration]\n  15.[Alcohol%] - [Percentage of alcohol in solution]\n  16.[Sac. Agent1] - [Primary sacrificial agent used]\n  17.[Sac. Agent2] - [Secondary sacrificial agent used]\n  18.[Light Type] - [Type of light irradiation source]\n  19.[Power(W)] - [Light source power input]\n  20.[Wave length(<nm)] - [Wavelength cutoff for light]\n  21.[ProdRate(μmol/g)] - [Catalytic production rate per gram]"
+        },
+        {
+            "tabular name": "table5",
+            "tabular description": "This table evaluates perovskite material stability and performance across multiple cycles, aiding in optimizing compositions (A/B site variations) for durable, efficient energy applications like photocatalysis or solar cells by identifying degradation patterns and longevity under operational conditions.",
+            "field description": "\n  1.[Full Name of Perovskite] - [Chemical formula of perovskite compound]\n  2.[A site] - [Primary cation in perovskite A site]\n  3.[A2 site] - [Secondary cation in perovskite A site]\n  4.[B site] - [Primary cation in perovskite B site]\n  5.[B2 site] - [Secondary cation in perovskite B site]\n  6.[Duration of cycles (h)] - [Time per testing cycle in hours]\n  7.[cycle1] - [Performance measurement for cycle 1]\n  8.[cycle2] - [Performance measurement for cycle 2]\n  9.[cycle3] - [Performance measurement for cycle 3]\n  10.[cycle4] - [Performance measurement for cycle 4]\n  11.[cycle5] - [Performance measurement for cycle 5]\n  12.[Ref] - [Reference identifier for data source]"
+        },
+        {
+            "tabular name": "table6",
+            "tabular description": "This table evaluates photocatalytic antibiotic degradation efficiency under varying illumination times using MIL-101, maintaining fixed catalyst dosage, pH, and antibiotic concentration. It demonstrates time-dependent performance optimization, contributing insights into process efficiency and catalyst effectiveness in pollutant removal under controlled conditions.",
+            "field description": "\n  1.[Material] - [Material ID]\n  2.[Surface area (m2/g)] - [Material surface area per gram]\n  3.[Pore Volume (cm3/g)] - [Pore space per gram of material]\n  4.[Catalyst dosage (g/L)] - [Catalyst amount per liquid volume]\n  5.[Antibiotic dosage (mg/L)] - [Antibiotic concentration in solution]\n  6.[Illumination time (min)] - [Duration of light exposure]\n  7.[pH] - [Acidity or alkalinity level]\n  8.[Degradation efficiency (%)] - [Percentage of antibiotic degraded]"
+        },
+        {
+            "tabular name": "table7",
+            "tabular description": "This table compares photocatalytic systems for gas/liquid-phase reactions (e.g., CO/CH3OH production), evaluating material compositions (CsPbBr3, Zn2GeO4), synthesis conditions, and performance metrics. It addresses catalyst design optimization and reaction efficiency for sustainable energy conversion or chemical synthesis applications.",
+            "field description": "\n  1.[Exp] - [Experiment number]\n  2.[Photocatalyst(s)] - [Photocatalyst material(s) used]\n  3.[MOF_Type] - [Metal-organic framework type]\n  4.[Phase] - [Reaction phase (gas/liquid)]\n  5.[Center_Metal] - [Central metal in catalyst]\n  6.[Noble_Metal] - [Noble metal component]\n  7.[NH2] - [Amino group functionalization]\n  8.[Additional] - [Additional catalyst components]\n  9.[Band_gap] - [Band gap energy (eV)]\n  10.[SacrAgentPercent] - [Sacrificial agent percentage]\n  11.[Light] - [Light irradiation type]\n  12.[Reactor_Volume] - [Reactor volume (mL)]\n  13.[Rxn_Time] - [Reaction time (hours)]\n  14.[Rxn_Pressure] - [Reaction pressure (atm)]\n  15.[Rxn_Temp] - [Reaction temperature (°C)]\n  16.[Synhesis_Temp] - [Synthesis temperature (°C)]\n  17.[Synthesis_Time] - [Synthesis time (hours)]\n  18.[total] - [Total product yield (mmol/g)]\n  19.[MAJORgas] - [Major gaseous product]"
+        },
+        {
+            "tabular name": "table8",
+            "tabular description": "This table evaluates photocatalytic degradation efficiency by varying calcination temperatures and illumination times, identifying optimal catalyst synthesis conditions (e.g., 500°C enhances methylene blue degradation to 78% in 20 min), contributing to pollutant treatment optimization in environmental chemistry.",
+            "field description": "\n  1.[Dopant] - [Substance added as a dopant]\n  2.[Dopant/Ti mole ratio] - [Molar ratio of dopant to titanium]\n  3.[Calcination temperature\n(°C)] - [Heating temperature during catalyst preparation]\n  4.[Pollutant] - [Target pollutant for degradation]\n  5.[Catalyst/Pollutant mass ratio] - [Mass proportion of catalyst to pollutant]\n  6.[pH] - [Solution acidity/alkalinity level]\n  7.[Experimental temperature\n(°C)] - [Ambient temperature during testing]\n  8.[Light wavelength\n(nm)] - [Wavelength of applied light source]\n  9.[Illumination time\n(min)] - [Duration of light exposure]\n  10.[Degradation rate\n(%)] - [Percentage of pollutant removed]\n  11.[Ref] - [Reference code for data source]"
+        },
+        {
+            "tabular name": "table9",
+            "tabular description": "This table compares photocatalytic degradation rates (-log(k)) of organic compounds under controlled conditions (intensity, temperature, pH), aiding in pollutant treatment efficiency analysis by revealing compound-specific degradation kinetics, contributing to optimized wastewater remediation strategies.",
+            "field description": "\n  1.[OC] - [Organic compound name]\n  2.[I, mW/cm2] - [Light intensity]\n  3.[T,\noC] - [Temperature]\n  4.[D,\ng/L] - [Nanoparticle dose]\n  5.[C0,\nmg/L] - [Initial concentration]\n  6.[pH] - [Solution acidity]\n  7.[-log(k),\nmin-1] - [Reaction rate constant logarithm]\n  8.[Ref] - [Reference number]"
+        },
+        {
+            "tabular name": "table10",
+            "tabular description": "This table evaluates BiOCl photocatalyst performance in CO production under varying structural (SBET, bandgap) and experimental (light source, medium) conditions, highlighting contributions to optimizing photocatalytic efficiency and understanding structure-activity relationships for sustainable CO synthesis.",
+            "field description": "\n  1.[Bi type in photocatalyst] - [In photocatalysis,bismuth (Bi)-based materials]\n  2.[loading (g/l)] - [Catalyst concentration]\n  3.[SBET (m2 /g)] - [Specific surface area]\n  4.[Eg(eV)] - [Bandgap energy]\n  5.[CB edge(V)] - [Conduction band potential]\n  6.[light source] - [Type of illumination used]\n  7.[irradiation time(h)] - [Duration of light exposure]\n  8.[Reaction medium] - [Phase of reaction environment]\n  9.[Main product] - [Primary chemical produced]\n  10.[Yield (μmol/g/h)] - [Production rate of product]"
+        },
+        {
+            "tabular name": "table11",
+            "tabular description": "This table correlates perovskite oxide compositions with synthesis parameters (temperature, time) and properties (surface area, thermal stability), enabling optimization of catalyst design for enhanced efficiency and stability in high-temperature applications like combustion or emissions control.",
+            "field description": "\n  1.[Molecular formulas] - [Chemical compound composition]\n  2.[SSA (m2 g -1 )] - [Specific surface area measurement]\n  3.[CT (℃)] - [Calcination temperature setting]\n  4.[AH (h)] - [Aging time duration]\n  5.[DT (℃)] - [Desorption temperature parameter]\n  6.[PM] - [Preparation method identifier]\n  7.[Ref.] - [Reference citation number]"
+        },
+        {
+            "tabular name": "table12",
+            "tabular description": "This table enables comparative analysis of catalysts for CO production, highlighting efficiency (overpotential, C.E.%) across material families (enzymes, metals, carbon). It contributes insights into structure-performance relationships, guiding catalyst design for sustainable CO₂ conversion without alloying/doping reliance.",
+            "field description": "\n  1.[Catalyst label] - [Catalyst name or composition]\n  2.[Material] - [Primary catalyst material]\n  3.[Structure] - [Physical form of catalyst material]\n  4.[Product] - [Chemical product of reaction]\n  5.[-V vs. RHE V] - [Voltage relative to reversible hydrogen electrode]\n  6.[overpotential V] - [Extra voltage required for reaction]\n  7.[pH] - [Acidity/alkalinity level of environment]\n  8.[C.E. %] - [Coulombic efficiency percentage]\n  9.[Material Family] - [Material category/classification]\n  10.[Alloying] - [Presence of alloy components (0=no,1=yes)]\n  11.[Doping] - [Presence of dopants (0=no,1=yes)]\n  12.[Nanostructuring] - [Nanoscale structuring (0=no,1=yes)]\n  13.[Surface Strain] - [Surface deformation (0=no,1=yes)]\n  14.[Multiphase] - [Multiple material phases (0=no,1=yes)]\n  15.[Electric field] - [Applied electric field (0=no,1=yes)]\n  16.[Chemical Environment 1=electrolyte 2=pressure] - [Reaction environment type]\n  17.[Functionalization] - [Surface functional groups (0=no,1=yes)]\n  18.[Co catalyst] - [Cobalt catalyst presence (1=yes)]\n  19.[Year] - [Publication year of study]"
+        },
+        {
+            "tabular name": "table13",
+            "tabular description": "This table supports analysis of oxygen evolution reaction (OER) catalyst research trends by integrating publication metrics, synthesis methods, and performance data across electrolytes. It enables identification of effective preparation techniques and geographical research contributions, facilitating comparative evaluation of catalytic efficiency in different environments.",
+            "field description": "\n  1.[DOI] - [Unique digital document identifier]\n  2.[Country] - [Country of the research institution]\n  3.[Facility] - [Research institution or university]\n  4.[Journal_Name] - [Name of the publishing journal]\n  5.[IF] - [Journal impact factor]\n  6.[Indexed_Date] - [Date when the article was indexed]\n  7.[Cited_Time] - [Number of times cited]\n  8.[Acid_OVP] - [Overpotential in acidic conditions]\n  9.[Alkaline_OVP] - [Overpotential in alkaline conditions]\n  10.[Neutral_OVP] - [Overpotential in neutral conditions]\n  11.[Judge_Hydrothermal] - [Hydrothermal method used (1=yes)]\n  12.[Judge_Microwave] - [Microwave method used (1=yes)]\n  13.[Judge_Spray] - [Spray method used (1=yes)]\n  14.[Judge_Phys_Chem_Deposition] - [Physical-chemical deposition method (1=yes)]\n  15.[Judge_Light_Deposition] - [Light deposition method used (1=yes)]\n  16.[Judge_Electrochemical_Deposition] - [Electrochemical deposition method (1=yes)]\n  17.[Judge_Electrochemical_Corrosion] - [Electrochemical corrosion method (1=yes)]\n  18.[Judge_Etching] - [Etching method used (1=yes)]\n  19.[Judge_Sol_Gel] - [Sol-gel method used (1=yes)]\n  20.[Warning_OER.1] - [Warning flag for OER data]"
+        },
+        {
+            "tabular name": "table14",
+            "tabular description": "This table enables comparative analysis of perovskite materials' feature profiles, aiding in identifying structural or electronic similarities. It contributes to accelerated material discovery by highlighting candidates with desired properties through high-dimensional data-driven similarity assessment.",
+            "field description": "\n  1.[Perovskite] - [Chemical compound name]\n  2.[0] - [Feature index 0 in dataset]\n  3.[1] - [Feature index 1 in dataset]\n  4.[2] - [Feature index 2 in dataset]\n  5.[3] - [Feature index 3 in dataset]\n  6.[4] - [Feature index 4 in dataset]\n  7.[5] - [Feature index 5 in dataset]\n  8.[6] - [Feature index 6 in dataset]\n  9.[7] - [Feature index 7 in dataset]\n  10.[8] - [Feature index 8 in dataset]\n  11.[9] - [Feature index 9 in dataset]\n  12.[10] - [Feature index 10 in dataset]\n  13.[11] - [Feature index 11 in dataset]\n  14.[12] - [Feature index 12 in dataset]\n  15.[13] - [Feature index 13 in dataset]\n  16.[14] - [Feature index 14 in dataset]\n  17.[15] - [Feature index 15 in dataset]\n  18.[16] - [Feature index 16 in dataset]\n  19.[17] - [Feature index 17 in dataset]\n  20.[18] - [Feature index 18 in dataset]\n  21.[19] - [Feature index 19 in dataset]\n  22.[20] - [Feature index 20 in dataset]\n  23.[21] - [Feature index 21 in dataset]\n  24.[22] - [Feature index 22 in dataset]\n  25.[23] - [Feature index 23 in dataset]\n  26.[24] - [Feature index 24 in dataset]\n  27.[25] - [Feature index 25 in dataset]\n  28.[26] - [Feature index 26 in dataset]\n  29.[27] - [Feature index 27 in dataset]\n  30.[28] - [Feature index 28 in dataset]\n  31.[29] - [Feature index 29 in dataset]\n  32.[30] - [Feature index 30 in dataset]\n  33.[31] - [Feature index 31 in dataset]\n  34.[32] - [Feature index 32 in dataset]\n  35.[33] - [Feature index 33 in dataset]\n  36.[34] - [Feature index 34 in dataset]\n  37.[35] - [Feature index 35 in dataset]\n  38.[36] - [Feature index 36 in dataset]\n  39.[37] - [Feature index 37 in dataset]\n  40.[38] - [Feature index 38 in dataset]\n  41.[39] - [Feature index 39 in dataset]\n  42.[40] - [Feature index 40 in dataset]\n  43.[41] - [Feature index 41 in dataset]\n  44.[42] - [Feature index 42 in dataset]\n  45.[43] - [Feature index 43 in dataset]\n  46.[44] - [Feature index 44 in dataset]\n  47.[45] - [Feature index 45 in dataset]\n  48.[46] - [Feature index 46 in dataset]\n  49.[47] - [Feature index 47 in dataset]\n  50.[48] - [Feature index 48 in dataset]\n  51.[49] - [Feature index 49 in dataset]\n  52.[50] - [Feature index 50 in dataset]\n  53.[51] - [Feature index 51 in dataset]\n  54.[52] - [Feature index 52 in dataset]\n  55.[53] - [Feature index 53 in dataset]\n  56.[54] - [Feature index 54 in dataset]\n  57.[55] - [Feature index 55 in dataset]\n  58.[56] - [Feature index 56 in dataset]\n  59.[57] - [Feature index 57 in dataset]\n  60.[58] - [Feature index 58 in dataset]\n  61.[59] - [Feature index 59 in dataset]\n  62.[60] - [Feature index 60 in dataset]\n  63.[61] - [Feature index 61 in dataset]\n  64.[62] - [Feature index 62 in dataset]\n  65.[63] - [Feature index 63 in dataset]\n  66.[64] - [Feature index 64 in dataset]\n  67.[65] - [Feature index 65 in dataset]\n  68.[66] - [Feature index 66 in dataset]\n  69.[67] - [Feature index 67 in dataset]\n  70.[68] - [Feature index 68 in dataset]\n  71.[69] - [Feature index 69 in dataset]\n  72.[70] - [Feature index 70 in dataset]\n  73.[71] - [Feature index 71 in dataset]\n  74.[72] - [Feature index 72 in dataset]\n  75.[73] - [Feature index 73 in dataset]\n  76.[74] - [Feature index 74 in dataset]\n  77.[75] - [Feature index 75 in dataset]\n  78.[76] - [Feature index 76 in dataset]\n  79.[77] - [Feature index 77 in dataset]\n  80.[78] - [Feature index 78 in dataset]\n  81.[79] - [Feature index 79 in dataset]\n  82.[80] - [Feature index 80 in dataset]\n  83.[81] - [Feature index 81 in dataset]\n  84.[82] - [Feature index 82 in dataset]\n  85.[83] - [Feature index 83 in dataset]\n  86.[84] - [Feature index 84 in dataset]\n  87.[85] - [Feature index 85 in dataset]\n  88.[86] - [Feature index 86 in dataset]\n  89.[87] - [Feature index 87 in dataset]\n  90.[88] - [Feature index 88 in dataset]\n  91.[89] - [Feature index 89 in dataset]\n  92.[90] - [Feature index 90 in dataset]\n  93.[91] - [Feature index 91 in dataset]\n  94.[92] - [Feature index 92 in dataset]\n  95.[93] - [Feature index 93 in dataset]\n  96.[94] - [Feature index 94 in dataset]\n  97.[95] - [Feature index 95 in dataset]\n  98.[96] - [Feature index 96 in dataset]\n  99.[97] - [Feature index 97 in dataset]\n  100.[98] - [Feature index 98 in dataset]\n  101.[99] - [Feature index 99 in dataset]\n  102.[similarity] - [Similarity score to reference compound]"
+        },
+        {
+            "tabular name": "table15",
+            "tabular description": "This table analyzes high-entropy alloy (HEA) compositions (Pt, Ru, Pd, Rh, Au) to optimize electrochemical performance via onset potential, aiding material design for catalytic applications. It highlights composition-property relationships, enabling efficient screening of multi-metal catalysts for energy conversion or reaction efficiency.",
+            "field description": "\n  1.[HEA] - [high-entropy alloy (HEA) number]\n  2.[Pt] - [Platinum percentage in alloy]\n  3.[Ru] - [Ruthenium percentage in alloy]\n  4.[Pd] - [Palladium percentage in alloy]\n  5.[Rh] - [Rhodium percentage in alloy]\n  6.[Au] - [Gold percentage in alloy]\n  7.[Onset] - [Onset potential (V)]"
+        },
+        {
+            "tabular name": "table16",
+            "tabular description": "This table facilitates analysis of multi-element alloy compositions (e.g., Ni, Mg, La) and their electrochemical performance (current density metrics), aiding optimization of material designs for enhanced catalytic or energy storage efficiency. Contributions include linking compositional variations to functional electrochemical properties.",
+            "field description": "\n  1.[Mn] - [the values are the normalized composition indicating the concentration of Mn cation in the metal oxide samples]\n  2.[Ni] - [the values are the normalized composition indicating the concentration of Ni cation in the metal oxide samples]\n  3.[Mg] - [the values are the normalized composition indicating the concentration of Mg cation in the metal oxide samples]\n  4.[Ca] - [the values are the normalized composition indicating the concentration of Ca cation in the metal oxide samples]\n  5.[Fe] - [the values are the normalized composition indicating the concentration of Fe cation in the metal oxide samples]\n  6.[La] - [the values are the normalized composition indicating the concentration of La cation in the metal oxide samples]\n  7.[Y] - [the values are the normalized composition indicating the concentration of Y cation in the metal oxide samples]\n  8.[In] - [the values are the normalized composition indicating the concentration of In cation in the metal oxide samples]\n  9.[J.uAcm2_0.80_fromCV] - [at 0.8 V vs RHE extracted from a cyclic voltammogram at 0.05 V/s, acquired after 2 hours of catalyst operation]\n  10.[J.uAcm2_0.63_secondCA] - [at 0.63 V vs RHE from chronoamperometry measured after 2 hours of catalyst operation]\n  11.[J.uAcm2_0.63_initialCA] - [at 0.63 V vs RHE from chronoamperometry measured after short electrochemical pretreatment]"
+        },
+        {
+            "tabular name": "table17",
+            "tabular description": "This table evaluates catalytic performance (e.g., hydrocarbon yields, selectivity) of Mn-Na2WO4/BN under varying conditions, aiding in optimizing catalyst composition and reaction parameters for enhanced C2+ production while minimizing CO/CO2 byproducts in methane conversion processes.",
+            "field description": "\n  1.[Name] - [Catalyst name]\n  2.[M1] - [Primary metal component]\n  3.[M1_atom_number] - [Atom count of primary metal]\n  4.[M2] - [Secondary metal component]\n  5.[M2_atom_number] - [Atom count of secondary metal]\n  6.[M3] - [Tertiary metal component]\n  7.[M3_atom_number] - [Atom count of tertiary metal]\n  8.[Support] - [Catalyst support material]\n  9.[Support_ID] - [Support material identifier]\n  10.[M2_mol] - [Molar ratio of secondary metal]\n  11.[M3_mol] - [Molar ratio of tertiary metal]\n  12.[C2y] - [Yield of C2 hydrocarbons]\n  13.[C2H6y] - [Yield of ethane]\n  14.[C2H4y] - [Yield of ethylene]\n  15.[COy] - [Yield of carbon monoxide]\n  16.[CO2y] - [Yield of carbon dioxide]\n  17.[C2s] - [Selectivity of C2 hydrocarbons]\n  18.[C2H6s] - [Selectivity of ethane]\n  19.[C2H4s] - [Selectivity of ethylene]\n  20.[COs] - [Selectivity of carbon monoxide]\n  21.[CO2s] - [Selectivity of carbon dioxide]"
+        },
+        {
+            "tabular name": "table18",
+            "tabular description": "This table enables comparative analysis of catalytic materials (Pd, Rh, Ru, Re) by correlating atomic/surface properties with reaction/activation energies, aiding in catalyst optimization for energy-efficient chemical processes. Contributions include identifying structure-activity relationships and guiding material design for enhanced catalytic performance.",
+            "field description": "\n  1.[AA] - [Element]\n  2.[A_AtimicN] - [Atomic number of element]\n  3.[surfaces] - [Surface Miller indices (e.g., -211)]\n  4.[surfaces_key] - [Surface identifier key]\n  5.[ab] - [Adsorbed species (e.g., CH*)]\n  6.[ab_key] - [Adsorbed species identifier]\n  7.[a] - [Adsorbed hydrogen (H*)]\n  8.[a_key] - [Hydrogen species identifier]\n  9.[b] - [Adsorbed carbon (C*)]\n  10.[b_key] - [Carbon species identifier]\n  11.[reaction_energy] - [Reaction energy (eV)]\n  12.[activation_energy] - [Activation energy (eV)]"
+        },
+        {
+            "tabular name": "table19",
+            "tabular description": "This table analyzes catalytic performance (CH4/O2 conversion, product selectivity) under varying cation compositions (Na, V, Mn/SiO2) and temperatures, aiding optimization of methane oxidation catalysts for enhanced hydrocarbon yield and reduced byproducts.",
+            "field description": "\n  1.[Cation1] - [The first cation in catalyst]\n  2.[Cation2] - [Secondary cation in catalyst]\n  3.[Cation3] - [Tertiary cation in catalyst]\n  4.[Cation1Amount] - [Concentration of primary cation (%)]\n  5.[Cation2Amount] - [Concentration of secondary cation (%)]\n  6.[Cation3Amount] - [Concentration of tertiary cation (%)]\n  7.[Support] - [Catalyst support material]\n  8.[Temp CH4 conv] - [Methane conversion rate (%)]\n  9.[O2 conv] - [Oxygen conversion rate (%)]\n  10.[C2 yield] - [Yield of C2 hydrocarbons (%)]\n  11.[CO sel] - [Carbon monoxide selectivity (%)]\n  12.[CO2 sel] - [Carbon dioxide selectivity (%)]\n  13.[H2 sel] - [Hydrogen selectivity (%)]\n  14.[C2H6 sel] - [Ethane selectivity (%)]\n  15.[C2H4 sel] - [Ethylene selectivity (%)]\n  16.[Missing] - [Unaccounted or missing data]"
+        },
+        {
+            "tabular name": "table20",
+            "tabular description": "This table aids in optimizing catalytic methane conversion by analyzing process conditions (temperature, pressure, contact time) and catalyst composition (cations, supports) to enhance C₂ yield and selectivity while minimizing COₓ byproducts, contributing to efficient methane utilization strategies.",
+            "field description": "\n  1.[Preparation] - [Preparation number]\n  2.[Temperature] - [Reaction temperature (K or °C)]\n  3.[CH4-pressure] - [Methane partial pressure]\n  4.[O2-pressure] - [Oxygen partial pressure]\n  5.[Contact-times] - [Reactant-catalyst contact duration]\n  6.[Cation1] - [Primary cation identifier]\n  7.[Cation1-mol] - [Primary cation molar percentage]\n  8.[Cation2] - [Secondary cation identifier]\n  9.[Cation2-mol] - [Secondary cation molar percentage]\n  10.[Cation3] - [Tertiary cation identifier]\n  11.[Cation3-mol] - [Tertiary cation molar percentage]\n  12.[Cation4] - [Quaternary cation identifier]\n  13.[Cation4-mol] - [Quaternary cation molar percentage]\n  14.[Anion1] - [Primary anion identifier]\n  15.[Anion1-mol] - [Primary anion molar percentage]\n  16.[Anion2] - [Secondary anion identifier]\n  17.[Anion2-mol] - [Secondary anion molar percentage]\n  18.[Support1] - [Primary support material identifier]\n  19.[Support1-mol] - [Primary support molar percentage]\n  20.[Support2] - [Secondary support material identifier]\n  21.[Support2-mol] - [Secondary support molar percentage]\n  22.[CH4-conversion%] - [Methane conversion percentage]\n  23.[C2-selectivity] - [C2 hydrocarbon selectivity]\n  24.[C2-yield] - [C2 hydrocarbon yield]\n  25.[COx] - [Carbon oxides selectivity]\n  26.[C2selec] - [C2 selectivity abbreviation]\n  27.[C2-yield-class] - [C2 yield classification]"
+        },
+        {
+            "tabular name": "table21",
+            "tabular description": "This table facilitates optimization of catalytic methane conversion to C2 hydrocarbons by correlating catalyst composition (metals, support), reaction conditions (temperature, flow, ratios), and performance metrics (yield, conversion, selectivity), aiding efficient process design for methane utilization.",
+            "field description": "\n  1.[index] - [Number]\n  2.[Code] - [Catalyst sample identifier code]\n  3.[M1] - [Primary metal component]\n  4.[M2] - [Secondary metal component]\n  5.[M3] - [Tertiary metal component]\n  6.[Support] - [Catalyst support material]\n  7.[C2 yield (%)] - [C2 hydrocarbon production yield]\n  8.[CH4 conversion (%)] - [Methane conversion efficiency]\n  9.[C2 selectivity(%)] - [C2 hydrocarbon selectivity rate]\n  10.[Temp. (°C)] - [Reaction temperature in Celsius]\n  11.[CH4/O2 (mol/mol)] - [Methane-oxygen feed molar ratio]\n  12.[Total flow(mL/min)] - [Total gas flow rate]\n  13.[PAr (atm)] - [Argon partial pressure]"
+        },
+        {
+            "tabular name": "table22",
+            "tabular description": "This table enables analysis of material compositions and their electronic/structural properties (bandgaps, formation energy, lattice), aiding in discovering stable materials with tailored semiconducting or functional characteristics for energy, electronics, or catalysis applications.",
+            "field description": "\n  1.[A] - [Element symbol A]\n  2.[A_AtomN] - [Atomic number of element A]\n  3.[An] - [Count of A atoms]\n  4.[B] - [Element symbol B]\n  5.[B_AtomN] - [Atomic number of element B]\n  6.[Bn] - [Count of B atoms]\n  7.[C] - [Element symbol C]\n  8.[C_AtomN] - [Atomic number of element C]\n  9.[Cn] - [Count of C atoms]\n  10.[D] - [Element symbol D]\n  11.[D_AtomN] - [Atomic number of element D]\n  12.[Dn] - [Count of D atoms]\n  13.[E] - [Element symbol E]\n  14.[E_AtomN] - [Atomic number of element E]\n  15.[En] - [Count of E atoms]\n  16.[Direct_Band] - [Direct bandgap energy (eV)]\n  17.[Indirect_Band] - [Indirect bandgap energy (eV)]\n  18.[Formation_E] - [Formation energy (eV)]\n  19.[Volume] - [Unit cell volume (ų)]\n  20.[Lattice] - [Lattice parameter (Å)]"
+        },
+        {
+            "tabular name": "table23",
+            "tabular description": "This table aids in optimizing catalytic methane conversion to C₂ hydrocarbons by analyzing catalyst compositions (M1-M3, support), reaction conditions (temp, flow, pressure), and performance metrics (yield, conversion, selectivity), guiding efficient catalyst design and process parameter tuning for enhanced C₂ production.",
+            "field description": "\n  1.[No] - [Number]\n  2.[M1] - [Metal 1 component in catalyst]\n  3.[M2] - [Metal 2 component in catalyst]\n  4.[M3] - [Metal 3 component in catalyst]\n  5.[Support] - [Catalyst support material]\n  6.[C2 yield (%)] - [Yield of C2 hydrocarbons]\n  7.[CH4 conversion (%)] - [Methane conversion percentage]\n  8.[C2 selectivity (%)] - [Selectivity toward C2 hydrocarbons]\n  9.[Temp. (℃)] - [Reaction temperature in Celsius]\n  10.[CH4/O2 (mol/mol)] - [Methane-to-oxygen molar ratio]\n  11.[Total flow (mL/min)] - [Total gas flow rate]\n  12.[PAr (atm)] - [Argon partial pressure]"
+        },
+        {
+            "tabular name": "table24",
+            "tabular description": "This table identifies dopant compositions (Be-based) optimizing adsorption and reaction energies, aiding material design for catalytic processes like methane activation by correlating elemental combinations with energy metrics.",
+            "field description": "\n  1.[Composition] - [Material composition elements]\n  2.[Base] - [Base elements]\n  3.[Dope] - [dopant elements]\n  4.[CH4Ead] - [Methane adsorption energy]\n  5.[ReactionE] - [Reaction energy value]\n  6.[CH3Ead] - [Methyl adsorption energy]"
+        },
+        {
+            "tabular name": "table25",
+            "tabular description": "This table evaluates catalytic reaction performance (e.g., CH4/O2 conversion, product yields) under varying temperatures, highlighting inefficiencies (negative conversions, zero yields) without catalysts. It contributes baseline data for optimizing catalyst design and process conditions in methane oxidation or reforming systems.",
+            "field description": "\n  1.[M1] - [M1 element in M1–M2–M3/support]\n  2.[M2] - [M2 element in M1–M2–M3/support]\n  3.[M3] - [M3 element in M1–M2–M3/support]\n  4.[Support] - [Supporting material in M1–M2–M3/support]\n  5.[Temp (oC)] - [Reaction temperature in Celsius]\n  6.[O2 Conv. (%)] - [Oxygen conversion percentage]\n  7.[CH4 Conv. (%)] - [Methane conversion percentage]\n  8.[H2 yield (%)] - [Hydrogen yield percentage]\n  9.[CO yield (%)] - [Carbon monoxide yield percentage]\n  10.[C2H6 yield (%)] - [Ethane yield percentage]\n  11.[CO2 yield (%)] - [Carbon dioxide yield percentage]\n  12.[C2H4 yield (%)] - [Ethylene yield percentage]\n  13.[C2 yield (%)] - [C2 hydrocarbons yield percentage]\n  14.[C missing (%)] - [Unaccounted carbon percentage]\n  15.[CH4/O2 ratio] - [Methane to oxygen flow ratio]\n  16.[CH4 (mL/min)] - [Methane flow rate]\n  17.[O2 (mL/min)] - [Oxygen flow rate]\n  18.[N2 (mL/min)] - [Nitrogen flow rate]"
+        },
+        {
+            "tabular name": "table26",
+            "tabular description": "This table evaluates catalytic performance (e.g., O₂/CH₄ conversion, product yields) under varying temperatures, aiding optimization of reaction conditions and catalyst design for hydrocarbon processing. Contributions include identifying temperature-dependent efficiency trends and selectivity trade-offs in product formation.",
+            "field description": "\n  1.[M1] - [M1 element in M1–M2–M3–M4-supported catalysts]\n  2.[M1 (wt%)] - [M1 element weight percentage]\n  3.[M2] - [M2 element in M1–M2–M3–M4-supported catalysts]\n  4.[M2 (wt%)] - [M2 element weight percentage]\n  5.[M3] - [M3 element in M1–M2–M3–M4-supported catalysts]\n  6.[M3 (wt%)] - [M3 element weight percentage]\n  7.[M4] - [M4 element in M1–M2–M3–M4-supported catalysts]\n  8.[M4 (wt%)] - [M4 element weight percentage]\n  9.[Support] - [Supporting material in M1–M2–M3–M4-supported catalysts]\n  10.[Temp (oC)] - [Reaction temperature in Celsius]\n  11.[O2 Conv. (%)] - [Oxygen conversion percentage]\n  12.[CH4 Conv. (%)] - [Methane conversion percentage]\n  13.[H2 yield (%)] - [Hydrogen gas yield percentage]\n  14.[CO yield (%)] - [Carbon monoxide yield percentage]\n  15.[C2H6 yield (%)] - [Ethane yield percentage]\n  16.[CO2 yield (%)] - [Carbon dioxide yield percentage]\n  17.[C2H4 yield (%)] - [Ethylene yield percentage]\n  18.[C2 yield (%)] - [Combined C2 hydrocarbons yield]\n  19.[C missing (%)] - [Unaccounted carbon percentage]"
+        },
+        {
+            "tabular name": "table27",
+            "tabular description": "This table evaluates methane oxidation efficiency under varying temperatures, identifying suboptimal conversion rates and product yields. It contributes insights into thermal process optimization, highlighting inefficiencies in resource utilization and reaction pathways for catalytic system improvements.",
+            "field description": "\n  1.[furnace length(mm)] - [Furnace length]\n  2.[CH4/O2 ratio] - [Methane to oxygen ratio]\n  3.[Resource] - [Resource type used]\n  4.[M1] - [The chemical element corresponding to M1 in ternary element supported OCM catalysts (M1–M2–M3/support)]\n  5.[M2] - [The chemical element corresponding to M2 in ternary element supported OCM catalysts (M1–M2–M3/support)]\n  6.[M3] - [The chemical element corresponding to M3 in ternary element supported OCM catalysts (M1–M2–M3/support)]\n  7.[Support] - [The supporting material corresponding to support in ternary element supported OCM catalysts (M1–M2–M3/support)]\n  8.[Temp(℃)] - [Temperature in Celsius]\n  9.[O2 Conv(%)] - [Oxygen conversion percentage]\n  10.[CH4 Conv(%)] - [Methane conversion percentage]\n  11.[H2 yield(%)] - [Hydrogen production yield]\n  12.[CO yield(%)] - [Carbon monoxide production yield]\n  13.[C2H6 yield(%)] - [Ethane production yield]\n  14.[CO2 yield(%)] - [Carbon dioxide production yield]\n  15.[C2H4 yield(%)] - [Ethylene production yield]\n  16.[C2 yield(%)] - [C2 production yield]\n  17.[C missing(%)] - [Carbon deficit percentage]\n  18.[H2O(g)] - [H2O weight collected in the trap located after the reactor tube includes the sum of water production during at pre-treatment and reaction]"
+        },
+        {
+            "tabular name": "table28",
+            "tabular description": "This table facilitates comparative analysis of catalyst compositions (M1-M3, support) and reaction conditions (temperature, gas partial pressures) for optimizing catalytic performance (C2y), aiding in identifying efficient material combinations and operational parameters for methane-related processes.",
+            "field description": "\n  1.[M1] - [Primary metal element]\n  2.[M2] - [Secondary metal element]\n  3.[M3] - [Tertiary metal element (optional)]\n  4.[Support] - [Support material used]\n  5.[Temperature] - [Process temperature (°C)]\n  6.[Pch4] - [Partial pressure of methane]\n  7.[Po2] - [Partial pressure of oxygen]\n  8.[Par] - [Partial pressure of argon]\n  9.[C2y] - [Conversion yield percentage]\n  10.[Type] - [Data source type]"
+        },
+        {
+            "tabular name": "table29",
+            "tabular description": "This table evaluates catalyst compositions (NiFe/NiPt ratios on γ-Al2O3) for CO₂ methanation, linking metal loading, ratios, and support to CH4 production. It aids in optimizing catalytic efficiency and selectivity for CO₂ conversion, advancing sustainable fuel synthesis and carbon capture technologies.",
+            "field description": "\n  1.[title] - [Elemental composition and content of catalyst]\n  2.[MetalPart] - [Metal components in the catalyst]\n  3.[Support] - [Catalyst support material]\n  4.[SBET(m2/g)] - [Surface area by BET method (m²/g)]\n  5.[WeigthMetalLoading] - [Weight percentage of each metal]\n  6.[MetalRatio] - [Ratio of metals in the catalyst]\n  7.[ReactionType] - [Type of chemical reaction performed]\n  8.[Substrates] - [Reactants used in the reaction]\n  9.[Mainproduct] - [Primary product formed]\n  10.[Details] - [Additional information or notes]"
+        },
+        {
+            "tabular name": "table30",
+            "tabular description": "This table enables analysis of catalyst compositions (Ni-based with Fe/Pt promoters) for CO₂ methanation efficiency, aiding optimization of reaction conditions (temperature, conversion rates) to enhance CH₄ production. Contributions include advancing sustainable CO₂ utilization and informing catalyst design for energy storage via synthetic fuel synthesis.",
+            "field description": "\n  1.[Catalyst] - [Composition and support material of catalyst]\n  2.[ReactionType] - [Type of chemical reaction conducted]\n  3.[Substrates] - [Reactants used in the reaction]\n  4.[Mainproduct] - [Main product of the reaction]\n  5.[Reaction] - [Detailed reaction conditions and parameters]"
+        },
+        {
+            "tabular name": "table31",
+            "tabular description": "This table supports materials science research by cataloging crystal structures, lattice parameters, and space groups, aiding in predicting material properties, stability, and phase identification. It contributes to computational materials discovery by providing standardized structural data for compounds in databases like OQMD.",
+            "field description": "\n  1.[0] - [Compound formula]\n  2.[1] - [Compound formula abbreviation]\n  3.[2] - [Elements present in compound]\n  4.[3] - [Number of elements]\n  5.[4] - [Total atoms in formula unit]\n  6.[5] - [Volume (cubic angstroms)]\n  7.[6] - [Density (g/cm³)]\n  8.[7] - [Database source]\n  9.[8] - [Space group]\n  10.[9] - [HM]\n  11.[10] - [HALL]\n  12.[11] - [Lattice system]\n  13.[12] - [Lattice parameters and angles]"
+        },
+        {
+            "tabular name": "table32",
+            "tabular description": "This table compares magnetic properties (e.g., magnetization, coercivity) and thermal stability of high-entropy alloys, aiding material selection for applications requiring tailored magnetic performance and heat resistance. It contributes by linking composition to functional characteristics, optimizing alloy design for engineering uses.",
+            "field description": "\n  1.[doi] - [Document's digital object identifier]\n  2.[sentence] - [Sentence number in the document]\n  3.[composition] - [Material's chemical composition]\n  4.[unit] - [Measurement unit for the value]\n  5.[value] - [Measured numerical value]\n  6.[K] - [Temperature in Kelvin]\n  7.[Am^2/kg] - [Specific magnetic moment unit]\n  8.[°C] - [Temperature in Celsius]\n  9.[kA/m] - [Magnetic field strength unit]\n  10.[mT] - [Magnetic flux density unit]\n  11.[emu cm^−3] - [Magnetization per cubic centimeter]\n  12.[emu/cm^3] - [Magnetization per cubic centimeter]\n  13.[emu/g] - [Magnetization per gram]\n  14.[A/m] - [Magnetic field strength unit]\n  15.[A m^2/kg] - [Specific magnetic moment unit]\n  16.[Oe] - [Oersted magnetic field unit]\n  17.[µ_B/f.u.] - [Bohr magnetons per formula unit]\n  18.[kOe] - [Kilo-oersted magnetic field unit]"
+        },
+        {
+            "tabular name": "table33",
+            "tabular description": "This table compiles Curie temperatures of novel magnetic materials, aiding in identifying candidates for spintronics, sensors, or memory devices by comparing thermal stability of magnetism. It centralizes experimental data to streamline material selection and advance research on tunable magnetic properties in engineered compounds.",
+            "field description": "\n  1.[Type] - [Temperature type measured (e.g., Curie)]\n  2.[Extracted Value] - [Original temperature value from source]\n  3.[Extracted Units] - [Original unit of extracted temperature]\n  4.[Normalised Value] - [Converted/standardized temperature value]\n  5.[Normalised Units] - [Standardized unit (e.g., Kelvin)]\n  6.[Confidence ] - [Data reliability or certainty level]\n  7.[Authors] - [List of study authors]\n  8.[DOI] - [Digital Object Identifier for publication]\n  9.[Journal] - [Publication journal name]\n  10.[Title] - [Title of cited study]\n  11.[_id] - [Unique database document identifier]"
+        },
+        {
+            "tabular name": "table34",
+            "tabular description": "This table systematically compares lanthanide-based compounds' structural and magnetic properties (e.g., anisotropy, Kramers status), aiding research on molecular magnetism design, lanthanide ion behavior in coordination complexes, and structure-property relationships for advanced materials like single-molecule magnets.",
+            "field description": "\n  1.[paper_number] - [Identifier for the associated research paper]\n  2.[compound] - [Chemical formula of the compound]\n  3.[chemical_family] - [Chemical group classification of the compound]\n  4.[sub_family] - [Sub-category within the chemical family]\n  5.[Ln_ion] - [Lanthanide ion present in the compound]\n  6.[Ln_anisotropy] - [Anisotropy type of the lanthanide ion]\n  7.[Ln_Kramers] - [Whether the lanthanide ion is a Kramers ion]\n  8.[concentration] - [Concentration of the compound in solution]\n  9.[coordination_number] - [Number of ligands bonded to the lanthanide]\n  10.[number_of_ligands] - [Total ligand molecules in the compound]\n  11.[CIF_file_name] - [Filename of Crystallographic Information File]\n  12.[CIF_type] - [Type of CIF data]\n  13.[closest_polyhedron] - [Geometric shape around the ion]\n  14.[CSM] - [Continuous Symmetry Measure value]\n  15.[slope_CSM] - [Slope in CSM analysis]\n  16.[axial_distortion] - [Distortion along the axis]\n  17.[year] - [Year range of study]\n  18.[pub_year] - [Year of publication]\n  19.[DOI] - [Digital Object Identifier for the paper]\n  20.[reference] - [Citation of the research paper]"
+        },
+        {
+            "tabular name": "table35",
+            "tabular description": "This dataset enables rapid screening of complex oxide materials' thermodynamic stability (via energy above hull) and synthesizability (formation energy), accelerating discovery of viable compounds for applications like catalysis or superconductors by linking composition to stability.",
+            "field description": "\n  1.[Material Composition] - [Material Composition]\n  2.[A site #1] - [Primary element in crystal A site]\n  3.[A site #2] - [Secondary element in crystal A site]\n  4.[A site #3] - [Tertiary element in crystal A site]\n  5.[B site #1] - [Primary element in crystal B site]\n  6.[B site #2] - [Secondary element in crystal B site]\n  7.[B site #3] - [Tertiary element in crystal B site]\n  8.[X site] - [Anion element (e.g., oxygen) in crystal]\n  9.[Number of elements] - [Total distinct elements in material]\n  10.[energy_above_hull (meV/atom)] - [Stability relative to convex hull]\n  11.[formation_energy (eV/atom)] - [Energy released during compound formation]"
+        },
+        {
+            "tabular name": "table36",
+            "tabular description": "This table integrates atomic, mechanical, thermal, and electronic properties of elements, enabling predictive modeling of material behaviors (e.g., stability, conductivity) and structure-property relationships, aiding materials design and discovery through multi-dimensional analysis of elemental characteristics.",
+            "field description": "\n  1.[Symbol] - [Element symbol]\n  2.[Ionic Radius (angstroms)] - [Ion size in Å]\n  3.[Modulus of Elasticity 10³ Mpa] - [Material stiffness]\n  4.[BP (K)] - [Boiling point (Kelvin)]\n  5.[MP (K)] - [Melting point (Kelvin)]\n  6.[Density] - [Mass per unit volume]\n  7.[at. wt.] - [Atomic weight]\n  8.[BCCefflatcnt] - [BCC lattice count]\n  9.[BCCenergy_pa] - [BCC energy per atom]\n  10.[BCCenergydiff] - [BCC energy difference]\n  11.[BCCfermi] - [BCC Fermi level]\n  12.[BCCmagmom] - [BCC magnetic moment]\n  13.[BCCvolume_pa] - [BCC volume per atom]\n  14.[BCCvolume_padiff] - [BCC volume difference]\n  15.[GSbandgap] - [Ground state bandgap]\n  16.[GSefflatcnt] - [Ground state lattice count]\n  17.[GSenergy_pa] - [Ground state energy]\n  18.[GSmagmom] - [Ground state magnetic moment]\n  19.[GSvolume_pa] - [Ground state volume]\n  20.[HHIp] - [Hirschman-Herfindahl index (production)]\n  21.[HHIr] - [Hirschman-Herfindahl index (reserves)]\n  22.[ICSDVolume] - [ICSD crystal volume]\n  23.[covalent radius] - [Covalent bond radius]\n  24.[Ionization Energy (kJ/mol)] - [Energy to remove electron]\n  25.[Atomic Radius (Å)] - [Atom size in Å]\n  26.[Electron Affinity (kJ/mol)] - [Electron attraction energy]\n  27.[At. Radius   (angstroms)] - [Atomic radius in Å]\n  28.[Atomic Volume (cm³/mol)] - [Volume per mole]\n  29.[MendeleevNumber] - [Mendeleev's element classification]\n  30.[n_ws^third] - [Third power of Wigner-Seitz radius]\n  31.[First Ionization Potential (V)] - [First electron removal energy]\n  32.[Second Ionization Potential  (V)] - [Second electron removal energy]\n  33.[Third Ionization Potential  (V)] - [Third electron removal energy]\n  34.[Coeficient of Thermal Expansion (10^-6 K-1)] - [Thermal expansion rate]\n  35.[specific heat capacity] - [Heat storage capacity]\n  36.[thermal conductivity] - [Heat transfer ability]\n  37.[electrical conductivity] - [Electricity conduction]\n  38.[heat of fusion] - [Melting energy]\n  39.[Heat of Vaporization] - [Boiling energy]\n  40.[Electro-negativity] - [Electron attraction tendency]\n  41.[At. #] - [Atomic number]\n  42.[Period] - [Periodic table row]\n  43.[Group] - [Periodic table column]\n  44.[valence] - [Valence electrons]\n  45.[IsHexagonal] - [Hexagonal crystal structure]\n  46.[IsBCC] - [Body-centered cubic structure]\n  47.[IsCubic] - [Cubic crystal structure]\n  48.[IsFCC] - [Face-centered cubic structure]\n  49.[IsOrthorhombic] - [Orthorhombic crystal structure]\n  50.[IsRhombohedral] - [Rhombohedral crystal structure]\n  51.[IsMonoclinic] - [Monoclinic crystal structure]\n  52.[IsTetragonal] - [Tetragonal crystal structure]\n  53.[IsAlkali] - [Alkali metal]\n  54.[IsAlkalineEarth] - [Alkaline earth metal]\n  55.[IsBoron] - [Boron group element]\n  56.[IsCarbon] - [Carbon group element]\n  57.[IsChalcogen] - [Chalcogen group element]\n  58.[IsHalogen] - [Halogen group element]\n  59.[IsHydrogen] - [Hydrogen element]\n  60.[IsNoblegas] - [Noble gas]\n  61.[IsPnictide] - [Pnictogen group element]\n  62.[IsRareEarth] - [Rare earth element]\n  63.[IsTransition Metal] - [Transition metal]\n  64.[OrbitalS] - [s-orbital electrons]\n  65.[OrbitalP] - [p-orbital electrons]\n  66.[OrbitalD] - [d-orbital electrons]\n  67.[OrbitalF] - [f-orbital electrons]\n  68.[Most stable oxidation State] - [Preferred charge state]\n  69.[IsAlkali.1] - [Duplicate alkali metal flag]\n  70.[IsDBlock] - [d-block element]\n  71.[IsFBlock] - [f-block element]\n  72.[IsMetal] - [Metallic element]\n  73.[IsMetalloid] - [Semimetallic element]\n  74.[IsNonmetal] - [Nonmetallic element]\n  75.[NdUnfilled] - [Unfilled d-orbitals]\n  76.[NdValence] - [Valence d-electrons]\n  77.[NfUnfilled] - [Unfilled f-orbitals]\n  78.[NfValence] - [Valence f-electrons]\n  79.[NpUnfilled] - [Unfilled p-orbitals]\n  80.[NpValence] - [Valence p-electrons]\n  81.[NsUnfilled] - [Unfilled s-orbitals]\n  82.[NsValence] - [Valence s-electrons]\n  83.[NUnfilled] - [Total unfilled orbitals]"
+        },
+        {
+            "tabular name": "table37",
+            "tabular description": "This dataset enables analysis of complex oxide material stability and synthesizability by correlating compositional features (tolerance factors, ionic radii) with thermodynamic stability metrics (formation energy, energy above hull), guiding design of novel perovskites for catalytic, electronic, or energy applications.",
+            "field description": "\n  1.[Material Composition] - [Chemical formula of the material]\n  2.[goldschmidt_TF] - [Goldschmidt tolerance factor for structure stability]\n  3.[goldschmidt_TF_ionic] - [Ionic contribution to Goldschmidt tolerance factor]\n  4.[octahedral_factor] - [Ratio for octahedral site stability in crystal]\n  5.[octahedral_factor_ionic] - [Ionic radii-based octahedral stability ratio]\n  6.[A_O] - [Average ionic radius/electronegativity of A-site oxygen]\n  7.[B_O] - [Average ionic radius/electronegativity of B-site oxygen]\n  8.[A_B] - [A-site to B-site property ratio]\n  9.[num_of_atoms_host_Asite0] - [Count of atoms in host A-site]\n  10.[shannon_radii_host_Asite0] - [Shannon ionic radii for host A-site atoms]\n  11.[Bsite_NdValence_range] - [B-site d-orbital valence electron range]\n  12.[Bsite_NfUnfilled_range] - [B-site f-orbital unfilled electron range]\n  13.[Bsite_NpUnfilled_range] - [B-site p-orbital unfilled electron range]\n  14.[Bsite_NsUnfilled_range] - [B-site s-orbital unfilled electron range]\n  15.[EnergyAboveHull] - [Energy relative to thermodynamic convex hull]\n  16.[Formation_energy] - [Energy released during compound formation]"
+        },
+        {
+            "tabular name": "table38",
+            "tabular description": "Stores various information extracted or calculated from the COD CIF files. Each COD CIF file is represented by a single entry (i.e. a single database row).",
+            "field description": "\n  1.[file] - [Unique COD crystal identifier]\n  2.[a] - [Lattice parameter a]\n  3.[siga] - [Uncertainty of parameter a]\n  4.[b] - [Lattice parameter b]\n  5.[sigb] - [Uncertainty of parameter b]\n  6.[c] - [Lattice parameter c]\n  7.[sigc] - [Uncertainty of parameter c]\n  8.[alpha] - [Lattice angle alpha]\n  9.[sigalpha] - [Uncertainty of angle alpha]\n  10.[beta] - [Lattice angle beta]\n  11.[sigbeta] - [Uncertainty of angle beta]\n  12.[gamma] - [Lattice angle gamma]\n  13.[siggamma] - [Uncertainty of angle gamma]\n  14.[vol] - [Unit cell volume]\n  15.[sigvol] - [Uncertainty of cell volume]\n  16.[celltemp] - [Measurement temperature]\n  17.[sigcelltemp] - [Temperature uncertainty]\n  18.[diffrtemp] - [Diffraction temperature]\n  19.[sigdiffrtemp] - [Diffraction temp uncertainty]\n  20.[cellpressure] - [Measurement pressure]\n  21.[sigcellpressure] - [Pressure uncertainty]\n  22.[diffrpressure] - [Diffraction pressure]\n  23.[sigdiffrpressure] - [Diffraction pressure uncertainty]\n  24.[thermalhist] - [Thermal history description]\n  25.[pressurehist] - [Pressure history description]\n  26.[compoundsource] - [Compound origin/source]\n  27.[nel] - [Number of elements]\n  28.[sg] - [Space group symbol]\n  29.[sgHall] - [Hall space group symbol]\n  30.[sgNumber] - [Space group number]\n  31.[commonname] - [Common compound name]\n  32.[chemname] - [IUPAC chemical name]\n  33.[mineral] - [Mineral name]\n  34.[formula] - [Chemical formula]\n  35.[calcformula] - [Calculated formula]\n  36.[cellformula] - [Unit cell formula]\n  37.[Z] - [Formula units per cell]\n  38.[Zprime] - [Z/independent positions]\n  39.[acce_code] - [Acta Crystallographica code]\n  40.[authors] - [Publication authors]\n  41.[title] - [Publication title]\n  42.[journal] - [Journal name]\n  43.[year] - [Publication year]\n  44.[volume] - [Journal volume]\n  45.[issue] - [Journal issue]\n  46.[firstpage] - [First page number]\n  47.[lastpage] - [Last page number]\n  48.[doi] - [Publication DOI]\n  49.[method] - [Structure determination method]\n  50.[radiation] - [Radiation type used]\n  51.[wavelength] - [Radiation wavelength]\n  52.[radType] - [Detailed radiation type]\n  53.[radSymbol] - [IUPAC radiation symbol]\n  54.[Rall] - [R-factor all reflections]\n  55.[Robs] - [R-factor observed reflections]\n  56.[Rref] - [R-factor reference]\n  57.[wRall] - [Weighted R all reflections]\n  58.[wRobs] - [Weighted R observed]\n  59.[wRref] - [Weighted R reference]\n  60.[RFsqd] - [R(F²) factor]\n  61.[RI] - [R(I) factor]\n  62.[gofall] - [Goodness-of-fit all]\n  63.[gofobs] - [Goodness-of-fit observed]\n  64.[gofgt] - [Goodness-of-fit threshold]\n  65.[gofref] - [Goodness-of-fit reference]\n  66.[duplicateof] - [Primary entry ID]\n  67.[optimal] - [Optimal structure ID]\n  68.[status] - [Entry status/errors]\n  69.[flags] - [Entry condition flags]\n  70.[svnrevision] - [Database revision]\n  71.[date] - [Entry date]\n  72.[time] - [Entry time]\n  73.[onhold] - [Release date if withheld]"
+        },
+        {
+            "tabular name": "table39",
+            "tabular description": "This table analyzes γ' phase growth in alloys under varying aging times, aiding optimization of heat treatment for desired microstructures, enhancing high-temperature material performance.",
+            "field description": "\n  1.[Co] - [Cobalt content (%)]\n  2.[Ni] - [Nickel content (%)]\n  3.[Al] - [Aluminum content (%)]\n  4.[Ti] - [Titanium content (%)]\n  5.[W] - [Tungsten content (%)]\n  6.[Ta] - [Tantalum content (%)]\n  7.[Mo] - [Molybdenum content (%)]\n  8.[Nb] - [Niobium content (%)]\n  9.[Cr] - [Chromium content (%)]\n  10.[Re] - [Rhenium content (%)]\n  11.[固溶温度T (℃)] - [Solution treatment temperature (°C)]\n  12.[固溶时间t (h)] - [Solution treatment time (hours)]\n  13.[时效温度T (℃)] - [Aging treatment temperature (°C)]\n  14.[时效时间t (h)] - [Aging treatment time (hours)]\n  15.[γ＇相尺寸 (nm)] - [Gamma prime phase size (nanometers)]"
+        },
+        {
+            "tabular name": "table40",
+            "tabular description": "This dataset correlates synthesis parameters (e.g., composition, time) with material phases (e.g., quartz, argutite), addressing optimization of crystalline material synthesis. Contributions include identifying key factors influencing phase formation, aiding tailored material design for applications like catalysis or semiconductors.",
+            "field description": "\n  1.[doi] - [Digital Object Identifier for the study]\n  2.[Si] - [Silicon molar ratio]\n  3.[Ge] - [Germanium molar ratio]\n  4.[Al] - [Aluminum molar ratio]\n  5.[OH] - [Hydroxide ion concentration]\n  6.[H2O] - [Water content in reaction]\n  7.[HF] - [Hydrofluoric acid quantity]\n  8.[SDA] - [Structure-directing agent amount]\n  9.[B] - [Boron concentration]\n  10.[Time] - [Reaction duration (hours)]\n  11.[Zeo2] - [Zeolite phase identifier]\n  12.[Dense1] - [Primary dense phase material]\n  13.[Dense2] - [Secondary dense phase material]\n  14.[Am] - [Amorphous content indicator]\n  15.[Other] - [Uncategorized components or phases]\n  16.[ITQ] - [ITQ zeolite presence flag]\n  17.[FD1] - [Framework Density 1 parameter]\n  18.[MR1] - [Molar Ratio 1 parameter]\n  19.[FD2] - [Framework Density 2 parameter]\n  20.[MR2] - [Molar Ratio 2 parameter]"
+        },
+        {
+            "tabular name": "table41",
+            "tabular description": "This table enables predictive modeling of molecular properties (e.g., structure-activity relationships) using diverse physicochemical descriptors, aiding tasks like drug design or material discovery by linking chemical features (e.g., shape, charge) to functional behaviors.",
+            "field description": "\n  1.[asphericity_mean_0] - [OSDA asphericity]\n  2.[axes_mean_0] - [OSDA axis 1]\n  3.[axes_mean_1] - [OSDA axis 2]\n  4.[bertz_ct_mean_0] - [Mean Bertz complexity index]\n  5.[box_mean_0] - [Mean bounding box dimension]\n  6.[eccentricity_mean_0] - []\n  7.[free_sasa_mean_0] - []\n  8.[getaway_mean_0] - []\n  9.[gyration_radius_mean_0] - []\n  10.[inertial_shape_factor_mean_0] - []\n  11.[npr1_mean_0] - []\n  12.[npr2_mean_0] - []\n  13.[num_bonds_mean_0] - []\n  14.[num_rot_bonds_mean_0] - []\n  15.[pmi1_mean_0] - []\n  16.[pmi2_mean_0] - []\n  17.[pmi3_mean_0] - []\n  18.[spherocity_index_mean_0] - []\n  19.[volume_mean_0] - []\n  20.[whim_mean_0] - []\n  21.[asphericity_std_0] - []\n  22.[axes_std_0] - []\n  23.[axes_std_1] - []\n  24.[box_std_0] - []\n  25.[eccentricity_std_0] - []\n  26.[free_sasa_std_0] - []\n  27.[gyration_radius_std_0] - []\n  28.[inertial_shape_factor_std_0] - []\n  29.[npr1_std_0] - [Standard deviation of normalized pairwise distance 1]\n  30.[npr2_std_0] - [Standard deviation of normalized pairwise distance 2]\n  31.[pmi1_std_0] - [Standard deviation of principal moment of inertia 1]\n  32.[pmi2_std_0] - [Standard deviation of principal moment of inertia 2]\n  33.[pmi3_std_0] - [Standard deviation of principal moment of inertia 3]\n  34.[spherocity_index_std_0] - [Standard deviation of sphericity index]\n  35.[volume_std_0] - [Standard deviation of volume measurement]\n  36.[osda smiles] - [OSDA molecule SMILES notation]\n  37.[mol_weight] - [Molecular weight value]\n  38.[formal_charge] - [Net formal charge of molecule]"
+        },
+        {
+            "tabular name": "table42",
+            "tabular description": "This table enables optimization of material synthesis (e.g., polymers, surfactants) by correlating ion concentrations, polymer properties, and process parameters (temperature, stirring) with synthesis efficiency (time), aiding in tailored chemical formulation design and process control.",
+            "field description": "\n  1.[Ca ion, mM] - [Calcium ion concentration in millimolar]\n  2.[CO3 ion, mM] - [Carbonate ion concentration in millimolar]\n  3.[HCO3 ion, mM] - [Bicarbonate ion concentration in millimolar]\n  4.[Polymer type] - [Type of polymer used]\n  5.[Polymer Mwt, kDa] - [Polymer molecular weight in kilodaltons]\n  6.[Polymer, % wt.] - [Polymer weight percentage in solution]\n  7.[Surfactant type] - [Type of surfactant used]\n  8.[Surfactant, % wt.] - [Surfactant weight percentage in solution]\n  9.[Solvent type] - [Type of solvent used]\n  10.[Solvent, % vol.] - [Solvent volume percentage in solution]\n  11.[Stirring, rpm] - [Stirring speed in revolutions per minute]\n  12.[Temperature, C] - [Temperature during synthesis in Celsius]\n  13.[Synthesis time] - [Duration of synthesis process]"
+        },
+        {
+            "tabular name": "table43",
+            "tabular description": "This table aids in predicting material properties (e.g., stability, mechanical/thermal behavior) by aggregating computational data, despite missing values. It supports materials discovery by enabling analysis of structure-property relationships and guiding simulations to fill gaps, accelerating the design of novel materials with targeted functionalities.",
+            "field description": "\n  1.[id] - [Material identifier]\n  2.[auid] - [AFLOWLIB Unique Identifier for the entry]\n  3.[ael_shear_modulus_voigt] - [The shear modulus as calculated using the Voigt method with AEL]\n  4.[ael_poisson_ratio] - [The istropic Poisson ratio as calculated with AEL]\n  5.[agl_thermal_conductivity_300K] - [The thermal conductivity as calculated with AGL at 300K]\n  6.[bader_atomic_volumes] - [The volume of each atom of the primitive cell as calculated by the Bader Atoms in Molecules Analysis. This volume encapsulates the electron density associated with each atom above a threshold of 0.0001 electrons.]\n  7.[enthalpy_atom] - [The enthalpy per atom- the value of enthalpy_cell/N)]\n  8.[energy_cutoff] - [Energy cutoff value for computational calculations]\n  9.[ael_bulk_modulus_voigt] - [The bulk modulus as calculated using the Voigt method with AEL]\n  10.[bader_net_charges] - [A comma delimited set of partial charges per atom of the primitive cell as calculated by the Bader Atoms in Molecules Analysis]\n  11.[agl_bulk_modulus_isothermal_300K] - [The isothermal bulk modulus at 300K as calculated with AGL]\n  12.[agl_debye] - [The Debye temperature as calculated with AGL]\n  13.[aurl] - [AFLOWLIB Uniform Resource Locator returns the AURL of the entry]\n  14.[agl_gruneisen] - [The Gruneisen parameter as calculated with AGL]\n  15.[egap_fit] - [Simple cross-validated correction (fit) of Egap]\n  16.[energy_atom] - [The total ab initio energy per atom- the value of energy_cell/$N$)]\n  17.[agl_thermal_expansion_300K] - [The thermal expansion as calculated with AGL at 300K]\n  18.[agl_acoustic_debye] - [The acoustic Debye temperature as calculated with AGL]\n  19.[egap] - [Band gap calculated with the approximations and pseudopotentials described by other keywords.]\n  20.[desc] - [Descriptor array for material properties]\n  21.[atoms] - [Atomic structure/lattice configuration data]"
+        },
+        {
+            "tabular name": "table44",
+            "tabular description": "This table enables materials discovery by analyzing structural (space groups, lattices), energetic (formation energy, stability), and electronic properties (band gaps, magnetism) of Actinium compounds, aiding in identifying stable phases and predicting functional materials for energy or electronic applications.",
+            "field description": "\n  1.[mat_id] - [Material identifier]\n  2.[prototype_id] - [Prototype structure identifier with space group]\n  3.[location] - [File path or storage location]\n  4.[formula] - [Chemical formula of the material]\n  5.[elements] - [List of elements in the material]\n  6.[spg] - [Space group number (crystallography)]\n  7.[nsites] - [Number of atomic sites in structure]\n  8.[stress] - [Stress tensor components (3x3 matrix)]\n  9.[energy_total] - [Total energy of the structure]\n  10.[total_mag] - [Total magnetization of the material]\n  11.[band_gap_ind] - [Indirect band gap energy (eV)]\n  12.[band_gap_dir] - [Direct band gap energy (eV)]\n  13.[dos_ef] - [Density of states at Fermi level]\n  14.[energy_corrected] - [Energy after corrections (e.g., DFT)]\n  15.[e_above_hull] - [Energy above convex hull (stability)]\n  16.[e_form] - [Formation energy of the material]\n  17.[e_phase_separation] - [Energy indicating phase separation tendency]\n  18.[decomposition] - [Decomposition products or phases]\n  19.[id] - [Unique material identifier]\n  20.[atoms] - [Atomic structure details (lattice, positions)]"
+        },
+        {
+            "tabular name": "table45",
+            "tabular description": "This table aggregates multidisciplinary research metadata (e.g., physics, math) to address challenges in tracking academic collaborations, categorizing domain-specific contributions, and analyzing publication trends. It enables systematic study of knowledge dissemination, interdisciplinary linkages, and scholarly communication patterns via structured bibliographic data.",
+            "field description": "\n  1.[submitter] - [Person who submitted the paper]\n  2.[authors] - [List of paper authors]\n  3.[title] - [Title of the paper]\n  4.[comments] - [Additional notes or metadata]\n  5.[journal-ref] - [Journal publication reference]\n  6.[doi] - [Digital Object Identifier]\n  7.[report-no] - [Institutional report number]\n  8.[categories] - [Subject categories/tags]\n  9.[license] - [Distribution license type]\n  10.[abstract] - [Paper summary/abstract]\n  11.[versions] - [Version history details]\n  12.[update_date] - [Last update timestamp]\n  13.[authors_parsed] - [Parsed author name components]"
+        },
+        {
+            "tabular name": "table46",
+            "tabular description": "This table supports molecular design by linking chemical structures (InChI, species) with electronic (HOMO/LUMO) and thermodynamic (enthalpy) properties, enabling prediction of reactivity, stability, and material performance for applications like catalysis or energy storage.",
+            "field description": "\n  1.[jid] - [Job Identifier]\n  2.[inchi] - [InChI identifier for chemical structure]\n  3.[name] - [Numerical identifier for the compound]\n  4.[species] - [Chemical formula of the compound]\n  5.[homo] - [HOMO energy level (eV)]\n  6.[lumo] - [LUMO energy level (eV)]\n  7.[atoms] - [Crystal structure lattice matrix data]\n  8.[enthalpy_formation_298K] - [Formation enthalpy at 298K (kJ/mol)]\n  9.[enthalpy_formation_0K] - [Formation enthalpy at 0K (kJ/mol)]"
+        },
+        {
+            "tabular name": "table47",
+            "tabular description": "This table enables materials discovery by correlating crystal structures (spg_symbol), formation energies, and electronic properties (bandgap) to identify stable compounds with targeted functional characteristics, aiding computational screening for energy-related applications like semiconductors or structural materials.",
+            "field description": "\n  1.[jid] - [Job identifier]\n  2.[spg_number] - [Space group number (crystallography)]\n  3.[spg_symbol] - [Space group symbol notation]\n  4.[formula] - [Chemical formula of material]\n  5.[formation_energy_peratom] - [Energy per atom during formation]\n  6.[func] - [DFT functional used for calculations]\n  7.[optb88vdw_bandgap] - [Bandgap from OptB88vdW method]\n  8.[atoms] - [Atomic structure data (lattice/coordinates)]\n  9.[slme] - [Spectroscopic limited efficiency metric]\n  10.[magmom_oszicar] - [Magnetic moment from OSZICAR]\n  11.[spillage] - [Electronic spillage value]\n  12.[elastic_tensor] - [Elastic tensor]\n  13.[effective_masses_300K] - []\n  14.[kpoint_length_unit] - []\n  15.[maxdiff_mesh] - []\n  16.[maxdiff_bz] - []\n  17.[encut] - []\n  18.[optb88vdw_total_energy] - []\n  19.[epsx] - []\n  20.[epsy] - []\n  21.[epsz] - []\n  22.[mepsx] - []\n  23.[mepsy] - []\n  24.[mepsz] - []\n  25.[modes] - []\n  26.[magmom_outcar] - []\n  27.[max_efg] - []\n  28.[avg_elec_mass] - []\n  29.[avg_hole_mass] - []\n  30.[icsd] - []\n  31.[dfpt_piezo_max_eij] - []\n  32.[dfpt_piezo_max_dij] - []\n  33.[dfpt_piezo_max_dielectric] - []\n  34.[dfpt_piezo_max_dielectric_electronic] - []\n  35.[dfpt_piezo_max_dielectric_ionic] - []\n  36.[max_ir_mode] - []\n  37.[min_ir_mode] - []\n  38.[n-Seebeck] - []\n  39.[p-Seebeck] - []\n  40.[n-powerfact] - []\n  41.[p-powerfact] - []\n  42.[ncond] - []\n  43.[pcond] - []\n  44.[nkappa] - []\n  45.[pkappa] - []\n  46.[ehull] - []\n  47.[dimensionality] - []\n  48.[efg] - []\n  49.[xml_data_link] - []\n  50.[typ] - []\n  51.[exfoliation_energy] - []\n  52.[spg] - []\n  53.[crys] - []\n  54.[density] - []\n  55.[poisson] - [Poisson ratio (mechanical property)]\n  56.[raw_files] - [Raw computation data files]\n  57.[nat] - [Number of atoms in unit cell]\n  58.[bulk_modulus_kv] - [Bulk modulus (K) in GPa]\n  59.[shear_modulus_gv] - [Shear modulus (G) in GPa]\n  60.[mbj_bandgap] - [Bandgap from MBJ method]\n  61.[hse_gap] - [Bandgap from HSE functional]\n  62.[reference] - [Material reference ID (e.g., MP)]\n  63.[search] - [Elemental search tags]\n  64.[desc] - [Material property descriptors]"
+        },
+        {
+            "tabular name": "table48",
+            "tabular description": "This dataset enables rapid screening of materials for energy applications (e.g., photovoltaics, catalysis) by correlating structural, electronic (bandgap), and thermodynamic (formation energy) properties, aiding in identifying stable, efficient candidates while benchmarking computational methods (e.g., OptB88vdW vs MBJ) for predictive accuracy.",
+            "field description": "\n  1.[jid] - [Job Identifier]\n  2.[spg_number] - [Space group number in crystallography]\n  3.[spg_symbol] - [Space group symbol notation]\n  4.[formula] - [Chemical composition of material]\n  5.[formation_energy_peratom] - [Energy per atom during compound formation]\n  6.[func] - [Density functional theory (DFT) functional used]\n  7.[optb88vdw_bandgap] - [Bandgap calculated via OptB88vdW method]\n  8.[atoms] - [Atomic structure data (lattice/coordinates)]\n  9.[slme] - [Spectroscopic limited photovoltaic efficiency]\n  10.[magmom_oszicar] - [Magnetic moment from OSZICAR output]\n  11.[spillage] - [Electronic spillage metric (if applicable)]\n  12.[elastic_tensor] - [Elastic tensor]\n  13.[effective_masses_300K] - []\n  14.[kpoint_length_unit] - []\n  15.[maxdiff_mesh] - []\n  16.[maxdiff_bz] - []\n  17.[encut] - []\n  18.[optb88vdw_total_energy] - []\n  19.[epsx] - []\n  20.[epsy] - []\n  21.[epsz] - []\n  22.[mepsx] - []\n  23.[mepsy] - []\n  24.[mepsz] - []\n  25.[modes] - []\n  26.[magmom_outcar] - []\n  27.[max_efg] - []\n  28.[avg_elec_mass] - []\n  29.[avg_hole_mass] - []\n  30.[icsd] - []\n  31.[dfpt_piezo_max_eij] - []\n  32.[dfpt_piezo_max_dij] - []\n  33.[dfpt_piezo_max_dielectric] - []\n  34.[dfpt_piezo_max_dielectric_electronic] - []\n  35.[dfpt_piezo_max_dielectric_ionic] - []\n  36.[max_ir_mode] - []\n  37.[min_ir_mode] - []\n  38.[n-Seebeck] - []\n  39.[p-Seebeck] - []\n  40.[n-powerfact] - []\n  41.[p-powerfact] - []\n  42.[ncond] - []\n  43.[pcond] - []\n  44.[nkappa] - []\n  45.[pkappa] - []\n  46.[ehull] - []\n  47.[Tc_supercon] - []\n  48.[dimensionality] - []\n  49.[efg] - []\n  50.[xml_data_link] - []\n  51.[typ] - []\n  52.[exfoliation_energy] - []\n  53.[spg] - []\n  54.[crys] - []\n  55.[density] - []\n  56.[poisson] - [Poisson's ratio mechanical property]\n  57.[raw_files] - [Links to raw computational data]\n  58.[nat] - [Number of atoms in unit cell]\n  59.[bulk_modulus_kv] - [Bulk modulus mechanical property]\n  60.[shear_modulus_gv] - [Shear modulus mechanical property]\n  61.[mbj_bandgap] - [Bandgap via MBJ exchange-correlation method]\n  62.[hse_gap] - [Bandgap via HSE hybrid functional]\n  63.[reference] - [Materials Project reference identifier]\n  64.[search] - [Elemental composition shorthand notation]\n  65.[desc] - [Descriptor values for material properties]"
+        },
+        {
+            "tabular name": "table49",
+            "tabular description": "This table enables comparative analysis of perovskite materials' structural, electronic, and stability properties via computational methods (PBE/HSE), aiding in identifying optimal candidates for optoelectronic applications by correlating lattice constants, bandgaps, energy metrics, and performance indicators (e.g., Log_fom, Ref_ind).",
+            "field description": "\n  1.[id] - [Perovskite material identifier]\n  2.[PBE_latt_const] - [PBE method lattice constant]\n  3.[HSE_latt_const] - [HSE method lattice constant]\n  4.[PBE_gap] - [PBE calculated band gap]\n  5.[HSE_gap] - [HSE calculated band gap]\n  6.[HSE_decomp_energy] - [HSE decomposition energy]\n  7.[PBE_decomp_energy] - [PBE decomposition energy]\n  8.[PBE_mix_energy] - [PBE mixing energy]\n  9.[HSE_mix_energy] - [HSE mixing energy]\n  10.[Eps_elec] - [Electronic permittivity]\n  11.[Ref_ind] - [Refractive index]\n  12.[Log_fom] - [Logarithm of figure of merit]\n  13.[Tol] - [Tolerance factor]"
+        },
+        {
+            "tabular name": "table50",
+            "tabular description": "This table evaluates metal-organic frameworks (MOFs) for CO₂ capture by correlating structural properties (pore size, surface area) with adsorption capacities under varying pressures, enabling identification of optimal materials for efficient carbon capture and storage technologies.",
+            "field description": "\n  1.[id] - [MOFs identifier]\n  2.[max_co2_adsp] - [Maximum CO2 adsorption capacity]\n  3.[min_co2_adsp] - [Minimum CO2 adsorption capacity]\n  4.[lcd] - [Largest cavity diameter (Å)]\n  5.[pld] - [Pore limiting diameter (Å)]\n  6.[void_fraction] - [Void fraction in structure]\n  7.[surface_area_m2g] - [Surface area (m²/g)]\n  8.[surface_area_m2cm3] - [Volumetric surface area (m²/cm³)]\n  9.[co2_pressures] - [CO2 adsorption pressure values (bar)]\n  10.[co2_absp] - [CO2 absolute adsorption amounts]"
+        },
+        {
+            "tabular name": "table51",
+            "tabular description": "This table enables comparative analysis of computational methods (e.g., B3LYP, PBE0) for predicting electronic properties (HOMO-LUMO gaps) and photovoltaic performance (efficiency, voltage) of materials. It contributes insights into method accuracy for optimizing solar cell material design via quantum chemical simulations.",
+            "field description": "\n  1.[id] - [Unique identifier for each entry]\n  2.[b3lyp_description] - [B3LYP computational method details]\n  3.[b3lyp_homo] - [B3LYP method HOMO energy level]\n  4.[b3lyp_lumo] - [B3LYP method LUMO energy level]\n  5.[b3lyp_gap] - [B3LYP method HOMO-LUMO energy gap]\n  6.[b3lyp_scharber_pce] - [B3LYP Scharber model power conversion efficiency]\n  7.[b3lyp_scharber_voc] - [B3LYP Scharber model open-circuit voltage]\n  8.[b3lyp_scharber_jsc] - [B3LYP Scharber model short-circuit current density]\n  9.[bp86_description] - [BP86 computational method details]\n  10.[bp86_homo] - [BP86 method HOMO energy level]\n  11.[bp86_lumo] - [BP86 method LUMO energy level]\n  12.[bp86_gap] - [BP86 method HOMO-LUMO energy gap]\n  13.[bp86_scharber_pce] - [BP86 Scharber model power conversion efficiency]\n  14.[bp86_scharber_voc] - [BP86 Scharber model open-circuit voltage]\n  15.[bp86_scharber_jsc] - [BP86 Scharber model short-circuit current density]\n  16.[m06_description] - [M06 computational method details]\n  17.[m06_homo] - [M06 method HOMO energy level]\n  18.[m06_lumo] - [M06 method LUMO energy level]\n  19.[m06_gap] - [M06 method HOMO-LUMO energy gap]\n  20.[m06_scharber_pce] - [M06 Scharber model power conversion efficiency]\n  21.[m06_scharber_voc] - [M06 Scharber model open-circuit voltage]\n  22.[m06_scharber_jsc] - [M06 Scharber model short-circuit current density]\n  23.[pbe0_description] - [PBE0 computational method details]\n  24.[pbe0_homo] - [PBE0 method HOMO energy level]\n  25.[pbe0_lumo] - [PBE0 method LUMO energy level]\n  26.[pbe0_gap] - [PBE0 method HOMO-LUMO energy gap]\n  27.[pbe0_scharber_pce] - [PBE0 Scharber model power conversion efficiency]\n  28.[pbe0_scharber_voc] - [PBE0 Scharber model open-circuit voltage]\n  29.[pbe0_scharber_jsc] - [PBE0 Scharber model short-circuit current density]"
+        },
+        {
+            "tabular name": "table52",
+            "tabular description": "This table enables analysis of interfacial material properties, focusing on energy stability, electronic structure (bandgap, band edges), and alignment offsets. It contributes to optimizing heterostructure design for electronic/optoelectronic applications by evaluating interface compatibility and charge transfer efficiency.",
+            "field description": "\n  1.[final_energy] - [Total energy after optimization]\n  2.[optb88vdw_bandgap] - [Bandgap from OptB88-vdW calculation]\n  3.[optb88vdw_cbm] - [Conduction band minimum (OptB88-vdW)]\n  4.[optb88vdw_vbm] - [Valence band maximum (OptB88-vdW)]\n  5.[offset] - [Band alignment offset between materials]"
+        },
+        {
+            "tabular name": "table53",
+            "tabular description": "This table enables computational materials discovery by correlating atomic structures, elastic properties (bulk modulus), surface/vacancy data, and phonon stability, aiding in predicting material stability, mechanical behavior, and defect tolerance for alloys like Pb/Ti, thus accelerating design of functional materials.",
+            "field description": "\n  1.[search] - [Chemical element]\n  2.[func] - [Potential/function used (e.g., interatomic potential)]\n  3.[jid] - [Job/Journal reference ID]\n  4.[spg] - [Space group (crystallography)]\n  5.[elastic_tensor_data] - [Elastic tensor-derived properties (e.g., moduli)]\n  6.[gv] - [Shear modulus (Voigt average)]\n  7.[kv] - [Bulk modulus (Voigt average)]\n  8.[formula] - [Material's chemical formula]\n  9.[ref] - [Reference ID (e.g., Materials Project)]\n  10.[vac_dat] - [Vacancy formation energy data]\n  11.[surf_dat] - [Surface energy data by orientation]\n  12.[phon_dat] - [Phonon data availability status]"
+        },
+        {
+            "tabular name": "table54",
+            "tabular description": "This table enables rapid screening of material properties (stability, electronic, mechanical) for compounds, aiding in discovery of functional materials by linking structural data to performance metrics like stability (e_hull) and mechanical behavior (moduli, anisotropy).",
+            "field description": "\n  1.[id] - [Material Project unique identifier]\n  2.[formula] - [Chemical formula of the compound]\n  3.[e_hull] - [Energy above convex hull (stability)]\n  4.[gap pbe] - [Band gap calculated via PBE method]\n  5.[mu_b] - [Magnetic moment in Bohr magnetons]\n  6.[elastic anisotropy] - [Elastic anisotropy measure]\n  7.[bulk modulus] - [Bulk modulus value (material stiffness)]\n  8.[shear modulus] - [Shear modulus value (rigidity)]\n  9.[e_form] - [Formation energy of the compound]"
+        },
+        {
+            "tabular name": "table55",
+            "tabular description": "This dataset enables prediction and analysis of material properties (stability, magnetism, mechanics) for compounds, aiding discovery of functional materials. Contributions include accelerating materials design via computational screening and providing insights into structure-property relationships for energy and engineering applications.",
+            "field description": "\n  1.[id] - [Identifier]\n  2.[energy] - [Total energy of the material]\n  3.[energy_per_atom] - [Energy normalized per atom]\n  4.[volume] - [Unit cell volume]\n  5.[formation_energy_per_atom] - [Energy to form compound per atom]\n  6.[nsites] - [Number of sites in unit cell]\n  7.[unit_cell_formula] - [Chemical formula of the unit cell]\n  8.[pretty_formula] - [Simplified chemical formula]\n  9.[is_hubbard] - [Hubbard correction applied in calculations]\n  10.[elements] - [Elements present in the material]\n  11.[nelements] - [Number of different elements]\n  12.[e_above_hull] - [Energy Above Hull]\n  13.[hubbards] - [A dict of all non-zero Hubbard U values used in the calculation]\n  14.[is_compatible] - [Compatibility or not]\n  15.[spacegroup] - [space group]\n  16.[task_ids] - [task_ids]\n  17.[band_gap] - [Band gap]\n  18.[density] - [Density]\n  19.[icsd_id] - [icsd_id]\n  20.[icsd_ids] - [icsd_ids]\n  21.[total_magnetization] - [Total magnetic moment of the material]\n  22.[material_id] - [Unique material identifier (e.g., Materials Project ID)]\n  23.[oxide_type] - [Type of oxide, if applicable]\n  24.[tags] - [Descriptive labels or categories]\n  25.[elasticity] - [Elastic properties data]\n  26.[piezo] - [Piezoelectric properties]\n  27.[diel] - [Dielectric properties]\n  28.[full_formula] - [Detailed chemical formula including stoichiometry]"
+        },
+        {
+            "tabular name": "table56",
+            "tabular description": "This table enables prediction of material stability (via e_hull), electronic properties (bandgap), magnetic behavior (mu_b), and mechanical performance (elastic moduli), supporting computational discovery of functional materials for energy, electronics, and structural applications through structure-property relationships.",
+            "field description": "\n  1.[id] - [Identifier]\n  2.[formula] - [Chemical formula abbreviation]\n  3.[e_hull] - [Energy above convex hull]\n  4.[gap pbe] - [Bandgap from PBE method]\n  5.[mu_b] - [Magnetic moment (Bohr magnetons)]\n  6.[elastic anisotropy] - [Directional elastic variation measure]\n  7.[bulk modulus] - [Resistance to compression]\n  8.[shear modulus] - [Resistance to shear deformation]\n  9.[e_form] - [Formation energy]"
+        },
+        {
+            "tabular name": "table57",
+            "tabular description": "This table aids in materials discovery by correlating atomic structures with electronic properties (band gaps) and thermodynamic stability. It enables identifying stable, conductive materials through computational data, accelerating the design of functional materials for energy and electronics applications.",
+            "field description": "\n  1.[_oqmd_entry_id] - [Unique identifier for the database entry]\n  2.[_oqmd_band_gap] - [Material electronic band gap energy value]\n  3.[_oqmd_delta_e] - [Energy difference from thermodynamic stability]\n  4.[_oqmd_stability] - [Calculated thermodynamic stability metric]"
+        },
+        {
+            "tabular name": "table58",
+            "tabular description": "This table enables computational materials discovery by correlating structural (vol), electronic (gap), and dielectric properties of polymers, aiding in identifying candidates for optoelectronic/energy applications. Contributions include method validation (minima-hopping) and dataset generation for structure-property relationships.",
+            "field description": "\n  1.[method] - [Computational method used for structure prediction]\n  2.[id] - [Unique identifier for each entry]\n  3.[src] - [Source of the data (e.g., authors, publication)]\n  4.[label] - [Material classification or descriptive name]\n  5.[vol] - [Unit cell volume (cubic angstroms)]\n  6.[atom_en] - [Atomic energy (e.g., cohesive energy per atom)]\n  7.[hse_gap] - [Band gap energy calculated with HSE functional]\n  8.[gga_gap] - [Band gap energy calculated with GGA functional]\n  9.[diel_tot] - [Total dielectric constant]\n  10.[diel_ion] - [Ionic contribution to dielectric constant]\n  11.[diel_elec] - [Electronic contribution to dielectric constant]"
+        },
+        {
+            "tabular name": "table59",
+            "tabular description": "This table enables comparative analysis of material stability (via energy), electronic properties (band gaps), and structural characteristics (crystal systems) across Mg-F compounds, aiding in identifying optimal phases for applications like semiconductors or energy materials through computational materials science insights.",
+            "field description": "\n  1.[jid] - [Job Identifier]\n  2.[natoms] - [Number of atoms in the structure]\n  3.[energy_per_atom] - [Total energy divided by atom count]\n  4.[formula] - [Chemical formula of the compound]\n  5.[indir_gap] - [Indirect electronic band gap value]\n  6.[stress] - [Stress tensor components of the material]\n  7.[f_enp] - [Formation energy per atom]\n  8.[final_energy] - [Total calculated energy of the system]\n  9.[spacegroup_symbol] - [Crystallographic space group symbol]\n  10.[spacegroup_number] - [Space group classification number]\n  11.[crystal_system] - [Crystal system category (e.g., hexagonal)]\n  12.[source_folder] - [Data storage directory path]"
+        },
+        {
+            "tabular name": "table60",
+            "tabular description": "This table enables analysis of material properties (electronic, thermal) by correlating structural parameters with quantum-chemical descriptors, aiding in predicting stability and performance. It contributes computational datasets for accelerating material design in energy storage, electronics, and catalysis through structure-property relationships.",
+            "field description": "\n  1.[id] - [Identifier]\n  2.[mu] - [Dipole moment]\n  3.[alpha] - [Polarizability value]\n  4.[homo] - [Highest occupied molecular orbital energy]\n  5.[lumo] - [Lowest unoccupied molecular orbital energy]\n  6.[gap] - [Energy gap between HOMO-LUMO]\n  7.[r2] - [Electronic spatial extent measure]\n  8.[zpve] - [Zero-point vibrational energy]\n  9.[U0] - [Internal energy at 0K]\n  10.[U] - [Internal energy]\n  11.[H] - [Enthalpy]\n  12.[G] - [Gibbs free energy]\n  13.[Cv] - [Heat capacity at constant volume]"
+        },
+        {
+            "tabular name": "table61",
+            "tabular description": "This table enables computational prediction of molecular electronic, energetic, and thermodynamic properties (e.g., HOMO-LUMO gaps, energies) across chemical elements (C, N, O), aiding material design, reactivity analysis, and property optimization in quantum chemistry or drug discovery.",
+            "field description": "\n  1.[mu] - [Dipole moment]\n  2.[alpha] - [Electronic polarizability parameter]\n  3.[HOMO] - [Highest Occupied Molecular Orbital energy]\n  4.[LUMO] - [Lowest Unoccupied Molecular Orbital energy]\n  5.[gap] - [HOMO-LUMO energy gap]\n  6.[R2] - [Statistical correlation coefficient]\n  7.[ZPVE] - [Zero-point vibrational energy]\n  8.[U0] - [Internal energy at 0 K]\n  9.[U] - [Internal energy]\n  10.[H] - [Enthalpy]\n  11.[G] - [Gibbs free energy]\n  12.[Cv] - [Heat capacity at constant volume]\n  13.[omega1] - [Primary vibrational frequency]\n  14.[SMILES] - [Molecular structure notation]\n  15.[SMILES_relaxed] - [Optimized molecular structure notation]\n  16.[id] - [Sample identifier]"
+        },
+        {
+            "tabular name": "table62",
+            "tabular description": "This table enables materials discovery by linking crystal structures (lattice parameters, topology) with electronic (bandgap), magnetic (net_magmom), and pore metrics (LCD/PLD) for synthesized compounds, facilitating property prediction and structure-property relationship analysis in fields like catalysis, energy storage, or molecular electronics.",
+            "field description": "\n  1.[id] - [Material identifier]\n  2.[formula] - [Chemical formula of the compound]\n  3.[energy_total] - [Total calculated energy of the structure]\n  4.[bandgap] - [Energy bandgap of the material (eV)]\n  5.[net_magmom] - [Net magnetic moment of the material]\n  6.[lcd] - [Largest cavity diameter in structure]\n  7.[pld] - [Pore limiting diameter in structure]\n  8.[topology] - [Crystal topology classification (e.g., RTL)]\n  9.[source] - [Data source (e.g., CSD)]\n  10.[doi] - [Digital Object Identifier for reference]\n  11.[synthesized] - [Indicates if compound was experimentally synthesized]"
+        },
+        {
+            "tabular name": "table63",
+            "tabular description": "This table enables comparative analysis of computational methods (HSE, GGA) for predicting semiconductor band gaps, linking structural (space group, lattice), electronic (direct/indirect gap), and magnetic properties to validate accuracy and guide material design for optoelectronic applications.",
+            "field description": "\n  1.[ICSD_number] - [ID for International Centre for Diffraction Data]\n  2.[Band_gap_HSE] - [Band gap calculated via HSE method]\n  3.[Band_gap_GGA] - [Band gap calculated via GGA method]\n  4.[Band_gap_GGA_optical] - [Optical band gap from GGA calculation]\n  5.[Direct_or_indirect] - [Band gap type (direct/indirect)]\n  6.[SOC] - [Spin-orbit coupling inclusion (True/False)]\n  7.[Space_group_rlx] - [Space group post structural relaxation]\n  8.[Magnetic_ordering] - [Material’s magnetic state (e.g., FM, NM)]\n  9.[Direct_or_indirect_HSE] - [HSE-derived band gap type]\n  10.[SNUMAT_id] - [Material identifier in SNUMAT database]\n  11.[Band_gap_HSE_optical] - [Optical band gap from HSE calculation]"
+        },
+        {
+            "tabular name": "table64",
+            "tabular description": "This table enables predictive modeling of material stability by correlating chemical formulas with formation energies, advancing discovery of thermodynamically favorable compounds for applications in catalysis, energy storage, or semiconductor design. Contributions include accelerated material screening and synthesis optimization.",
+            "field description": "\n  1.[id] - [Material identifier]\n  2.[formula_energy] - [Energy value of the chemical formula]\n  3.[formula] - [Chemical formula]"
+        },
+        {
+            "tabular name": "table65",
+            "tabular description": "This table links material compositions (formulas) with superconducting transition temperature (Tc), aiding in identifying superconducting materials by correlating chemical structures with thermal properties. It contributes to materials science by screening candidate compounds for superconductivity potential.",
+            "field description": "\n  1.[id] - [Unique identifier]\n  2.[Tc] - [Superconducting transition temperature]\n  3.[formula] - [Chemical composition formula]"
+        },
+        {
+            "tabular name": "table66",
+            "tabular description": "This table enables analysis of surface stability and electronic properties (e.g., band edges, work function) for diverse materials, aiding in predicting surface-dependent behaviors like catalytic activity or electronic performance, thus contributing to material design for energy and electronic applications.",
+            "field description": "\n  1.[surf_en] - [Surface Energy]\n  2.[name] - [Surface structure identifier]\n  3.[initial_atoms] - [Initial atomic structure data]\n  4.[final_energy] - [Energy after simulation]\n  5.[final_atoms] - [Post-simulation atomic structure]\n  6.[formula] - [Material chemical composition]\n  7.[scf_cbm] - [SCF conduction band minimum]\n  8.[efermi] - [Fermi energy level]\n  9.[scf_vbm] - [SCF valence band maximum]\n  10.[surf_cbm] - [Surface conduction band minimum]\n  11.[surf_vbm] - [Surface valence band maximum]\n  12.[avg_max] - [Average maximum potential]"
+        },
+        {
+            "tabular name": "table67",
+            "tabular description": "This table aids in identifying 2D materials by evaluating exfoliation feasibility (energy), stability (total energy), magnetic/electronic traits (magnetization, bandgap), and interlayer interactions (vdW energy). It contributes to material discovery for electronics, catalysis, or energy storage by prioritizing synthesizable, functional layered compounds.",
+            "field description": "\n  1.[source_id] - [Material source database identifier]\n  2.[exfoliation_energy_per_atom] - [Energy required to exfoliate per atom]\n  3.[energy_per_atom] - [Total energy per atom in structure]\n  4.[total_magnetization] - [Net magnetic moment of material]\n  5.[bandgap] - [Electronic bandgap energy value]\n  6.[material_id] - [Unique identifier for the material]"
+        },
+        {
+            "tabular name": "table68",
+            "tabular description": "This table enables analysis of defect formation energies, chemical potentials, and material stability, aiding computational screening of bulk and defective materials for applications in catalysis, electronics, or energy storage by linking atomic-scale defects to thermodynamic properties.",
+            "field description": "\n  1.[jid] - [Job Identifier]\n  2.[bulk_formula] - [Chemical formula of bulk material]\n  3.[bulk_energy] - [Energy value of bulk material]\n  4.[symbol] - [Chemical element symbol]\n  5.[wycoff] - [Wyckoff position notation]\n  6.[defective_energy] - [Energy value of defective structure]\n  7.[chem_pot] - [Chemical potential value]\n  8.[material_type] - [Material dimensionality classification]\n  9.[ff_vac] - [Formation factors for vacancies]\n  10.[id] - [Unique identifier for entry]\n  11.[ef] - [Formation energy value]"
+        }
+    ],
+    "templates_parameters": [
+        {
+            "question type": "data search",
+            "question description": "Find the specific value of a cell in the tabular.",
+            "tabular description": "This is a student transcript that records the academic performance of students in various courses.",
+            "field description": "\n\t  1.[name] - [The name of the student.]\n\t  2.[class] - [The class where the student is located.]\n\t  3.[student_id] - [Unique identification of students.]",
+            "example": [
+                {
+                    "question": "Which class is the student named {} in?",
+                    "column names": [
+                        "name",
+                        "class"
+                    ],
+                    "level": "simple"
+                },
+                {
+                    "question": "What is the unique identifier assigned by the school for a student whose name is {} and whose class is {}?",
+                    "column names": [
+                        "name",
+                        "class",
+                        "student_id"
+                    ],
+                    "level": "complex"
+                }
+            ]
+        },
+        {
+            "question type": "data judge",
+            "question description": "The answer to generating true or false questions for table data can only be correct or incorrect.",
+            "tabular description": "This is a student transcript that records the academic performance of students in various courses.",
+            "field description": "\n\t  1. [class] - [The class where the student is located.]\n\t  2.[gender] - [The biological sex of the student.]\n\t  3. [math_score] - [Score for Mathematics Subject.]",
+            "example": [
+                {
+                    "question": "Is there a boy with a math score of {}?",
+                    "column names": [
+                        "math_score",
+                        "gender"
+                    ],
+                    "level": "simple"
+                },
+                {
+                    "question": "There is a girl in the class {} with a math score of {}.",
+                    "column names": [
+                        "class",
+                        "math_score",
+                        "gender"
+                    ],
+                    "level": "complex"
+                }
+            ]
+        },
+        {
+            "question type": "data filter",
+            "question description": "Filter qualified data according to conditions.",
+            "tabular description": "This is a student transcript that records the academic performance of students in various courses.",
+            "field description": "\n\t  1. [english_score] - [The score of English course]\n\t  2.[gender] - [The biological sex of the student.]\n\t  3. [math_score] - [float] - [Score for Mathematics Subject.]\n\t  4. [name] - [string] - [The name of the student.]\n\t  5. [class] - [The class where the student is located.]",
+            "example": [
+                {
+                    "question": "Class is {}, which students have more than {} points in mathematics?",
+                    "column names": [
+                        "class",
+                        "name",
+                        "math_score"
+                    ],
+                    "level": "simple"
+                },
+                {
+                    "question": "Who is the student whose gender is {} and whose English and math scores exceed {}?",
+                    "column names": [
+                        "gender",
+                        "english_score",
+                        "math_score",
+                        "name"
+                    ],
+                    "level": "complex"
+                }
+            ]
+        },
+        {
+            "question type": "data calculate",
+            "question description": "Retrieve qualified data according to conditions and calculate as required.",
+            "tabular description": "This is a student transcript that records the academic performance of students in various courses.",
+            "field description": "\n\t  1. [english_score] - [The score of English course]\n\t  2.[gender] - [The biological sex of the student.]\n\t  3. [math_score] - [float] - [Score for Mathematics Subject.]\n\t  4. [name] - [string] - [The name of the student.]\n\t  5. [class] - [The class where the student is located.]",
+            "example": [
+                {
+                    "question": "Class is {}, what is the average score of all students in mathematics?",
+                    "column names": [
+                        "class",
+                        "math_score"
+                    ],
+                    "level": "simple"
+                },
+                {
+                    "question": "What is the highest score in English for those who meet the condition that their math scores are greater than {} and are female students?",
+                    "column names": [
+                        "math_score",
+                        "gender",
+                        "english_score"
+                    ],
+                    "level": "complex"
+                }
+            ]
+        }
+    ]
+}

metadata/table_data/table1.csv

@@ -0,0 +1,162 @@
+Molecular formula,RH2(µmol h-1 g-1),Eg(eV),Preparation method,Calcination temperature(K),Calcination time(h),Light  intensity(W),Reaction solution,Co-catalyst,Photocatalyst dose(g L-1),Ref
+,,,,,,,,,,
+BaTiO3,35.0,3.0,Solid state reaction,1423.0,5.0,"Xe lamp(300W),simulated sunlight",20% v/v CH3OH,Pt(0.4 wt％),1.1,[1]
+BaTi0.99Mo0.01O3,45.0,2.4,Solid state reaction,1423.0,5.0,"Xe lamp(300W),simulated sunlight",20% v/v CH3OH,Pt(0.4 wt％),1.1,[1]
+BaTi0.98Mo0.02O3,63.0,2.2,Solid state reaction,1423.0,5.0,"Xe lamp(300W),simulated sunlight",20% v/v CH3OH,Pt(0.4 wt％),1.1,[1]
+BaTi0.97Mo0.03O3,52.0,2.6,Solid state reaction,1423.0,5.0,"Xe lamp(300W),simulated sunlight",20% v/v CH3OH,Pt(0.4 wt％),1.1,[1]
+LaFeO3,144.7,,Flux-growth,1273.0,10.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.5 wt％),1.0,[2]
+LaFe0.85Ti0.15O3,309.3,2.1,Flux-growth,1273.0,10.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.5 wt％),1.0,[2]
+La0.85Sr0.15FeO3,30.7,,Flux-growth,1273.0,10.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.5 wt％),1.0,[2]
+La0.9625Sr0.0375Fe0.8875Ti0.1125O3,62.0,,Flux-growth,1273.0,10.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.5 wt％),1.0,[2]
+La0.8875Sr0.1125Fe0.9625Ti0.0375O3,422.7,,Flux-growth,1273.0,10.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.5 wt％),1.0,[2]
+La0.925Sr0.075Fe0.925Ti0.075O3,554.7,2.1,Flux-growth,1273.0,10.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.5 wt％),1.0,[2]
+Bi0.5Na0.5TiO3,325.4,2.92,Hydrothermal,433.0,24.0,"Xe lamp(500W),346 nm±8.6 nm",20vol％ CH3OH,Pt(3 wt％),0.75,[3]
+Sr0.9Bi0.1Ti0.9Fe0.1O3,47.0,,Hydrothermal,473.0,48.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[4]
+Sr0.8Bi0.2Ti0.8Fe0.2O3,45.0,,Hydrothermal,473.0,48.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[4]
+Sr0.7Bi0.3Ti0.7Fe0.3O3,25.0,,Hydrothermal,473.0,48.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[4]
+Sr0.6Bi0.4Ti0.6Fe0.4O3,50.0,,Hydrothermal,473.0,48.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[4]
+Sr0.5Bi0.5Ti0.5Fe0.5O3,20.0,,Hydrothermal,473.0,48.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[4]
+SrTiO3,202.6,3.25,Hydrothermal,423.0,10.0,"Xe lamp(300W),320 nm <λ<780 nm",20% v/v CH3OH,Pt(1 wt％),0.2,[5]
+SrTiO3,106.8,3.25,Hydrothermal,453.0,10.0,"Xe lamp(300W),320 nm <λ<780 nm",20% v/v CH3OH,Pt(1 wt％),0.2,[5]
+SrTiO3,38.4,3.25,Solid state reaction,1173.0,12.0,"Xe lamp(300W),320 nm <λ<780 nm",20% v/v CH3OH,Pt(1 wt％),0.2,[5]
+SrTiO3,,3.2,Polymerized complex,773.0,,,,,,[6]
+SrTi0.99Rh0.01O3,962.0,,Polymerized complex,973.0,,"Xe lamp (300 W), 420 nm<λ<800 nm",20vol％ CH3OH,Pt(0.5 wt％),1.0,[6]
+AgTaO3,,3.4,Hydrothermal,1123.0,24.0,,,,,[7]
+AgTa0.8Nb0.2O3,,3.1,Hydrothermal,1123.0,24.0,,,,,[7]
+AgTa0.7Nb0.3O3,,2.9,Hydrothermal,1123.0,24.0,,,,,[7]
+AgTa0.6Nb0.4O3,,2.9,Hydrothermal,1123.0,24.0,,,,,[7]
+AgNbO3,,2.8,Hydrothermal,1123.0,24.0,,,,,[7]
+CaTiO3,,3.6,Sol-gel,1123.0,10.0,,,,,[8]
+Ca0.98Ag0.01La0.01TiO3,2.6,,Sol-gel,1123.0,10.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,none,0.24,[8]
+Ca0.96Ag0.02La0.02TiO3,2.9,,Sol-gel,1123.0,10.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,none,0.24,[8]
+Ca0.94Ag0.03La0.03TiO3,10.1,,Sol-gel,1123.0,10.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,none,0.24,[8]
+Ca0.92Ag0.04La0.04TiO3,4.1,,Sol-gel,1123.0,10.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,none,0.24,[8]
+BaTiO3,8.0,3.0,Polymerized complex,823.0,5.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.25 wt％),1.0,[9]
+BaTi0.999Rh0.001O3,10.0,,Polymerized complex,823.0,5.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.25 wt％),1.0,[9]
+BaTi0.995Rh0.005O3,64.0,,Polymerized complex,823.0,5.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.25 wt％),1.0,[9]
+BaTi0.99Rh0.01O3,308.0,,Polymerized complex,823.0,5.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.25 wt％),1.0,[9]
+BaTi0.98Rh0.02O3,241.0,,Polymerized complex,823.0,5.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.25 wt％),1.0,[9]
+BaTi0.95Rh0.05O3,199.0,,Polymerized complex,823.0,5.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.25 wt％),1.0,[9]
+BaTi0.99Rh0.01O3,48.0,,Solid state reaction,1273.0,10.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.25 wt％),1.0,[9]
+SrSnO3,,4.01,Solid state reaction,1373.0,6.0,,,,,[10]
+SrSnO3,,4.04,Wet chemical reaction,973.0,6.0,,,,,[10]
+CaTi0.99Cu0.01O3,6.2,,Sol-gel,1123.0,7.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,NiOx,0.24,[11]
+CaTi0.98Cu0.02O3,22.7,,Sol-gel,1123.0,7.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,NiOx,0.24,[11]
+CaTi0.97Cu0.03O3,12.3,,Sol-gel,1123.0,7.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,NiOx,0.24,[11]
+CaTi0.96Cu0.04O3,8.1,,Sol-gel,1123.0,7.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,NiOx,0.24,[11]
+Sr2/3Zn1/3TiO3,,3.15,Sol-gel,1173.0,5.0,,,,,[12]
+Ba5/6Zn1/6TiO3,,3.2,Polymerized complex Sol-gel method,1173.0,5.0,,,,,[12]
+NaTaO3,,3.94,Solvo-combustion,453.0,2.0,,,,,[13]
+NaTaO3,,3.98,Solvo-combustion,673.0,2.0,,,,,[13]
+NaTaO3,,4.01,Solvo-combustion,873.0,2.0,,,,,[13]
+NaTaO3,,4.0,Solvo-combustion,973.0,2.0,,,,,[13]
+SrTiO3,,3.22,Sol-gel,1173.0,4.0,,,,,[14]
+NaTaO3,,3.97,Molten salt method,1023.0,2.0,,,,,[15]
+NaNb0.5Ta0.5O3,,3.43,Molten salt method,1023.0,2.0,,,,,[15]
+Ca0.9La0.1Ti0.9Cr0.1O3,,2.49,Hydrothermal,473.0,48.0,,,,,[16]
+Sr0.9La0.1Ti0.9Cr0.1O3,28.8,2.31,Hydrothermal,473.0,48.0,"Xe lamp (300 W),λ ≥ 400 nm",10%v/v CH3OH+4g NaOH,Pt(1 wt％),1.0,[16]
+Ba0.9La0.1Ti0.9Cr0.1O3,,2.52,Hydrothermal,473.0,48.0,,,,,[16]
+c-NaNbO3,423.3,3.29,Furfural alcohol derived polymerization-oxidation,873.0,5.0,"Xe lamp (300 W), λ > 300 nm",5/22 v/v CH3OH,Pt(1 wt％),1.1,[17]
+o-NaNbO3,241.0,3.45,Polymerized complex,873.0,2.0,"Xe lamp (300 W), λ > 300 nm",5/22 v/v CH3OH,Pt(1 wt％),1.1,[17]
+NaTaO3,,4.01,Solid state reaction,1173.0,10.0,,,,,[18]
+NaTa0.975Bi0.025O3,,3.65,Solid state reaction,1173.0,10.0,,,,,[18]
+NaTa0.95Bi0.05O3,,3.05,Solid state reaction,1173.0,10.0,,,,,[18]
+NaTa0.925Bi0.075O3,,2.95,Solid state reaction,1173.0,10.0,,,,,[18]
+Na0.975Bi0.025TaO3,,3.75,Solid state reaction,1173.0,10.0,,,,,[18]
+Na0.95Bi0.05TaO3,,3.65,Solid state reaction,1173.0,10.0,,,,,[18]
+Na0.925Bi0.075TaO3,,3.65,Solid state reaction,1173.0,10.0,,,,,[18]
+Sr0.95Cr0.05TiO3,84.0,2.3,Solid state reaction,1373.0,24.0,"Xe lamp (300 W), λ≥420 nm",5/22 v/v CH3OH,Pt(0.6 wt％),0.93,[19]
+Sr0.95Cr0.05TiO3,26.8,2.3,Sol-gel hydrothermal method,353.0,24.0,"Xe lamp (300 W), λ≥420 nm",5/22 v/v CH3OH,Pt(0.6 wt％),0.93,[19]
+Sr0.95Cr0.05TiO3,101.6,2.3,Sol-gel hydrothermal method,393.0,24.0,"Xe lamp (300 W), λ≥420 nm",5/22 v/v CH3OH,Pt(0.6 wt％),0.93,[19]
+Sr0.95Cr0.05TiO3,137.2,2.3,Sol-gel hydrothermal method,433.0,24.0,"Xe lamp (300 W), λ≥420 nm",5/22 v/v CH3OH,Pt(0.6 wt％),0.93,[19]
+Sr0.95Cr0.05TiO3,160.4,2.3,Sol-gel hydrothermal method,473.0,24.0,"Xe lamp (300 W), λ≥420 nm",5/22 v/v CH3OH,Pt(0.6 wt％),0.93,[19]
+Sr0.95Cr0.05TiO3,330.4,2.3,Sol-gel hydrothermal method,473.0,24.0,"Xe lamp (300 W), λ≥420 nm",5/22 v/v CH3OH,Pt(0.6 wt％),0.93,[19]
+SrTiO3,,3.23,Sol-gel,973.0,4.0,,,,,[20]
+SrTiO3,,3.1,Polymerized complex,773.0,5.0,,,,,[21]
+SrTiO3,,3.1,Polymerized complex,873.0,5.0,,,,,[21]
+SrTiO3,,3.1,Polymerized complex,973.0,5.0,,,,,[21]
+SrTiO3,,3.1,Polymerized complex,1073.0,5.0,,,,,[21]
+SrTiO3,,3.1,Polymerized complex,1273.0,5.0,,,,,[21]
+SrTiO3,,3.1,Solid state reaction,1073.0,5.0,,,,,[21]
+SrTiO3,,2.0,Milling assistant method,1073.0,2.0,,,,,[21]
+SrTi0.99Al0.01O3,347.0,3.45,Solid state reaction,1273.0,10.0,"Xe lamp (150 W), UV visible",30％vol CH3CHOHCH3,Au(0.25％),2.5,[22]
+SrTiO3,,3.3,Solid state reaction,1273.0,10.0,,,,,[22]
+SrTi0.995Al0.005O3,,3.4,Solid state reaction,1273.0,10.0,,,,,[22]
+SrTi0.985Al0.015O3,,3.45,Solid state reaction,1273.0,10.0,,,,,[22]
+SrTiO3,188.0,3.16,Sol-gel,973.0,4.0,"Xe lamp (300 W), λ≥400 nm",50vol％ CH3OH,Pt(0.5 wt％),1.0,[23]
+SrTi0.9Cr0.1O3−δ,,2.31,Solid state reaction,1573.0,20.0,,,,,[24]
+La0.1Sr0.9Ti0.9Cr0.1O3,,2.11,Solid state reaction,1573.0,20.0,,,,,[24]
+SrTiO3,,3.25,Solid state reaction,1573.0,20.0,,,,,[24]
+LaFeO3,8600.0,2.11,Sol-gel auto-combustion,773.0,2.0,"Hg visible lamp(120W),(λ >> 420 nm)",10vol％ CH3OH,,2.5,[25]
+LaFeO3,7866.7,2.1,Sol-gel auto-combustion,873.0,2.0,"Hg visible lamp(120W),(λ >> 420 nm)",10vol％ CH3OH,,2.5,[25]
+LaFeO3,6933.3,2.09,Sol-gel auto-combustion,973.0,2.0,"Hg visible lamp(120W),(λ >> 420 nm)",10vol％ CH3OH,,2.5,[25]
+LaFeO3,6066.7,2.08,Sol-gel auto-combustion,1073.0,2.0,"Hg visible lamp(120W),(λ >> 420 nm)",10vol％ CH3OH,,2.5,[25]
+LaFeO3,5466.7,2.07,Sol-gel auto-combustion,1173.0,2.0,"Hg visible lamp(120W),(λ >> 420 nm)",10vol％ CH3OH,,2.5,[25]
+CaZrO3,12.4,4.0,Polymerized complex,923.0,6.0,"Xe lamp (300 W), λ > 420 nm",12.5%v/v HCOOH,Pt(1 wt％),0.56,[26]
+CaTiO3,,3.52,Template-free hydrothermal method,453.0,15.0,,,,,[27]
+Ca0.95La0.05Ti0.95Cr0.05O3,98.0,2.49,Template-free hydrothermal method,453.0,15.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[27]
+Ca0.9La0.1Ti0.9Cr0.1O3,110.0,2.48,Template-free hydrothermal method,453.0,15.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[27]
+Ca0.8La0.2Ti0.8Cr0.2O3,164.0,2.5,Template-free hydrothermal method,453.0,15.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[27]
+NaTaO3,,3.96,Spray pyrolysis,1173.0,,,,,,[28]
+NaBi0.06Ta0.94O3,,2.96,Spray pyrolysis,1173.0,,,,,,[28]
+NaBi0.07Ta0.93O3,876.0,2.91,Spray pyrolysis,1173.0,,"Xe lamp (300 W), λ > 415 nm",,,5.0,[28]
+NaBi0.07Ta0.93O3,1108.0,2.91,Spray pyrolysis,1173.0,,"Xe lamp (300 W), λ > 415 nm",,NiO(0.1wt%),5.0,[28]
+NaBi0.07Ta0.93O3,1355.0,2.91,Spray pyrolysis,1173.0,,"Xe lamp (300 W), λ > 415 nm",,NiO(0.2wt%),5.0,[28]
+NaBi0.08Ta0.92O3,216.0,2.88,Spray pyrolysis,1173.0,,"Xe lamp (300 W), λ > 415 nm",,,5.0,[28]
+NaBi0.09Ta0.91O3,,2.83,Spray pyrolysis,1173.0,,,,,,[28]
+NaBi0.1Ta0.9O3,,2.79,Spray pyrolysis,1173.0,,,,,,[28]
+NaTaO3,,3.91,Hydrothermal,513.0,24.0,,,,,[29]
+NaTa0.98Bi0.02O3,50.0,3.14,Hydrothermal,513.0,24.0,"Hg lamp (350 W),λ> 400 nm",5%v/v CH3OH,,0.48,[29]
+NaTa0.96Bi0.04O3,54.0,3.02,Hydrothermal,513.0,24.0,"Hg lamp (350 W),λ> 400 nm",5%v/v CH3OH,,0.48,[29]
+NaTa0.94Bi0.06O3,55.0,2.96,Hydrothermal,513.0,24.0,"Hg lamp (350 W),λ> 400 nm",5%v/v CH3OH,,0.48,[29]
+NaTa0.92Bi0.08O3,59.48,2.88,Hydrothermal,513.0,24.0,"Hg lamp (350 W),λ> 400 nm",5%v/v CH3OH,,0.48,[29]
+NaTa0.92Bi0.08O3,74.0,2.88,Hydrothermal,513.0,24.0,"Hg lamp (350 W),λ> 400 nm",5%v/v CH3OH,NiO(0.1wt%),0.48,[29]
+NaTa0.92Bi0.08O3,61.0,2.88,Hydrothermal,513.0,24.0,"Hg lamp (350 W),λ> 400 nm",5%v/v CH3OH,NiO(0.2wt%),0.48,[29]
+NaTa0.9Bi0.1O3,47.0,2.9,Hydrothermal,513.0,24.0,"Hg lamp (350 W),λ> 400 nm",5%v/v CH3OH,,0.48,[29]
+GaFeO3,3.36,2.185,Sol-gel,873.0,8.0,"Xe lamp (300 W), λ > 395 nm",Pure water,,3.33,[30]
+GaFeO3,2.88,2.065,Sol-gel,973.0,8.0,"Xe lamp (300 W), λ > 395 nm",Pure water,,3.33,[30]
+GaFeO3,1.44,2.02,Sol-gel,1173.0,8.0,"Xe lamp (300 W), λ > 395 nm",Pure water,,3.33,[30]
+NaTaO3,,4.03,Sol-gel,1173.0,12.0,,,,,[31]
+Na0.995La0.005TaO3,,4.01,Sol-gel,1173.0,12.0,,,,,[31]
+Na0.985La0.015TaO3,,4.0,Sol-gel,1173.0,12.0,,,,,[31]
+Na0.98La0.02TaO3,,4.0,Sol-gel,1173.0,12.0,,,,,[31]
+Na0.95La0.05TaO3,,4.0,Sol-gel,1173.0,12.0,,,,,[31]
+Na0.92La0.08TaO3,,4.0,Sol-gel,1173.0,12.0,,,,,[31]
+BiFeO3,,2.3,Hydrothermal,453.0,72.0,,,,,[32]
+BaCeO3,3.1,3.16,Sol-gel,573.0,3.0,"Xe lamp(500W),simulate natural visible light of the sun",Aqueous solution(contains glycerol),,2.0,[33]
+BaCeO3,55.6,2.91,Sol-gel,573.0,3.0,"Xe lamp(500W),simulate natural visible light of the sun",Aqueous solution(contains glycerol),V(0.6 wt% ),2.0,[33]
+BaCeO3,100.0,2.81,Sol-gel,573.0,3.0,"Xe lamp(500W),simulate natural visible light of the sun",Aqueous solution(contains glycerol),Ag(0.6 wt%),2.0,[33]
+BaCeO3,200.0,2.3,Sol-gel,573.0,3.0,"Xe lamp(500W),simulate natural visible light of the sun",Aqueous solution(contains glycerol),Au(0.6 wt%),2.0,[33]
+BaCeO3,266.7,2.16,Sol-gel,573.0,3.0,"Xe lamp(500W),simulate natural visible light of the sun",Aqueous solution(contains glycerol),Pt(0.6 wt％),2.0,[33]
+AgTaO3,,3.44,Solid state reaction,1173.0,24.0,,,,,[34]
+AgNbO3,,2.78,Solid state reaction,1123.0,24.0,,,,,[34]
+AgVO3,,1.97,Solid state reaction,573.0,24.0,,,,,[34]
+LaNiO3,,2.7,Sol-gel,1023.0,6.0,,,,,[35]
+LaNi0.95Fe0.05O3,,3.2,Sol-gel,1023.0,6.0,,,,,[35]
+LaNi0.95Cr0.05O3,,3.5,Sol-gel,1023.0,6.0,,,,,[35]
+LaNi0.95Co0.05O3,,2.9,Sol-gel,1023.0,6.0,,,,,[35]
+SrTi0.7Fe0.3O3,,2.38,Sol-gel,1073.0,2.0,,,,,[36]
+Sr(Ti0.7Fe0.3)0.99Sc0.01O3,,1.46,Sol-gel,1073.0,2.0,,,,,[36]
+Sr(Ti0.7Fe0.3)0.95Sc0.05O3,,1.03,Sol-gel,1073.0,2.0,,,,,[36]
+Sr(Ti0.7Fe0.3)0.9Sc0.1O3,,0.91,Sol-gel,1073.0,2.0,,,,,[36]
+BaSnO3,,3.13,,1313.0,6.0,,,,,[37]
+LaFeO3,3315.0,2.07,Sol-gel,973.0,4.0,Visible light,CH3CH2OH/H20:1/20,Pt,0.05,[38]
+LaFeO3,2500.0,2.07,Sol-gel,973.0,4.0,Visible light,CH3CH2OH/H20:1/20,,0.05,[38]
+LaFeO3,,2.06,Hydrothermal,1073.0,2.0,,,,,[39]
+PrFeO3,2847.0,2.08,Sol-gel,973.0,5.0,"Tungsten light(200W),visible light",5%v/v CH3CH2OH,Pt,0.05,[40]
+PrFeO3,2132.0,2.03,Template,973.0,5.0,"Tungsten light(200W),visible light",5%v/v CH3CH2OH,Pt,0.05,[40]
+PrFeO3,1986.0,1.88,Combustion,973.0,5.0,"Tungsten light(200W),visible light",5%v/v CH3CH2OH,Pt,0.05,[40]
+BiFeO3,,2.28,Combustion,823.0,1.0,,,,,[41]
+Ca0.9Ho0.1MnO3,,1.6,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
+Ca0.8Ho0.2MnO3,,1.7,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
+Ca0.7Ho0.3MnO3,,1.8,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
+Ca0.6Ho0.4MnO3,,1.8,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
+Ca0.9Sm0.1MnO3,,1.6,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
+Ca0.8Sm0.2MnO3,,1.9,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
+Ca0.7Sm0.3MnO3,,2.4,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
+Ca0.6Sm0.4MnO3,,2.8,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
+SrSnO3,,3.85,Ionic-Liquid-Assisted Microwave,973.0,3.0,,,,,[43]
+Sr0.8Ba0.2SnO3,,3.54,Ionic-Liquid-Assisted Microwave,973.0,3.0,,,,,[43]
+Sr0.6Ba0.4SnO3,,3.34,Ionic-Liquid-Assisted Microwave,973.0,3.0,,,,,[43]
+Sr0.2Ba0.8SnO3,,3.15,Ionic-Liquid-Assisted Microwave,973.0,3.0,,,,,[43]
+BaSnO3,,3.1,Ionic-Liquid-Assisted Microwave,973.0,3.0,,,,,[43]

metadata/table_data/table10.csv

@@ -0,0 +1,148 @@
+Bi type in photocatalyst,loading (g/l),SBET (m2 /g),Eg(eV),CB edge(V),light source,irradiation time(h),Reaction medium,Main product,Yield (μmol/g/h)
+BiOCl,0.142857143,88.0,3.33,− 0.98,UV–VIS,4.0,gas-solid,CO,3.695
+BiOCl,0.142857143,88.0,3.33,− 0.98,Visible,4.0,gas-solid,CO,0.5825
+BiOCl,0.142857143,97.0,3.33,− 1.58,UV–VIS,4.0,gas-solid,CO,8.7575
+BiOCl,0.142857143,97.0,3.33,− 1.58,Visible,4.0,gas-solid,CO,2.165
+BiOCl,0.142857143,27.4,3.4,− 1.2,UV–VIS,4.0,gas-solid,CO,14.25
+BiOCl,0.142857143,6.4,3.4,− 1.4,UV–VIS,4.0,gas-solid,CO,2.5
+BiOCl,0.142857143,27.4,3.4,− 1.2,UV–VIS,4.0,gas-solid,CH4,1.125
+BiOCl,0.142857143,6.4,3.4,− 1.4,UV–VIS,4.0,gas-solid,CH4,0.175
+BiOCl,0.25,36.62,2.7,− 0.9,UV,8.0,liquid-solid,CH4,5.185
+BiOCl,0.25,34.45,2.7,− 0.9,UV,8.0,liquid-solid,CH4,3.42
+BiOCl,0.25,25.13,2.9,− 1.1,UV,8.0,liquid-solid,CH4,2.08
+BiOCl,0.25,5.44,3.2,− 1.22,UV–VIS,3.0,gas-solid,CO,2.11
+BiOBr0.6Cl0.4,0.25,14.53,2.79,− 0.8,UV–VIS,3.0,gas-solid,CO,15.86
+BiOBr,0.25,59.75,2.6,− 0.34,UV–VIS,3.0,gas-solid,CO,1.55
+BiOBr,0.1,4.45,2.83,− 0.61,UV–VIS,2.0,gas-solid,CO,4.45
+BiOBr,0.142857143,19.8,2.83,− 0.6,UV–VIS,4.0,gas-solid,CO,6.25
+BiOBr,0.142857143,5.5,2.79,− 0.42,UV–VIS,4.0,gas-solid,CO,1.25
+BiOBr,0.142857143,19.8,2.83,− 0.6,UV–VIS,4.0,gas-solid,CH4,0.375
+BiOBr,0.142857143,5.5,2.79,− 0.42,UV–VIS,4.0,gas-solid,CH4,0.1
+BiOBr,0.428571429,13.7,2.91,− 0.702,Visible,4.0,gas-solid,CO,2.67
+BiOBr,0.428571429,13.7,2.91,− 0.702,Visible,4.0,gas-solid,CH4,0.16
+BiOBr,0.1,2.6,1.68,− 0.702,UV–VIS,2.0,gas-solid,CO,2.6
+BiOBr,0.1,2.6,1.68,− 0.702,UV–VIS,2.0,gas-solid,CH4,1.85
+PbBiO2Br,1.666666667,1.59,2.45,− 0.56,UV–VIS,12.0,liquid-solid,CH4,0.957
+PbBiO2Br,1.0,22.28,2.17,− 1.3,UV–VIS,6.0,liquid-solid,CO,1.24
+CPDs/PbBiO2Br,1.0,34.43,2.17,− 1.3,UV–VIS,6.0,liquid-solid,CO,2.09
+CPDs/PbBiO2Br,1.0,45.21,2.17,− 1.3,UV–VIS,6.0,liquid-solid,CO,3.92
+CPDs/PbBiO2Br,1.0,54.62,2.17,− 1.3,UV–VIS,6.0,liquid-solid,CO,8.28
+CPDs/PbBiO2Br,1.0,64.97,2.17,− 1.3,UV–VIS,6.0,liquid-solid,CO,7.1
+PbBiO2Br/GO,1.666666667,0.75,2.42,− 0.56,UV–VIS,12.0,liquid-solid,CH4,1.913
+Bi4O5Br2,0.428571429,11.4,2.43,− 0.702,Visible,4.0,gas-solid,CO,2.73
+Bi4O5Br2,0.428571429,11.4,2.43,− 0.702,Visible,4.0,gas-solid,CH4,2.04
+BiOI,0.1,9.7,1.88,− 0.47,UV–VIS,4.0,gas-solid,CO,5.18
+BiOI,0.1,9.7,1.88,− 0.47,UV–VIS,4.0,gas-solid,CH4,1.78
+BiOI,0.1,9.3,1.93,− 0.41,UV–VIS,4.0,gas-solid,CO,1.52
+BiOI,0.1,9.3,1.93,− 0.41,UV–VIS,4.0,gas-solid,CH4,1.5
+BiOI,0.3,138.0,2.23,− 0.64,Visible,4.0,gas-solid,CO,4.1
+BiOI,0.3,138.0,2.23,− 0.64,Visible,4.0,gas-solid,CH4,0.42
+Bi4O5I2,0.285714286,7.3,2.18,− 0.71,Visible,4.0,gas-solid,CH4,0.22
+Bi4O5I2,0.285714286,7.3,2.18,− 0.71,Visible,4.0,gas-solid,CO,19.82
+Bi5O7I,0.285714286,2.8,2.42,− 0.65,Visible,4.0,gas-solid,CH4,0.18
+Bi5O7I,0.285714286,2.8,2.42,− 0.65,Visible,4.0,gas-solid,CO,1.73
+BiOIO3,0.1,7.11,2.9,− 0.702,UV–VIS,6.0,gas-solid,CO,1.83
+BiOIO3,0.1,9.31,2.9,− 0.702,UV–VIS,6.0,gas-solid,CO,3.0
+BiOIO3,0.1,11.25,2.9,− 0.702,UV–VIS,6.0,gas-solid,CO,4.57
+BiOIO3,0.1,11.97,2.9,− 0.702,UV–VIS,6.0,gas-solid,CO,4.33
+BiOIO3,0.1,5.68,2.9,− 0.66,UV–VIS,6.0,gas-solid,CO,1.77
+BiOIO3,0.1,8.49,2.9,− 0.71,UV–VIS,6.0,gas-solid,CO,3.83
+BiOIO3,0.1,10.95,2.9,0.78,UV–VIS,6.0,gas-solid,CO,5.42
+BiOIO3,0.1,11.45,2.9,− 0.84,UV–VIS,6.0,gas-solid,CO,3.92
+BiOIO3,0.1,3.79,2.9,− 0.702,UV–VIS,6.0,gas-solid,CO,1.25
+BiOIO3,0.1,8.03,2.9,− 0.702,UV–VIS,6.0,gas-solid,CO,2.67
+BiOIO3,0.1,9.71,2.9,− 0.702,UV–VIS,6.0,gas-solid,CO,4.9
+BiOIO3,0.1,10.35,2.9,− 0.702,UV–VIS,6.0,gas-solid,CO,4.0
+Bi2S3,0.25,13.78,1.22,− 0.4,Visible,10.0,liquid-solid,methanol,25.94
+Bi2S3,0.25,36.62,1.27,− 0.42,Visible,10.0,liquid-solid,methanol,28.05
+Bi2S3,0.25,169.12,1.38,− 0.47,Visible,10.0,liquid-solid,methanol,32.02
+Bi2S3,1.0,21.62,1.95,− 0.702,UV,4.0,liquid-solid,methyl formate,75.235
+Bi2S3,1.0,11.88,1.76,− 0.702,UV,4.0,liquid-solid,methyl formate,117.5
+Bi2S3,1.0,6.48,1.82,− 0.702,UV,4.0,liquid-solid,methyl formate,91.25
+Bi2S3,1.0,5.97,1.319,− 0.41,Visible,4.0,liquid-solid,methanol,2.125
+Bi2S3,1.0,5.97,1.319,− 0.41,Visible,4.0,liquid-solid,ethanol,1.975
+Bi2S3/UiO− 66,0.194174757,1247.6,3.19,− 1.09,UV–VIS,3.0,gas-solid,CO,13.79
+Bi2S3/UiO− 66,0.194174757,1309.4,3.1,− 0.106,UV–VIS,3.0,gas-solid,CO,25.6
+Bi2S3/UiO− 66,0.194174757,1289.8,3.17,− 1.09,UV–VIS,3.0,gas-solid,CO,20.54
+Bi2S3/UiO− 66,0.194174757,521.26,3.02,− 0.87,UV–VIS,3.0,gas-solid,CO,4.78
+Bi2S3/g-C3N4,0.1,65.2,2.53,− 0.59,UV–VIS,8.0,gas-solid,CO,5.50875
+Bi2S3/g-C3N4,0.1,65.2,2.53,− 0.59,UV–VIS,8.0,gas-solid,CH4,1.48375
+Bi2S3/g-C3N4,0.1,73.8,2.53,− 0.59,UV–VIS,8.0,gas-solid,CO,6.8425
+Bi2S3/g-C3N4,0.1,73.8,2.53,− 0.59,UV–VIS,8.0,gas-solid,CH4,1.565
+Bi2S3/g-C3N4,0.1,57.5,2.53,− 0.59,UV–VIS,8.0,gas-solid,CO,4.93375
+Bi2S3/g-C3N4,0.1,57.5,2.53,− 0.59,UV–VIS,8.0,gas-solid,CH4,1.4425
+WS2@Bi2S3,1.0,7.33,1.327,− 0.41,Visible,4.0,liquid-solid,methanol,7.3
+WS2@Bi2S3,1.0,7.33,1.327,− 0.41,Visible,4.0,liquid-solid,ethanol,6.375
+BiVO4,0.05,56.5,2.7,− 0.36,UV,5.0,gas-solid,CH4,8.3
+BiVO4,0.05,6.09,2.76,− 0.677,Visible,4.0,gas-solid,CO,0.42
+BiVO4,1.363636364,30.2,2.54,− 0.702,UV–VIS,4.0,liquid-solid,acetone,0.825
+BiVO4,1.363636364,26.7,2.98,− 0.702,UV–VIS,4.0,liquid-solid,methanol,22.0
+BiVO4,1.363636364,26.7,2.98,− 0.702,UV–VIS,4.0,liquid-solid,acetone,1.265
+BiVO4,2.0,5.31,2.38,− 0.41,Visible,4.0,liquid-solid,methanol,5.0
+Bi/BiVO4,0.05,10.15,2.67,− 0.63,Visible,4.0,gas-solid,CO,1.29
+Ag-Bi/BiVO4,0.05,10.86,2.64,− 0.702,Visible,4.0,gas-solid,CO,3.4
+Ag-Bi/BiVO4,0.05,12.37,2.64,− 0.625,Visible,4.0,gas-solid,CO,5.19
+Ag-Bi/BiVO4,0.05,14.16,2.62,− 0.702,Visible,4.0,gas-solid,CO,4.54
+N-BiVO4,2.0,4.97,2.22,− 0.41,Visible,4.0,liquid-solid,methanol,11.0
+Fe-BiVO4,2.0,8.69,2.37,− 0.41,Visible,4.0,liquid-solid,methanol,13.0
+N-Fe-BiVO4,2.0,12.09,2.18,− 0.41,Visible,4.0,liquid-solid,methanol,27.0
+CdS/BiVO4,0.111111111,10.2,2.53,− 0.6,Visible,5.0,gas-solid,CH4,0.6
+CdS/BiVO4,0.111111111,10.2,2.53,− 0.6,Visible,5.0,gas-solid,CO,0.34
+CdS/BiVO4,0.111111111,13.58,2.51,− 0.6,Visible,5.0,gas-solid,CH4,1.2
+CdS/BiVO4,0.111111111,13.58,2.51,− 0.6,Visible,5.0,gas-solid,CO,0.38
+CdS/BiVO4,0.111111111,15.56,2.48,− 0.6,Visible,5.0,gas-solid,CH4,1.746
+CdS/BiVO4,0.111111111,15.56,2.48,− 0.6,Visible,5.0,gas-solid,CO,0.39
+CdS/BiVO4,0.111111111,20.07,2.47,− 0.6,Visible,5.0,gas-solid,CH4,1.1
+CdS/BiVO4,0.111111111,20.07,2.47,− 0.6,Visible,5.0,gas-solid,CO,0.31
+CdS/BiVO4,0.111111111,13.67,2.51,− 0.6,Visible,5.0,gas-solid,CH4,0.596
+CdS/BiVO4,0.111111111,13.67,2.51,− 0.6,Visible,5.0,gas-solid,CO,0.262
+Bi2WO6,2.0,23.8,2.76,− 0.702,Visible,2.0,liquid-solid,methanol,16.3
+Bi2WO6,0.5,17.0,2.98,− 0.42,UV–VIS,2.0,gas-solid,CH4,0.41
+Bi2WO6,0.5,17.0,2.98,− 0.42,UV–VIS,2.0,gas-solid,methanol,0.07
+Bi2WO6,0.434782609,0.6,2.69,− 0.702,Visible,5.5,gas-solid,CH4,0.045
+Bi2WO6,0.434782609,5.63,2.75,− 0.31,Visible,5.5,gas-solid,CH4,1.1
+Bi2WO6,0.2,4.1,2.75,− 1.02,Visible,8.0,gas-solid,CO,0.625
+Bi2WO6,2.0,0.7,2.69,− 0.61,UV–VIS,3.0,liquid-solid,methanol,0.433333
+Bi2WO6,2.0,42.9,2.98,− 0.72,UV–VIS,3.0,liquid-solid,methanol,7.666667
+Bi2WO6,1.945250053,3.3,2.62,− 0.4,Visible,5.0,gas-solid,CO,0.1
+Bi2WO6,1.945250053,26.6,2.63,− 0.4,Visible,5.0,gas-solid,CO,0.96
+Bi2WO6,1.945250053,3.3,2.62,− 0.4,Visible,5.0,gas-solid,CO,0.5
+Bi2WO6,1.945250053,26.6,2.63,− 0.4,Visible,5.0,gas-solid,CO,0.333
+Bi2WO6/RGO/g-C3N4,0.2,79.2,2.72,− 1.3,Visible,5.0,gas-solid,CH4,2.51
+Bi2WO6/RGO/g-C3N4,0.2,79.2,2.72,− 1.3,Visible,5.0,gas-solid,CO,15.96
+Bi2MoO6,0.434782609,0.037,2.69,− 0.32,Visible,4.0,gas-solid,CH4,0.0
+Bi2MoO6,0.434782609,3.8,2.92,− 0.702,Visible,4.0,gas-solid,CH4,0.05
+Bi2MoO6,0.434782609,5.94,2.92,− 0.702,Visible,4.0,gas-solid,CH4,0.075
+Bi2MoO6,0.434782609,5.94,2.92,− 0.702,UV–VIS,4.0,gas-solid,CH4,0.1475
+Bi2MoO6,1.0,18.5,2.86,− 0.18,Visible,4.0,liquid-solid,methanol,4.4
+Bi2MoO6,0.06,17.37,2.87,− 1.18,UV–VIS,6.0,liquid-solid,CO,3.62
+Bi2MoO6,0.06,0.25,2.6,− 0.62,UV–VIS,6.0,liquid-solid,CO,1.42
+Bi2MoO6,0.1,101.6,2.55,− 0.28,Visible,4.0,gas-solid,CH4,2.01
+Bi2MoO6,0.1,101.6,2.55,− 0.28,Visible,4.0,gas-solid,CO,0.27
+Bi2MoO6,0.1,79.4,2.63,− 0.37,Visible,4.0,gas-solid,CO,0.12
+CeO2/Bi2MoO6,1.0,40.6,2.79,− 0.702,Visible,4.0,liquid-solid,methanol,7.25
+CeO2/Bi2MoO6,1.0,40.6,2.79,− 0.702,Visible,4.0,liquid-solid,ethanol,5.25
+CeO2/Bi2MoO6,1.0,47.8,2.77,− 0.702,Visible,4.0,liquid-solid,methanol,7.375
+CeO2/Bi2MoO6,1.0,47.8,2.77,− 0.702,Visible,4.0,liquid-solid,ethanol,5.525
+CeO2/Bi2MoO6,1.0,48.9,2.76,− 0.702,Visible,4.0,liquid-solid,methanol,8.125
+CeO2/Bi2MoO6,1.0,48.9,2.76,− 0.702,Visible,4.0,liquid-solid,ethanol,6.475
+CeO2/Bi2MoO6,1.0,53.6,2.74,− 0.702,Visible,4.0,liquid-solid,methanol,7.25
+CeO2/Bi2MoO6,1.0,53.6,2.74,− 0.702,Visible,4.0,liquid-solid,ethanol,5.475
+CeO2/Bi2MoO6,1.0,54.1,2.72,− 0.702,Visible,4.0,liquid-solid,methanol,6.825
+CeO2/Bi2MoO6,1.0,54.1,2.72,− 0.702,Visible,4.0,liquid-solid,ethanol,5.225
+CeO2/Bi2MoO6,1.0,22.9,2.84,− 0.702,Visible,4.0,liquid-solid,methanol,4.3
+CeO2/Bi2MoO6,1.0,22.9,2.84,− 0.702,Visible,4.0,liquid-solid,ethanol,3.45
+BiYO3,2.0,15.62,2.32,− 0.702,Visible,6.0,liquid-solid,formic acid,0.113333
+BiYO3,2.0,20.87,2.18,− 0.702,Visible,6.0,liquid-solid,formic acid,0.14
+BiYO3,2.0,12.2,2.3,− 0.702,Visible,6.0,liquid-solid,formic acid,0.088333
+BiYO3,2.0,6.75,2.39,− 0.702,Visible,6.0,liquid-solid,formic acid,30.66667
+Cu/BiYO3,2.0,15.51,2.32,− 0.702,Visible,6.0,liquid-solid,formic acid,47.66667
+Cu/BiYO3,2.0,18.04,2.3,− 0.702,Visible,6.0,liquid-solid,formic acid,54.0
+Cu/BiYO3,2.0,18.64,2.26,− 0.702,Visible,6.0,liquid-solid,formic acid,68.0
+Cu/BiYO3,2.0,0.61,2.34,− 0.702,Visible,6.0,liquid-solid,formic acid,39.0
+Bi2O2(OH)NO3,0.1,67.7,3.2,− 0.82,UV–VIS,8.0,gas-solid,CO,2.63
+Bi2O2(OH)NO3,0.1,67.7,3.2,− 0.82,UV–VIS,8.0,gas-solid,CH4,0.45
+Ag2CrO4/Ag/BiFeO3,1.0,43.4,2.01,− 0.702,Visible,8.0,liquid-solid,CH4,8.875
+Ag2CrO4/Ag/BiFeO3,1.0,43.4,2.01,− 0.702,Visible,8.0,liquid-solid,CO,2.125
+Ag2CrO4/Ag/BiFeO3@RGO,1.0,62.3,1.94,− 0.702,Visible,8.0,liquid-solid,CH4,16.375
+Ag2CrO4/Ag/BiFeO3@RGO,1.0,62.3,1.94,− 0.702,Visible,8.0,liquid-solid,CO,3.625

metadata/table_data/table11.csv

@@ -0,0 +1,103 @@
+Molecular formulas,SSA (m2 g -1 ),CT (℃),AH (h),DT (℃),PM,Ref.
+ZnTiO3,1.05,900,2,120,1,[25]
+LaFeO3,1.08,900,4,150,3,[26]
+LaCo0.94Mg0.06O3,19.0,750,4,110,3,[27]
+LaCo0.90Mg0.10O3,21.0,750,4,110,3,[27]
+LaCo0.80Mg0.20O3,22.0,750,4,110,3,[27]
+La0.5Bi0.2Ba0.2Mn0.1FeO3,20.63,600,4,120,3,[28]
+La0.5Bi0.2Ba0.2Mn0.1FeO3,12.46,700,4,120,3,[28]
+La0.5Bi0.2Ba0.2Mn0.1FeO3,5.91,800,4,120,3,[28]
+La0.5Bi0.2Ba0.2Mn0.1FeO3,4.19,900,4,120,3,[28]
+LaCrO3,3.95,600,5,100,3,[29]
+LaMg0.2Cr0.8O3,8.42,600,5,100,3,[29]
+LaMg0.4Cr0.6O3,29.71,600,5,100,3,[29]
+LaMg0.6Cr0.4O3,18.41,600,5,100,3,[29]
+LaMg0.8Cr0.2O3,14.46,600,5,100,3,[29]
+PrFeO3,10.88,700,5,90,3,[30]
+LaFe0.9Co0.1O3,51.2,750,10,110,3,[31]
+LaFe0.1Co0.9O3,42.8,750,10,110,3,[31]
+SrTiO3,16.4,650,10,110,3,[32]
+La0.002Sr0.998TiO3,19.7,650,10,110,3,[32]
+La0.01Sr0.99TiO3,24.1,650,10,110,3,[32]
+La0.02Sr0.98TiO3,23.2,650,10,110,3,[32]
+LaNiO3,14.1,600,2,130,2,[33]
+LaNiO3,12.7,700,2,130,2,[33]
+LaNiO3,11.8,800,2,130,2,[33]
+LaNiO3,6.5,900,2,130,2,[33]
+LaNiO3,12.2,600,6,130,2,[33]
+LaFeO3,21.9,500,4,120,3,[34]
+LaFeO3,15.37,600,4,120,3,[34]
+LaFeO3,10.07,700,4,120,3,[34]
+LaFeO3,5.24,800,4,120,3,[34]
+SrTiO3,12.24,700,4,80,1,[35]
+SrTiO3,10.0,700,4,80,1,[36]
+LaCuO3,5.0,800,15,100,3,[37]
+LaCu0.53Ni0.47O3,8.2,800,15,100,3,[37]
+La0.8Sr0.2Ni0.8Cu0.2O3,9.0,700,5,100,3,[38]
+La0.8Sr0.2Ni0.8Fe0.2O3,13.9,700,5,100,3,[38]
+La0.8Sr0.2Ni0.8Bi0.2O3,12.1,700,5,100,3,[38]
+LaNiO3,7.5,750,5,100,3,[39]
+LaNi0.8Fe0.2O3,7.9,750,5,100,3,[39]
+LaNi0.6Fe0.4O3,9.6,750,5,100,3,[39]
+LaNi0.3Fe0.7O3,6.8,750,5,100,3,[39]
+LaFeO3,15.1,750,5,100,3,[39]
+LaFeO3,25.8,500,2,130,2,[40]
+LaFeO3,22.55,600,2,130,2,[40]
+LaFeO3,20.04,700,2,130,2,[40]
+LaFeO3,8.5,800,2,130,2,[40]
+GaFeO3,56.0,600,8,300,1,[41]
+GaFeO3,38.0,700,8,300,1,[41]
+GaFeO3,10.0,900,8,300,1,[41]
+NaTaO3,2.25,900,12,120,3,[42]
+Na0.995La0.005TaO3,3.83,900,12,120,3,[42]
+Na0.985La0.015TaO3,4.55,900,12,120,3,[42]
+Na0.98La0.02TaO3,4.54,900,12,120,3,[42]
+Na0.95La0.05TaO3,4.36,900,12,120,3,[42]
+SrTiO3,16.2,900,4,80,3,[43]
+Ca0.98Ag0.01La0.01TiO3,10.61,850,10,120,3,[44]
+Ca0.96Ag0.02La0.02TiO3,11.39,850,10,120,3,[44]
+Ca0.94Ag0.03La0.03TiO3,12.17,850,10,120,3,[44]
+Ca0.92Ag0.04La0.04TiO3,11.44,850,10,120,3,[44]
+LaFeO3,9.5,700,4,90,3,[45]
+LaFeO3,11.39,600,5,150,3,[46]
+LaMg0.2Fe0.8O3,15.07,600,5,150,3,[46]
+LaMg0.4Fe0.6O3,17.63,600,5,150,3,[46]
+LaMg0.6Fe0.4O3,24.41,600,5,150,3,[46]
+LaMgO3,10.17,600,5,150,3,[46]
+PrCo0.7Fe0.3O3,7.9,700,2,90,3,[47]
+PrCo0.6Fe0.4O3,8.7,700,2,90,3,[47]
+PrCo0.5Fe0.5O3,7.5,700,2,90,3,[47]
+PrCo0.3Fe0.7O3,9.9,700,2,90,3,[47]
+PrCo0.1Fe0.9O3,9.7,400,2,90,3,[47]
+PrCo0.1Fe0.9O3,15.2,600,2,90,3,[47]
+PrCo0.1Fe0.9O3,15.0,700,2,90,3,[47]
+PrCo0.1Fe0.9O3,9.5,800,2,90,3,[47]
+LaMnO3,26.0,600,4,120,3,[48]
+LaFeO3,19.0,600,4,120,3,[48]
+LaCoO3,16.0,600,4,120,3,[48]
+LaCoO3,1.1,750,4,300,3,[49]
+LaCo0.8Ru0.2O3,2.9,750,4,300,3,[49]
+LaCo0.6Ru0.4O3,5.0,750,4,300,3,[49]
+LaAlO3,17.1,800,2,200,3,[50]
+LaAl0.9Ni0.1O3,6.0,800,2,200,3,[50]
+LaAl0.8Ni0.2O3,7.0,800,2,200,3,[50]
+LaAl0.7Ni0.3O3,6.0,800,2,200,3,[50]
+La0.9Ca0.1Al0.9Ni0.1O3,17.0,800,2,200,3,[50]
+La0.9Ca0.1Al0.8Ni0.2O3,15.0,800,2,200,3,[50]
+LaCoO3,17.0,750,4,110,1,[27]
+La0.5Bi0.2Ba0.2Mn0.1FeO3,27.75,500,4,120,1,[28]
+LaFeO3,8.5,700,3,110,3,[51]
+La0.005Sr0.995TiO3,22.3,650,10,110,3,[32]
+LaNiO3,15.1,600,4,130,2,[33]
+LaFeO3,1.09,1000,4,120,1,[34]
+La0.8Sr0.2Ni0.8Co0.2O3,10.3,700,5,100,3,[38]
+LaFeO3,5.8,900,2,130,2,[40]
+Na0.92La0.08TaO3,4.21,900,12,120,1,[42]
+CaTiO3,9.64,850,10,120,1,[44]
+LaMg0.8Fe0.2O3,13.32,600,5,150,3,[46]
+PrCo0.9Fe0.1O3,7.2,700,2,90,3,[47]
+PrCo0.1Fe0.9O3,19.3,500,2,90,1,[47]
+La0.9Ca0.1Al0.7Ni0.3O3,12.0,800,2,200,3,[50]
+LaFeO3,7.0,850,4,110,3,[52]
+GdCoO3,8.69,750,4,110,3,[53]
+LaMnO3,25.0,700,3,110,3,[54]

metadata/table_data/table12.csv

@@ -0,0 +1,334 @@
+Catalyst label,Material,Structure,Product,-V vs. RHE V,overpotential V,pH,C.E. %,Material Family,Alloying,Doping,Nanostructuring,Surface Strain,Multiphase,Electric field,Chemical Environment 1=electrolyte 2=pressure,Functionalization,Co catalyst,Year
+Carbon Monoxide Dehydrogenase from Carboxydothermus hydrogenoformans,Enzyme,Enzyme,CO,0.106,0.0,6.8,100.0,Enzyme,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2007.0
+Carbon Monoxide Dehydrogenase from Moorella thermoacetica,Enzyme,Enzyme,CO,0.198,0.092,6.3,100.0,Enzyme,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,2003.0
+N-doped carbon fibers,N-doped carbon,Nanowires,CO,0.27,0.164,7.0,98.0,Carbon-based ,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,2013.0
+Ag in IL,Ag,Bulk,CO,0.28,0.174,6.8,99.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,2011.0
+Bi/Bi+3 ,Bi,Thin film,CO,0.3,0.194,6.8,96.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,2013.0
+OD-Cu,Cu2O,Oxide Derived,CO,0.3,0.194,7.5,45.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2012.0
+Electrodeposited Sn,Sn,Thin film,CO,0.35,0.244,6.8,77.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,2015.0
+OD-Au,Au,Bulk,CO,0.35,0.244,7.5,96.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2012.0
+Au Nanowire,Au,Nanowires,CO,0.35,0.244,7.5,94.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2014.0
+Au nanotips,Au,Nanowires,CO,0.35,0.244,7.5,95.0,d-metal,0.0,0.0,1.0,0.0,0.0,1.0,1.0,0.0,0.0,2016.0
+N-doped  CNT,N-doped carbon,Carbon 1D,CO,0.375,0.269,6.8,80.0,Carbon-based ,0.0,1.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2015.0
+Cu Nanowires on Cu mesh,Cu,Nanowires,CO,0.4,0.294,6.8,62.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2015.0
+Au nanotips,Au,Nanowires,CO,0.4,0.294,7.5,98.0,d-metal,0.0,0.0,1.0,0.0,0.0,1.0,1.0,0.0,0.0,2016.0
+Fe-TTP,Fe,Imm. Mol. Catal,CO,0.44,0.334,7.5,43.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1999.0
+Fe-TTP,Fe,Imm. Mol. Catal,CO,0.44,0.334,7.5,80.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,1999.0
+Electrodeposited Pb,Pb,Thin film,CO,0.45,0.344,6.8,81.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,2015.0
+Co-TTP,Co,Imm. Mol. Catal,CO,0.49,0.384,7.5,75.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1999.0
+Co-TTP,Co,Imm. Mol. Catal,CO,0.49,0.384,7.5,75.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,1999.0
+Au nanoporous,Ag,Porous,CO,0.5,0.394,7.5,90.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2014.0
+OD-Au,Au,Oxide Derived,CO,0.5,0.394,7.5,94.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2015.0
+Au NPs,Au,NPS,CO,0.52,0.414,7.5,97.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,1.0,2013.0
+Re bpy(CO3)Cl,Re bpy(CO3)Cl,Homogeneous,CO,0.55,0.444,6.8,98.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,1984.0
+Au concave rhombic dodecahedra ,Au,Regular NPs,CO,0.57,0.464,7.5,93.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2015.0
+Au  rhombic dodecahedra ,Au,Regular NPs,CO,0.57,0.464,7.5,80.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2015.0
+Au foil,Au,Bulk,CO,0.58,0.474,6.8,90.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1987.0
+OD-Cu-In ,OD-Cu + In,Near Surface Alloy,CO,0.6,0.494,6.8,85.0,d-metal,1.0,0.0,1.0,0.0,1.0,0.0,0.0,0.0,0.0,2015.0
+Cu-In,OD-Cu - In,Oxide Derived,CO,0.6,0.494,6.8,90.0,d-metal,1.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2015.0
+OD-Cu-Sn,OD-Cu+ Sn,Near Surface Alloy,CO,0.6,0.494,6.8,90.0,d-metal,1.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2016.0
+Fe-N-C,N-doped carbon,Nanosheets,CO,0.6,0.494,6.8,89.0,Carbon-based ,0.0,1.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2017.0
+Ag GDE,Ag,NPS,CO,0.62,0.514,6.8,86.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,1997.0
+Pd octahedra,Pd,Regular NPs,CO,0.7,0.594,6.8,50.0,d-metal,0.0,0.0,1.0,1.0,0.0,0.0,0.0,0.0,0.0,2017.0
+Cu/SnO2 NPs,Cu-Sn,NPS,CO,0.7,0.594,6.8,93.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2017.0
+Cu/SnO2 NPs,Cu-Sn,NPS,CO,0.7,0.594,6.8,93.0,p-metal/(hydro)oxide,1.0,0.0,1.0,1.0,1.0,0.0,0.0,0.0,0.0,2017.0
+Re film on Au ,Re,Thin film,CO,0.71,0.604,7.0,87.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,1.0,2001.0
+Re bpy(CO3)Cl,Re bpy(CO3)Cl,Homogeneous,CO,0.71,0.604,6.8,92.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,1985.0
+Pd GDE,Pd,NPS,CO,0.73,0.624,6.8,58.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,1997.0
+Au3Cu NPs,Au3Cu,NPS,CO,0.73,0.624,6.8,65.0,d-metal,1.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2014.0
+Cu NPS on MoS2,Cu,NPS,CO,0.735,0.629,6.8,43.0,d-metal,0.0,0.0,1.0,0.0,1.0,0.0,0.0,0.0,0.0,2017.0
+Cu NPS on MoS2,MoS2,Nanosheets,CO,0.735,0.629,6.8,43.0,Chalcogen,0.0,0.0,1.0,0.0,1.0,0.0,0.0,0.0,0.0,2017.0
+Mn dmbpy(CO3)3Br,Mn dmbpy(CO3)3Br,Homogeneous,CO,0.75,0.644,6.8,100.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,2011.0
+Ag NPs,Ag,NPS,CO,0.75,0.644,7.5,88.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2015.0
+Cu dodecahedra,Cu,Regular NPs,CO,0.75,0.644,7.5,13.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2016.0
+Cu nanocube,Cu,Regular NPs,CO,0.75,0.644,7.5,45.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2016.0
+FeTDHPP,Fe,Homogeneous,CO,0.76,0.654,6.8,94.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,1.0,2012.0
+"Polymerized  Ru, Re  bpy(CO3)Cl","Ru, Re  bpy(CO3)Cl",Imm. Mol. Catal,CO,0.76,0.654,6.8,90.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,1989.0
+MoS2 in IL,MoS2,Nanosheets,CO,0.77,0.664,7.5,98.0,Chalcogen,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,1.0,2014.0
+Au foil ,Au,Bulk,CO,0.79,0.684,6.8,93.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2001.0
+Pd icosahedra,Pd,Regular NPs,CO,0.8,0.694,6.8,90.0,d-metal,0.0,0.0,1.0,1.0,0.0,0.0,0.0,0.0,0.0,2017.0
+Rh wire,Rh,Bulk,CO,0.81,0.704,6.8,61.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,1995.0
+Ni(cyclam),Ni,Homogeneous,CO,0.81,0.704,6.8,90.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,2012.0
+Au0.2Pd0.8,Au0.2Pd0.8,Thin film,CO,0.88,0.774,6.8,10.0,d-metal,1.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2015.0
+Pd NPs,Pd,NPS,CO,0.89,0.784,6.8,91.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2015.0
+Mn bpy-t-bu)(CO3)+,Mn bpy-t-bu)(CO3)+,Homogeneous,CO,0.9,0.794,6.0,100.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,2013.0
+Fe porphyrin,Fe porphyrin,Homogeneous,CO,0.93,0.824,6.0,90.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,1.0,2012.0
+Zn hierarchical,Zn,Porous,CO,0.95,0.844,7.5,92.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,1.0,0.0,2016.0
+AgDAT/C,Ag,Imm. Mol. Catal,CO,0.99,0.884,6.8,70.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2012.0
+In foil,In,Bulk,CO,1,0.894,6.8,85.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,1987.0
+Au on TiC,Au on TiC,Thin film,CO,1,0.894,6.8,68.0,d-metal,0.0,0.0,1.0,0.0,1.0,0.0,0.0,0.0,1.0,2017.0
+Ag foil,Ag,Bulk,CO,1.048,0.942,5.0,65.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1990.0
+Au foil,Au,Bulk,CO,1.048,0.942,5.0,84.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1990.0
+Ag (110),Ag,Single crystals,CO,1.1,0.994,6.8,98.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,1997.0
+Cu NPs,Cu,NPS,CO,1.1,0.994,6.8,28.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2014.0
+Pd foil high pressure,Pd,Bulk,CO,1.2,1.094,6.8,57.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,1991.0
+Au NPs,Au,NPS,CO,1.2,1.094,6.8,45.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2014.0
+Re bpy (CO3)Cl,Re bpy(CO3)Cl,Homogeneous,CO,1.35,1.244,6.8,45.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,1985.0
+PdPt NPS ,Pd-Pt,NPS,HCOO,0.1,0.0652,6.8,20.0,d-metal,1.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2015.0
+Formate Dehydrogenase from Syntrophobacter fumaroxidans,Enzyme,Enzyme,HCOO,0.106,0.0712,6.8,100.0,Enzyme,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2008.0
+Pd NPs,Pd,NPS,HCOO,0.2,0.2065,7.5,97.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2016.0
+Co oxide ,Co,Nanosheets,HCOO,0.252,0.229,7.0,85.0,p-metal/(hydro)oxide,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2016.0
+Electrodeposited Sb,Sb,Thin film,HCOO,0.28,0.2452,6.8,30.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,2015.0
+PdPt NPS ,Pd-Pt,NPS,HCOO,0.4,0.3652,6.8,87.0,d-metal,1.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2015.0
+Ru(bpy)2(CO)2,Ru(bpy)2(CO)2,Homogeneous,HCOO,0.732,0.65,6.0,84.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,1.0,1987.0
+Sn/SnO2,Sn,Oxide Derived,HCOO,0.7,0.7065,7.5,19.0,p-metal/(hydro)oxide,0.0,0.0,1.0,0.0,1.0,0.0,1.0,0.0,0.0,2012.0
+OD-Pb,Pb,Oxide Derived,HCOO,0.75,0.7565,7.5,100.0,p-metal/(hydro)oxide,0.0,0.0,1.0,0.0,1.0,0.0,1.0,0.0,0.0,2015.0
+Sn/SnS2,Sn,Bulk,HCOO,0.75,0.7565,7.5,84.5,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,1.0,0.0,1.0,0.0,0.0,2017.0
+SnO2,Sn,NPS,HCOO,0.6,0.7658,10.2,69.0,p-metal/(hydro)oxide,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2015.0
+Ru (bpy2)(dmbbbpy)(PF6)4,Ru (bpy2)(dmbbbpy)(PF6)4,Homogeneous,HCOO,0.85,0.768,6.0,89.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1998.0
+Bi wire,Bi,Bulk,HCOO,0.82,0.7852,6.8,83.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,1995.0
+Sn wire,Sn,Bulk,HCOO,1.038,0.79,6.8,92.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,1995.0
+Pt wire,Pt,Bulk,HCOO,0.88,0.8452,6.8,50.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,1995.0
+AuPd ,Au Pd,Thin film,HCOO,0.88,0.8452,6.8,10.0,d-metal,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2015.0
+Fe wire ,Fe,Bulk,HCOO,0.952,0.87,6.0,59.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,1995.0
+Sn foil,Sn,Bulk,HCOO,1.02,0.938,6.0,94.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,1.0,0.0,1.0,0.0,0.0,2012.0
+Ir-pincer,Ir,Homogeneous,HCOO,1,0.9652,6.8,93.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,2013.0
+Au functionalized with 4-Pyridylethylmercaptan,Au,Bulk,HCOO,1,0.9652,6.8,21.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,2017.0
+Sn-doped Ga2O3 ,Ga2O3,Bulk,HCOO,0.871,0.966,9.0,80.0,p-metal/(hydro)oxide,0.0,1.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,2014.0
+N-doped carbon NT,CNT,Carbon 1D,HCOO,1.02,0.9852,6.8,85.0,Carbon-based ,0.0,1.0,1.0,0.0,0.0,0.0,0.0,0.0,1.0,2014.0
+Cu wire,Cu,Bulk,HCOO,1.038,1.0032,6.8,54.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,1995.0
+Zn foil,Zn,Bulk,HCOO,1.098,1.016,6.0,82.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,1997.0
+Sn foil,Sn,Bulk,HCOO,1.07,1.0352,6.8,88.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1994.0
+Pb wire,Pb,Bulk,HCOO,1.097,1.0622,6.8,95.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,1995.0
+Hg,Hg,Bulk,HCOO,1.11,1.0752,6.8,99.5,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1994.0
+In foil,In,Bulk,HCOO,1.14,1.1052,6.8,95.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1994.0
+Pb granules,Pb,Bulk,HCOO,1.15,1.1152,6.8,90.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,2004.0
+Sn NPs ,Sn,NPS,HCOO,1.15,1.1152,6.8,90.0,p-metal/(hydro)oxide,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2014.0
+Sn foil,Sn,Bulk,HCOO,1.15,1.1565,7.5,70.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,2013.0
+Tl foil,Tl,Bulk,HCOO,1.2,1.1652,6.8,95.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1994.0
+Cu nanoflower,Cu,NPS,HCOO,1.2,1.1652,6.8,40.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2014.0
+SnO2,SnO2,Thin film,HCOO,1.248,1.166,6.0,75.0,p-metal/(hydro)oxide,0.0,0.0,1.0,0.0,1.0,0.0,1.0,0.0,0.0,2015.0
+Pb foil,Pb,Bulk,HCOO,1.18,1.1865,7.5,90.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,2009.0
+Pb foil,Pb,Bulk,HCOO,1.228,1.1932,6.8,97.4,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1994.0
+Cd foil,Cd,Bulk,HCOO,1.23,1.1952,6.8,78.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1994.0
+Cu nanofoam,Cu,Porous,HCOO,1.5,1.4652,6.8,37.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2014.0
+Pb foil,Pb,Bulk,HCOO,2.046,1.964,6.0,79.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,1.0,0.0,1.0,0.0,1.0,1987.0
+Ru foil,Ru,Bulk,CH3OH,0.045,0.025,5.0,42.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1985.0
+Cu adatoms on RuOx,Cu/RuOx,Near Surface Alloy,CH3OH,0.11,0.09,7.5,41.0,p-metal/(hydro)oxide,1.0,0.0,0.0,0.0,1.0,0.0,1.0,0.0,0.0,1997.0
+Pd-Pyridine,Pd + Pyridine,Homogeneous,CH3OH,0.19,0.17,5.4,30.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1994.0
+Mo,Mo,Bulk,CH3OH,0.206,0.186,6.0,84.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1986.0
+Mo foil,Mo,Bulk,CH3OH,0.258,0.238,4.2,40.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1986.0
+Pyridinium cation,Py,Homogeneous,CH3OH,0.28,0.26,5.4,30.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1994.0
+Cu adatoms on TiO2/RuOx,Cu adatoms on TiO2/RuOx,Near Surface Alloy,CH3OH,0.3,0.28,7.5,30.0,p-metal/(hydro)oxide,1.0,0.0,0.0,0.0,1.0,0.0,1.0,0.0,0.0,1992.0
+OD CU from MOF,Cu2O,Oxide Derived,CH3OH,0.3,0.28,6.8,43.0,p-metal/(hydro)oxide,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2017.0
+Cu2O on Cu,Cu2O,Thin film,CH3OH,0.41,0.39,7.5,38.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,2011.0
+Au3Cu NPs on Cu,Au3Cu,NPS,CH3OH,0.413,0.393,7.5,16.0,d-metal,1.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2014.0
+Cu foil,Cu,Bulk,CH3OH,0.648,0.628,6.0,40.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,1997.0
+n-GaAs,GaAs,Bulk,CH3OH,0.706,0.686,6.0,1.0,p-metal/(hydro)oxide,1.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1983.0
+p-InP,InP,Bulk,CH3OH,0.706,0.686,6.0,0.52,p-metal/(hydro)oxide,1.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1983.0
+NixGay,NixGay,Thin film,C2H4,0.88,0.944,6.8,0.5,p-metal/(hydro)oxide,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2016.0
+Cu foil,Cu,Bulk,C2H4,0.9,0.964,7.5,20.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1986.0
+Cu nanocrystals,OD- Cu NPs,NPS,C2H4,0.95,1.014,6.8,32.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2016.0
+Cu2O films,Cu2O,Thin film,C2H4,1,1.064,6.8,38.0,p-metal/(hydro)oxide,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2015.0
+Cu single crystals,Cu(100),Single crystals,C2H4,1,1.064,6.8,32.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,1995.0
+Cu mesocrystals,Cu,NPS,C2H4,1,1.064,6.8,25.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2015.0
+Cu Nanowires on Cu mesh,Cu,Nanowires,C2H4,1.025,1.089,6.8,55.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2017.0
+Cu foil,Cu,Bulk,C2H4,1.05,1.114,5.9,40.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1988.0
+Cu NPs,Cu,NPS,C2H4,1.2,1.15,7.5,43.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,2.0,0.0,0.0,2015.0
+Na2S-modified Cu,Cu,Bulk,C2H4,1.098,1.162,6.0,31.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,2.0,1.0,0.0,1997.0
+Cu2O films,Cu2O,Oxide Derived,C2H4,1.1,1.164,6.8,37.0,p-metal/(hydro)oxide,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2014.0
+Cu NPs,Cu,NPS,C2H4,1.1,1.164,6.0,36.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2012.0
+Cu2O on Cu,Cu2O,NPS,C2H4,1.1,1.164,6.8,33.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2014.0
+Electrodeposited Cu2O,Cu2O,Thin film,C2H4,1.16,1.224,7.5,25.0,p-metal/(hydro)oxide,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2015.0
+Cu NPs,Cu,NPS,C2H4,1.2,1.264,6.8,32.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2015.0
+Electrodeposited Cu,Cu,Porous,C2H4,1.3,1.364,6.8,10.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2013.0
+Cu2Pd over polymer,CuPd alloy,NPS,CH4,-,0.86,8.0,51.0,d-metal,1.0,0.0,1.0,0.0,1.0,0.0,1.0,0.0,1.0,2015.0
+Cu overlayer on Pt,Cu-Pt,Thin film,CH4,0.8,0.969,6.8,30.0,d-metal,1.0,0.0,1.0,1.0,0.0,0.0,0.0,0.0,0.0,2013.0
+NixGay,NixGay,Thin film,CH4,0.88,1.049,6.8,2.0,p-metal/(hydro)oxide,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2016.0
+Cu foil,Cu,Bulk,CH4,0.9,1.069,7.5,65.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1986.0
+Cu3Pt NPs,Cu3Pt,NPS,CH4,0.9135,1.0825,7.5,22.0,d-metal,1.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2015.0
+Cu foil,Cu,Bulk,CH4,0.95,1.119,6.8,40.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,2016.0
+Au3 Cu NPs,Au3Cu,NPS,CH4,0.98,1.149,7.0,35.0,d-metal,1.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2014.0
+Cu single crystals,Cu(110),Single crystals,CH4,1,1.169,6.8,49.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,1995.0
+Cu overlayer on Pt,Cu-Pt,Near Surface Alloy,CH4,1,1.169,6.8,7.0,d-metal,1.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2013.0
+Cu NPs,Cu,NPS,CH4,1.35,1.519,6.8,78.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2014.0
+Electrodeposited Cu,Cu,Thin film,CH4,1.45,1.619,7.5,55.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2015.0
+Cu foil,Cu,Bulk,CH4,2.4,2.569,6.8,20.0,d-metal,0.0,0.0,0.0,0.0,0.0,0.0,2.0,0.0,0.0,2006.0
+La1.8Sr0.2CuO4,Perovskite,Bulk,EtOH,1.51,1.594,7.5,30.0,p-metal/(hydro)oxide,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1993.0
+Electrodeposited Cu,Cu,Porous,EtOH,0.9,0.984,6.8,6.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2013.0
+Cu NPs on N-doped graphene,Cu and Carbon,NPS,EtOH,1.2,1.284,6.8,65.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2016.0
+Cu NPS,Cu,NPS,EtOH,1,1.084,6.8,8.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,1.0,0.0,2016.0
+Cu2O films,Cu2O,Thin film,EtOH,1,1.084,6.8,15.0,p-metal/(hydro)oxide,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2015.0
+OD CU from MOF,Cu2O,Oxide Derived,EtOH,0.5,0.584,6.8,35.0,p-metal/(hydro)oxide,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2017.0
+Cu NPs on N-doped graphene,Cu and Carbon,Nanosheets,EtOH,1.2,1.284,6.8,65.0,Carbon-based ,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2016.0
+Cu nanocrystals,OD- Cu NPs,NPS,ProOH,0.95,1.04,6.8,8.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,2016.0
+N-doped diamond,Diamond,Carbon 2D ,Acetate,0.8,0.56,7.5,75.0,Carbon-based ,0.0,1.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2015.0
+Cu foam,Cu,Porous,Ethane,0.7,0.7,7.5,37.0,d-metal,0.0,0.0,1.0,0.0,0.0,0.0,1.0,0.0,0.0,2016.0
+OD-Cu,Cu2O,Oxide Derived,Ethane,1,1.0,6.8,26.0,p-metal/(hydro)oxide,0.0,0.0,1.0,0.0,0.0,0.0,0.0,1.0,0.0,2015.0
+BDD ,BDD,Bulk,HCHO,1.089,1.019,6.8,74.0,Carbon-based ,0.0,1.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,2014.0
+Cr(4-v-tpy)2 polymer film,Cr(4-v-tpy)2 polymer film,Imm. Mol. Catal,HCHO,0.445,0.375,6.0,87.0,Molecular catalyst,0.0,0.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,1995.0
+BDD ,BDD,Thin film,HCHO,1.08,1.01,7.0,78.0,Carbon-based ,0.0,1.0,0.0,0.0,0.0,0.0,1.0,0.0,0.0,2014.0
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metadata/table_data/table15.csv

@@ -0,0 +1,817 @@
+HEA,Pt,Ru,Pd,Rh,Au,Onset
+10,18.7,27.5,24.5,0.5,28.9,0.508686
+10,18.1,28.6,22.5,0.0,30.9,0.508686
+10,18.6,28.5,22.3,0.3,30.4,0.508686
+7,25.2,45.7,15.2,9.4,4.4,0.49098
+7,22.0,47.8,16.8,7.7,5.7,0.49098
+7,24.1,44.1,15.8,10.4,5.5,0.49098
+42,2.6,32.9,0.0,28.9,35.6,0.470744
+42,1.6,44.4,0.0,36.1,17.9,0.476753
+42,0.7,38.7,0.0,34.3,26.2,0.476753
+63,2.2,88.0,7.6,0.0,2.2,0.473971
+63,2.3,83.4,12.8,0.0,1.6,0.473971
+63,1.7,87.9,8.7,0.0,1.7,0.470968
+65,21.0,56.5,6.0,7.5,9.1,0.472981
+65,23.2,58.9,4.8,5.3,7.7,0.472981
+65,19.9,56.2,7.0,7.0,9.8,0.472981
+70,18.9,1.4,27.9,40.3,11.6,0.581932
+70,20.4,1.8,29.7,34.6,13.4,0.581932
+70,20.7,1.0,29.7,35.1,13.5,0.583942
+46,5.2,70.5,0.3,17.0,7.0,0.467687
+46,4.8,70.5,2.3,16.4,6.0,0.467687
+46,5.1,69.1,4.7,12.6,8.5,0.467687
+21,80.9,3.0,9.6,4.9,2.1,0.562701
+21,84.2,7.3,8.0,0.5,0.0,0.562701
+21,79.1,6.3,10.2,3.4,1.0,0.534961
+55,39.3,32.7,25.1,0.0,2.9,0.476002
+55,49.8,28.3,20.1,0.0,1.8,0.476002
+55,37.8,33.8,25.2,0.0,3.1,0.476002
+24,1.1,0.0,0.0,97.7,1.2,0.594615
+24,1.2,0.0,0.0,98.1,0.7,0.584669
+24,1.4,0.0,0.0,97.5,1.0,0.584669
+64,2.9,84.1,1.4,0.0,11.6,0.49997
+64,2.3,87.9,0.6,0.0,9.2,0.49997
+64,2.0,89.0,0.8,0.0,8.2,0.484928
+67,9.9,78.5,2.4,7.2,2.1,0.467927
+67,9.9,79.5,1.2,7.1,2.5,0.467954
+67,9.6,77.7,2.6,7.9,2.2,0.467927
+28,17.5,47.2,5.8,27.0,2.6,0.462739
+28,18.7,47.1,7.5,26.5,0.2,0.462739
+28,17.8,46.1,9.4,23.7,3.0,0.462739
+16,20.4,37.2,39.7,1.8,0.9,0.497704
+16,16.0,40.8,42.7,0.0,0.5,0.507664
+16,21.7,33.1,40.2,5.1,0.0,0.497704
+61,4.5,70.4,9.7,14.5,0.9,0.478968
+61,4.6,68.1,9.8,15.9,1.6,0.478968
+61,3.3,72.4,9.1,14.1,1.1,0.478968
+35,12.3,46.3,8.6,31.2,1.7,0.455995
+35,11.7,43.1,3.1,40.7,1.3,0.460036
+35,11.9,41.5,2.9,41.0,2.8,0.460036
+51,10.5,78.0,3.3,6.4,1.7,0.481731
+51,10.0,80.3,3.3,5.6,0.7,0.481731
+51,9.6,80.6,2.6,5.3,1.9,0.481731
+62,1.7,71.9,4.3,0.0,22.1,0.494962
+62,1.1,80.5,2.3,0.0,16.2,0.494962
+62,2.2,65.6,2.0,0.0,30.3,0.494962
+43,3.5,43.3,1.1,51.4,0.8,0.483696
+43,3.6,42.9,0.0,51.9,1.6,0.483696
+43,2.4,48.1,0.0,48.5,1.0,0.483696
+47,31.2,62.2,5.2,0.0,1.4,0.490688
+47,29.4,65.6,5.0,0.0,0.0,0.490683
+47,28.3,61.0,9.8,0.0,1.0,0.490683
+27,1.2,39.3,47.1,10.4,1.9,0.480701
+27,1.1,40.6,46.9,8.9,2.5,0.480701
+27,0.6,40.5,49.8,7.8,1.2,0.480701
+7,24.1,44.1,15.8,10.4,5.5,0.485943
+7,23.7,46.4,17.8,7.4,4.7,0.485943
+7,22.0,47.8,16.8,7.7,5.7,0.485943
+57,23.3,61.0,4.3,0.0,11.4,0.462976
+57,14.4,75.3,7.0,0.0,3.3,0.462976
+57,19.4,68.2,5.0,0.0,7.3,0.45702
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metadata/table_data/table18.csv

@@ -0,0 +1,789 @@
+AA,A_AtimicN,surfaces,surfaces_key,ab,ab_key,a,a_key,b,b_key,reaction_energy,activation_energy
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+Ag,47,-211,5,CHCH*,25,CH*,,CH*,5,2.674,3.25
+Mo,42,-1,1,CHCH*,25,CH*,,CH*,5,-0.5,0.76
+Re,75,-211,5,CH3*,16,H*,,CH2*,6,-0.346,0.41
+Rh,45,-211,5,CH3*,16,H*,,CH2*,6,-0.092,0.43
+Pt,78,-211,5,CH3*,16,H*,,CH2*,6,-0.2,0.48
+Rh,45,-111,4,CH3*,16,H*,,CH2*,6,0.17,0.6
+Ru,44,-211,5,CH3*,16,H*,,CH2*,6,0.098,0.62
+Mn,25,-211,5,CH3*,16,H*,,CH2*,6,-0.196,0.67
+Ru,44,-111,4,CH3*,16,H*,,CH2*,6,0.001,0.7
+Re,75,-111,4,CH3*,16,H*,,CH2*,6,-0.386,0.74
+Mn,25,-111,4,CH3*,16,H*,,CH2*,6,-0.154,0.74
+Pd,46,-211,5,CH3*,16,H*,,CH2*,6,0.04,0.74
+Ni,28,-111,4,CH3*,16,H*,,CH2*,6,0.119,0.8
+Pt,78,-111,4,CH3*,16,H*,,CH2*,6,0.308,0.98
+Ni,28,-211,5,CH3*,16,H*,,CH2*,6,0.325,1.02
+Pd,46,-111,4,CH3*,16,H*,,CH2*,6,0.325,1.03
+Ru,44,-211,5,CH2CH2*,9,CH2*,,CH2*,6,0.194,1.06
+Rh,45,-211,5,CH2CH2*,9,CH2*,,CH2*,6,0.03634,1.06234
+Ru,44,-211,5,CHCH2*,26,CH*,,CH2*,6,-0.411,1.45
+Cu,29,-211,5,CH3*,16,H*,,CH2*,6,1.191,1.53
+Cu,29,-111,4,CH3*,16,H*,,CH2*,6,0.962,1.57
+Pt,78,-211,5,CH2CH2*,9,CH2*,,CH2*,6,-0.06366,1.57234
+Pt,78,-211,5,CHCH2*,26,CH*,,CH2*,6,0.009,1.643
+Rh,45,-211,5,CHCH2*,26,CH*,,CH2*,6,-0.081,1.67
+Au,79,-211,5,CH3*,16,H*,,CH2*,6,1.23,1.71
+Au,79,-111,4,CH3*,16,H*,,CH2*,6,1.47,2.1
+Ag,47,-211,5,CH3*,16,H*,,CH2*,6,1.757,2.13
+Cu,29,-211,5,CH2CH2*,9,CH2*,,CH2*,6,2.17634,2.16234
+Ag,47,-111,4,CH3*,16,H*,,CH2*,6,1.684,2.39
+Au,79,-211,5,CH2CH2*,9,CH2*,,CH2*,6,2.06634,2.54234
+Cu,29,-211,5,CHCH2*,26,CH*,,CH2*,6,1.929,2.8
+Ag,47,-211,5,CH2CH2*,9,CH2*,,CH2*,6,3.34634,3.35234
+Au,79,-211,5,CHCH2*,26,CH*,,CH2*,6,2.379,3.61
+Ag,47,-211,5,CHCH2*,26,CH*,,CH2*,6,3.329,3.98
+Mo,42,-1,1,CH2CH2*,9,CH2*,,CH2*,6,0.07,0.96
+Rh,45,-211,5,CH2CH3*,10,H*,,CH2CH2*,7,-0.26608,0.35294
+Pt,78,-211,5,CH2CH3*,10,H*,,CH2CH2*,7,-0.13408,0.76984
+Cu,29,-211,5,CH2CH3*,10,H*,,CH2CH2*,7,0.29692,0.88716
+Ag,47,-211,5,CH2CH3*,10,H*,,CH2CH2*,7,0.37292,1.10063
+Au,79,-211,5,CH2CH3*,10,H*,,CH2CH2*,7,0.55592,1.43073
+Rh,45,-211,5,CH3CH3,19,H*,,CH2CH3*,8,-0.03023,0.68087
+Pt,78,-211,5,CH3CH3,19,H*,,CH2CH3*,8,-0.07823,0.68176
+Ru,44,-211,5,CH3CH2CH3,17,CH3*,,CH2CH3*,8,-0.439,1.709
+Cu,29,-211,5,CH3CH3,19,H*,,CH2CH3*,8,1.05277,1.72461
+Au,79,-211,5,CH3CH3,19,H*,,CH2CH3*,8,1.24177,1.78931
+Rh,45,-211,5,CH3CH2CH3,17,CH3*,,CH2CH3*,8,0.05775,2.029
+Ag,47,-211,5,CH3CH3,19,H*,,CH2CH3*,8,1.77877,2.24261
+Pt,78,-211,5,CH3CH2CH3,17,CH3*,,CH2CH3*,8,0.11775,2.799
+Cu,29,-211,5,CH3CH2CH3,17,CH3*,,CH2CH3*,8,1.31775,2.999
+Ag,47,-211,5,CH3CH2CH3,17,CH3*,,CH2CH3*,8,2.12775,3.539
+Au,79,-211,5,CH3CH2CH3,17,CH3*,,CH2CH3*,8,1.47775,3.979
+Re,75,-211,5,CH4,24,H*,,CH3*,10,-0.816,0.49
+Ru,44,-211,5,CH4,24,H*,,CH3*,10,-0.472,0.52
+Rh,45,-211,5,CH4,24,H*,,CH3*,10,-0.132,0.66
+Mn,25,-211,5,CH4,24,H*,,CH3*,10,-0.646,0.68
+Pt,78,-211,5,CH4,24,H*,,CH3*,10,-0.04,0.73
+Pd,46,-211,5,CH4,24,H*,,CH3*,10,0.34,0.83
+Ru,44,-211,5,CHCH3*,27,CH*,,CH3*,10,-0.816,0.97
+Re,75,-211,5,CH3CH3,19,CH3*,,CH3*,10,-1.05598,1.01002
+Ru,44,-111,4,CH4,24,H*,,CH3*,10,0.291,1.06
+Pt,78,-111,4,CH4,24,H*,,CH3*,10,0.198,1.06
+Rh,45,-111,4,CH4,24,H*,,CH3*,10,0.52,1.08
+Mn,25,-111,4,CH4,24,H*,,CH3*,10,-0.504,1.09
+Pd,46,-111,4,CH4,24,H*,,CH3*,10,0.525,1.13
+Ni,28,-211,5,CH4,24,H*,,CH3*,10,-0.035,1.13
+Rh,45,-211,5,CH2CH3*,10,CH2*,,CH3*,10,-0.13775,1.13325
+Re,75,-111,4,CH4,24,H*,,CH3*,10,-0.026,1.25
+Ni,28,-111,4,CH4,24,H*,,CH3*,10,0.539,1.27
+Ru,44,-211,5,CH2CH3*,10,CH2*,,CH3*,10,-0.311,1.27
+Mn,25,-211,5,CH3CH3,19,CH3*,,CH3*,10,-0.75598,1.29202
+Co,27,-211,5,CH3CH3,19,CH3*,,CH3*,10,-0.71598,1.32902
+Pt,78,-211,5,CH2CH3*,10,CH2*,,CH3*,10,0.00225,1.42325
+Ir,77,-211,5,CH3CH3,19,CH3*,,CH3*,10,-0.57798,1.45902
+Rh,45,-211,5,CHCH3*,27,CH*,,CH3*,10,-0.116,1.57
+Cu,29,-211,5,CHCH3*,27,CH*,,CH3*,10,0.694,1.59
+Ru,44,-211,5,CH3CH3,19,CH3*,,CH3*,10,-0.67598,1.62002
+Cu,29,-211,5,CH4,24,H*,,CH3*,10,0.911,1.7
+Au,79,-211,5,CH4,24,H*,,CH3*,10,1.2,1.83
+Rh,45,-211,5,CH3CH3,19,CH3*,,CH3*,10,-0.07598,1.92002
+Cu,29,-111,4,CH4,24,H*,,CH3*,10,1.212,1.94
+Cu,29,-211,5,CH2CH3*,10,CH2*,,CH3*,10,1.28225,1.98125
+Ni,28,-211,5,CH3CH3,19,CH3*,,CH3*,10,-0.01598,1.98702
+Pt,78,-211,5,CHCH3*,27,CH*,,CH3*,10,0.294,2.07
+Au,79,-211,5,CH2CH3*,10,CH2*,,CH3*,10,1.39225,2.11325
+Au,79,-111,4,CH4,24,H*,,CH3*,10,1.52,2.23
+Ag,47,-211,5,CH4,24,H*,,CH3*,10,1.667,2.23
+Ag,47,-211,5,CHCH3*,27,CH*,,CH3*,10,1.674,2.27
+Ag,47,-211,5,CH2CH3*,10,CH2*,,CH3*,10,1.96225,2.33325
+Ag,47,-111,4,CH4,24,H*,,CH3*,10,1.844,2.49
+Au,79,-211,5,CHCH3*,27,CH*,,CH3*,10,1.534,2.5
+Pt,78,-211,5,CH3CH3,19,CH3*,,CH3*,10,0.12402,2.59002
+Pd,46,-211,5,CH3CH3,19,CH3*,,CH3*,10,0.78402,2.73902
+Cu,29,-211,5,CH3CH3,19,CH3*,,CH3*,10,1.14402,2.95002
+Au,79,-211,5,CH3CH3,19,CH3*,,CH3*,10,1.40402,3.61002
+Ag,47,-211,5,CH3CH3,19,CH3*,,CH3*,10,1.98402,3.73002
+Mo,42,-1,1,CH3CH3*,20,CH3*,,CH3*,10,0.38,1.48
+Ru,44,-211,5,CO2,38,O*,,CO*,12,-1.477,-0.009
+Ru,44,-111,4,CO2,38,O*,,CO*,12,-1.13,0.17
+Rh,45,-211,5,CO2,38,O*,,CO*,12,-1.007,0.199
+Co,27,-211,5,CO2,38,O*,,CO*,12,-1.107,0.372
+Ni,28,-211,5,CO2,38,O*,,CO*,12,-0.927,0.408
+Cu,29,-211,5,COH*,41,H*,,CO*,12,-1.38782,0.73658
+Rh,45,-111,4,CO2,38,O*,,CO*,12,-0.47,0.74
+Ni,28,-111,4,CO2,38,O*,,CO*,12,-0.38,0.89
+Pt,78,-211,5,CO2,38,O*,,CO*,12,0.073,1.168
+Cu,29,-211,5,CO2,38,O*,,CO*,12,0.853,1.558
+Pd,46,-211,5,CO2,38,O*,,CO*,12,0.443,1.632
+Pt,78,-111,4,CO2,38,O*,,CO*,12,0.96,1.68
+Cu,29,-111,4,CO2,38,O*,,CO*,12,1.29,1.82
+Pd,46,-111,4,CO2,38,O*,,CO*,12,0.74,1.84
+Ag,47,-111,4,CO2,38,O*,,CO*,12,2.68,2.69
+Ag,47,-211,5,CO2,38,O*,,CO*,12,2.623,2.739
+Au,79,-211,5,CO2,38,O*,,CO*,12,2.823,3.088
+Au,79,-111,4,CO2,38,O*,,CO*,12,3.29,3.38
+Mo,42,-1,1,CHCO*,29,CH*,,CO*,12,0.1,0.75
+Ag,47,-211,5,COOH*,42,H*,,CO2,13,-0.16,1.32
+Cu,29,-211,5,COOH*,42,H*,,CO2,13,-0.12,1.32
+Pd,46,-211,5,COOH*,42,H*,,CO2,13,0.11,0.74
+Pt,78,-211,5,COOH*,42,H*,,CO2,13,0.41,1.0
+Rh,45,-211,5,COOH*,42,H*,,CO2,13,0.54,1.01
+Cu,29,-111,4,COOH*,42,H*,,CO2,13,-0.33,1.14
+Pd,46,-111,4,COOH*,42,H*,,CO2,13,-0.22,0.72
+Pt,78,-111,4,COOH*,42,H*,,CO2,13,0.13,0.77
+Zn,30,-1,0,CH2O*,14,HCO*,,H*,16,0.12,0.13
+Zn,30,-1,0,CH3O*,21,CH2O*,,H*,16,0.74,1.74
+Zn,30,-1,0,CH3OH*,23,CH3O*,,H*,16,-1.06,0.16
+Zn,30,-1,0,CH2OO*,15,HCOO*,,H*,16,-0.64,0.02
+Cu,29,-211,5,CH3OH,22,H*,,H2COH*,18,0.82448,1.643
+Rh,45,-211,5,CH3OH,22,H*,,H3CO*,19,-0.64978,0.59597
+Pt,78,-211,5,CH3OH,22,H*,,H3CO*,19,-0.25706,0.87272
+Pd,46,-211,5,CH3OH,22,H*,,H3CO*,19,0.12029,1.16477
+Cu,29,-211,5,CH3OH,22,H*,,H3CO*,19,-0.03297,1.30059
+Ag,47,-211,5,CH3OH,22,H*,,H3CO*,19,0.95285,1.73317
+Mo,42,-1,1,CHCHO*,28,CH*,,HCO*,20,-0.1,0.79
+Rh,45,-211,5,CN*,33,C*,,N*,23,0.115,1.88
+Rh,45,-211,5,CH2N*,11,CH2*,,N*,23,-0.178,1.95
+Pt,78,-211,5,CH2N*,11,CH2*,,N*,23,0.632,2.78
+Pt,78,-211,5,CN*,33,C*,,N*,23,1.025,2.89
+Cu,29,-211,5,CH2N*,11,CH2*,,N*,23,2.122,3.1
+Cu,29,-211,5,CN*,33,C*,,N*,23,2.735,4.04
+Ag,47,-211,5,CH2N*,11,CH2*,,N*,23,3.582,4.34
+Ag,47,-211,5,CN*,33,C*,,N*,23,5.335,6.3
+Rh,45,-211,5,CNH*,34,C*,,NH*,24,0.16,1.5
+Rh,45,-211,5,CHNH*,30,CH*,,NH*,24,-0.658,1.54
+Rh,45,-211,5,CH2NH*,12,CH2*,,NH*,24,0.017,1.91
+Pt,78,-211,5,CH2NH*,12,CH2*,,NH*,24,0.307,1.96
+Cu,29,-211,5,CH2NH*,12,CH2*,,NH*,24,1.327,2.12
+Cu,29,-211,5,CHNH*,30,CH*,,NH*,24,0.832,2.63
+Pt,78,-211,5,CHNH*,30,CH*,,NH*,24,0.062,2.74
+Cu,29,-211,5,CNH*,34,C*,,NH*,24,1.41,2.78
+Pt,78,-211,5,CNH*,34,C*,,NH*,24,1.16,2.95
+Ag,47,-211,5,CH2NH*,12,CH2*,,NH*,24,2.877,3.48
+Ag,47,-211,5,CHNH*,30,CH*,,NH*,24,2.742,3.81
+Ag,47,-211,5,CNH*,34,C*,,NH*,24,3.64,4.85
+Rh,45,-211,5,CNH2*,35,C*,,NH2*,25,-0.365,1.2
+Rh,45,-211,5,CHNH2*,31,CH*,,NH2*,25,-0.803,1.45
+Cu,29,-211,5,CNH2*,35,C*,,NH2*,25,0.255,1.9
+Pt,78,-211,5,CHNH2*,31,CH*,,NH2*,25,-0.213,1.98
+Cu,29,-211,5,CHNH2*,31,CH*,,NH2*,25,0.147,1.98
+Pt,78,-211,5,CNH2*,35,C*,,NH2*,25,0.465,2.62
+Ag,47,-211,5,CHNH2*,31,CH*,,NH2*,25,1.417,2.67
+Ag,47,-211,5,CNH2*,35,C*,,NH2*,25,1.655,2.82
+Re,75,-211,5,CO,36,C*,,O*,26,-4.057,-1.727
+Re,75,-211,5,CH2O,13,CH2*,,O*,26,-3.67,-1.502
+Fe,26,-211,5,CO,36,C*,,O*,26,-2.357,-0.437
+Ru,44,-211,5,CO,36,C*,,O*,26,-1.767,-0.137
+Ir,77,-211,5,CH2O,13,CH2*,,O*,26,-2.061,-0.102
+Rh,45,-211,5,CO,36,C*,,O*,26,-1.177,0.093
+Ru,44,-211,5,CH2O,13,CH2*,,O*,26,-1.79,0.133
+Ir,77,-211,5,CO,36,C*,,O*,26,-1.287,0.173
+Co,27,-211,5,CH2O,13,CH2*,,O*,26,-1.74,0.177
+Co,27,-211,5,CO,36,C*,,O*,26,-1.387,0.253
+Re,75,-211,5,CO*,37,C*,,O*,26,-1.87,0.46
+Ni,28,-211,5,CO,36,C*,,O*,26,-1.207,0.493
+Ni,28,-211,5,CH2O,13,CH2*,,O*,26,-1.06,0.768
+Rh,45,-211,5,CH2O,13,CH2*,,O*,26,-1.34,0.77
+Fe,26,-211,5,CO*,37,C*,,O*,26,-0.83,1.09
+Pt,78,-211,5,CO,36,C*,,O*,26,0.423,1.173
+Pt,78,-211,5,CH2O,13,CH2*,,O*,26,-0.3,1.3
+Pd,46,-211,5,CO,36,C*,,O*,26,0.213,1.693
+Co,27,-211,5,CO*,37,C*,,O*,26,0.15,1.79
+Ru,44,-211,5,CO*,37,C*,,O*,26,0.19,1.82
+Rh,45,-211,5,CO*,37,C*,,O*,26,0.69,1.96
+Ni,28,-211,5,CO*,37,C*,,O*,26,0.48,2.18
+Cu,29,-211,5,CO,36,C*,,O*,26,1.493,2.329
+Pd,46,-211,5,CH2O,13,CH2*,,O*,26,0.48,2.34
+Cu,29,-211,5,CH2O,13,CH2*,,O*,26,0.77,2.38
+Ir,77,-211,5,CO*,37,C*,,O*,26,0.98,2.44
+Cu,29,-211,5,CO*,37,C*,,O*,26,2.15,2.986
+Pt,78,-211,5,CO*,37,C*,,O*,26,2.25,3.0
+Pd,46,-211,5,CO*,37,C*,,O*,26,1.93,3.41
+Ag,47,-211,5,CH2O,13,CH2*,,O*,26,2.6,3.72
+Au,79,-211,5,CH2O,13,CH2*,,O*,26,2.46,3.831
+Ag,47,-211,5,CO,36,C*,,O*,26,4.223,5.133
+Ag,47,-211,5,CO*,37,C*,,O*,26,4.29,5.2
+Au,79,-211,5,CO,36,C*,,O*,26,4.413,5.243
+Au,79,-211,5,CO*,37,C*,,O*,26,4.78,5.61
+Mo,42,-1,1,CH3O*,21,CH3*,,O*,26,-1.61,0.5
+Mo,42,-1,1,CHO*,32,CH*,,O*,26,-1.73,0.68
+Mo,42,-1,1,CH2O*,14,CH2*,,O*,26,-1.74,0.87
+Mo,42,-1,1,CO*,37,C*,,O*,26,-0.87,1.44
+Zn,30,-1,0,CO2*,39,CO*,,O*,26,-0.5,0.44
+Zn,30,-1,0,CO3*,40,CO2,,O*,26,0.56,0.65
+Ag,47,-211,5,COOH*,42,CO*,,OH*,27,0.43,0.71
+Cu,29,-211,5,COOH*,42,CO*,,OH*,27,-0.13,0.41
+Pd,46,-211,5,COOH*,42,CO*,,OH*,27,-0.17,0.99
+Pt,78,-211,5,COOH*,42,CO*,,OH*,27,-0.18,1.18
+Rh,45,-211,5,COOH*,42,CO*,,OH*,27,-0.75,0.81
+Cu,29,-111,4,COOH*,42,CO*,,OH*,27,-0.04,0.47
+Pd,46,-111,4,COOH*,42,CO*,,OH*,27,-0.15,0.86
+Pt,78,-111,4,COOH*,42,CO*,,OH*,27,0.46,1.02
+Zn,30,-211,5,H*,43,hfH2,,*,1,-0.26,-0.26
+Pt,78,-100,2,H*2,44,H*1,,*2,2,-0.1,0.05
+Pt,78,-111,4,H*2,44,H*1,,*2,2,-0.25,0.14
+Pd,46,-100,2,H*2,44,H*1,,*2,2,-0.07,0.15
+Pd,46,-111,4,H*2,44,H*1,,*2,2,-0.15,0.15
+Mo,42,-100,2,H*2,44,H*1,,*2,2,-0.13,0.17
+Ni,28,-111,4,H*2,44,H*1,,*2,2,-0.29,0.23
+Ag,47,-111,4,H*2,44,H*1,,*2,2,0.12,0.24
+Fe,26,-110,3,H*2,44,H*1,,*2,2,0.14,0.24
+Fe,26,-100,2,H*2,44,H*1,,*2,2,-0.22,0.28
+V(,23,-100,2,H*2,44,H*1,,*2,2,-0.14,0.29
+Ag,47,-100,2,H*2,44,H*1,,*2,2,0.03,0.31
+Au,79,-100,2,H*2,44,H*1,,*2,2,-0.09,0.31
+Mo,42,-110,3,H*2,44,H*1,,*2,2,0.0,0.35
+W(,74,-110,3,H*2,44,H*1,,*2,2,-0.09,0.36
+Au,79,-111,4,H*2,44,H*1,,*2,2,-0.1,0.37
+Ir,77,-100,2,H*2,44,H*1,,*2,2,0.15,0.41
+Rh,45,-100,2,H*2,44,H*1,,*2,2,0.1,0.42
+Cu,29,-100,2,H*2,44,H*1,,*2,2,0.21,0.43
+Ta,73,-100,2,H*2,44,H*1,,*2,2,-0.04,0.44
+V(,23,-110,3,H*2,44,H*1,,*2,2,0.28,0.44
+Cu,29,-111,4,H*2,44,H*1,,*2,2,-0.2,0.46
+Ni,28,-100,2,H*2,44,H*1,,*2,2,0.11,0.49
+Ta,73,-110,3,H*2,44,H*1,,*2,2,0.35,0.5
+W(,74,-100,2,H*2,44,H*1,,*2,2,-0.83,0.51
+Rh,45,-111,4,H*2,44,H*1,,*2,2,-0.12,0.52
+Ir,77,-111,4,H*2,44,H*1,,*2,2,0.08,0.52
+Co,27,-1,0,H*2,44,H*1,,*2,2,0.07,0.59
+Re,75,-1,0,H*2,44,H*1,,*2,2,0.3,0.62
+Ru,44,-1,0,H*2,44,H*1,,*2,2,-0.03,0.67
+Os,76,-1,0,H*2,44,H*1,,*2,2,0.78,1.0
+Rh,45,-211,5,HCO*,53,H*,,CO*,12,-1.16342,-0.00361
+Pt,78,-211,5,HCO*,53,H*,,CO*,12,-1.18766,0.06213
+Pd,46,-211,5,HCO*,53,H*,,CO*,12,-0.93555,0.12419
+Cu,29,-211,5,HCO*,53,H*,,CO*,12,-0.56893,0.35397
+Au,79,-211,5,HCO*,53,H*,,CO*,12,-0.16232,0.41764
+Ag,47,-211,5,HCO*,53,H*,,CO*,12,-0.00057,0.48163
+Ag,47,-211,5,HCOO*,55,H*,,CO2,13,0.86,1.45
+Cu,29,-211,5,HCOO*,55,H*,,CO2,13,0.88,1.32
+Pd,46,-211,5,HCOO*,55,H*,,CO2,13,0.23,1.0
+Pt,78,-211,5,HCOO*,55,H*,,CO2,13,0.18,1.02
+Rh,45,-211,5,HCOO*,55,H*,,CO2,13,0.95,1.45
+Cu,29,-111,4,HCOO*,55,H*,,CO2,13,0.54,1.13
+Pd,46,-111,4,HCOO*,55,H*,,CO2,13,-0.35,0.92
+Pt,78,-111,4,HCOO*,55,H*,,CO2,13,-0.31,1.09
+Cu,29,-211,5,HCOH*,54,H*,,COH*,14,0.6293,1.362
+Ag,47,-211,5,HCOOH,56,H*,,COOH*,15,0.76,1.22
+Cu,29,-211,5,HCOOH,56,H*,,COOH*,15,-0.17,0.59
+Pd,46,-211,5,HCOOH,56,H*,,COOH*,15,-0.83,-0.05
+Pt,78,-211,5,HCOOH,56,H*,,COOH*,15,-1.52,-0.26
+Rh,45,-211,5,HCOOH,56,H*,,COOH*,15,-1.45,-0.29
+Cu,29,-111,4,HCOOH,56,H*,,COOH*,15,0.37,1.06
+Pd,46,-111,4,HCOOH,56,H*,,COOH*,15,-0.71,0.14
+Pt,78,-111,4,HCOOH,56,H*,,COOH*,15,-0.84,0.22
+Rh,45,-111,4,H2,45,H*,,H*,16,-0.66,0.25
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+Ru,44,-1,0,H2,45,H*,,H*,16,-1.1,-1.1
+Ru,44,-1,0,H2,45,H*,,H*,16,-1.04,-1.04
+Pt,78,-211,5,H2,45,H*,,H*,16,-1.0,0.09
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+Pt,78,-111,4,H2,45,H*,,H*,16,-0.704,0.19
+Cu,29,-111,4,H2,45,H*,,H*,16,-0.15,0.63
+Cu,29,-211,5,H2,45,H*,,H*,16,-0.118,0.68
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+Au,79,-211,5,H2,45,H*,,H*,16,0.2,0.98
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+Au,79,-111,4,H2,45,H*,,H*,16,0.34,1.15
+Zn,30,-1,0,H2,45,H*,,H*,16,-0.71,0.26
+Zn,30,-1,0,HCO*,53,CO*,,H*,16,0.25,0.41
+Zn,30,-1,0,HCOO*,55,CO2*,,H*,16,0.86,0.97
+Pt,78,-211,5,H3CO*,50,H*,,H2CO*,17,-0.30927,0.61268
+Rh,45,-211,5,H3CO*,50,H*,,H2CO*,17,-0.04646,0.67499
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+Ag,47,-211,5,H3CO*,50,H*,,H2CO*,17,0.82238,1.18091
+Cu,29,-211,5,H3CO*,50,H*,,H2CO*,17,0.88521,1.21781
+Cu,29,-211,5,H2COH*,47,H*,,H2CO*,17,0.02776,1.2198
+Pt,78,-211,5,H2CO*,46,H*,,HCO*,20,-0.52383,0.35519
+Rh,45,-211,5,H2CO*,46,H*,,HCO*,20,-0.04926,0.41239
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+Cu,29,-211,5,H2CO*,46,H*,,HCO*,20,0.27833,0.84854
+Cu,29,-211,5,HCOH*,54,H*,,HCO*,20,-0.18959,1.0631
+Ag,47,-211,5,H2CO*,46,H*,,HCO*,20,1.12588,1.33812
+Cu,29,-211,5,H2COH*,47,H*,,HCOH*,21,0.49568,0.916
+Ag,47,-211,5,HCOOH,56,H*,,HCOO*,22,-0.27,0.29
+Cu,29,-211,5,HCOOH,56,H*,,HCOO*,22,-1.15,0.16
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+Pt,78,-211,5,HCOOH,56,H*,,HCOO*,22,-1.3,0.02
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+Re,75,-211,5,HCN,51,CH*,,N*,23,-4.24,-2.46
+Ru,44,-211,5,HCN,51,CH*,,N*,23,-2.26,-0.896
+Rh,45,-211,5,HCN,51,CH*,,N*,23,-1.71,-0.462
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+Cu,29,-211,5,HCN*,52,CH*,,N*,23,1.847,2.385
+Au,79,-211,5,HCN,51,CH*,,N*,23,4.02,4.065
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+Zn,30,-1,0,HCOO*,55,HCO*,,O*,26,-1.11,0.25
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+Fe,26,-211,5,H2O,48,H*,,OH*,27,-1.716,-0.15
+Ru,44,-211,5,H2O,48,H*,,OH*,27,-1.22,-0.005
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+Mn,25,-211,5,H2O*,49,H*,,OH*,27,-1.434,0.259
+Ni,28,-211,5,H2O,48,H*,,OH*,27,-0.921,0.349
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+Ru,44,-211,5,H2O*,49,H*,,OH*,27,-0.651,0.564
+Fe,26,-111,4,H2O,48,H*,,OH*,27,-0.693,0.651
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+Ag,47,-211,5,H2O*,49,H*,,OH*,27,0.889,1.509
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+Ru,44,-1,0,NH3*,62,NH3,,*,1,0.42,0.42
+Ru,44,-1,0,NH3*,62,NH3,,*,1,0.86,0.86
+Re,75,-211,5,N2,58,N*,,N*,23,-3.89,-1.0
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+Re,75,-211,5,NH*,59,H*,,N*,23,-0.566,0.67
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+Ru,44,-311,6,N2,58,N*,,N*,23,-0.79,0.97
+Ru,44,-532,7,N2,58,N*,,N*,23,-1.27,0.99
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+Rh,45,-532,7,N2,58,N*,,N*,23,-0.95,1.14
+Re,75,-111,4,NH*,59,H*,,N*,23,-0.496,1.2
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+Co,27,-110,3,N2,58,N*,,N*,23,0.05,1.26
+Ru,44,-1,0,NH*,59,H*,,N*,23,0.08,1.28
+Rh,45,-311,6,N2,58,N*,,N*,23,-0.43,1.29
+Ni,28,-110,3,N2,58,N*,,N*,23,0.03,1.33
+Rh,45,-211,5,NH*,59,H*,,N*,23,-0.142,1.35
+Co,27,-211,5,N2,58,N*,,N*,23,-0.39,1.35
+Co,27,-532,7,N2,58,N*,,N*,23,-0.45,1.41
+Ni,28,-111,4,NH*,59,H*,,N*,23,0.399,1.44
+Ru,44,-211,5,NH*,59,H*,,N*,23,-0.162,1.44
+Pd,46,-111,4,NH*,59,H*,,N*,23,0.365,1.45
+Ni,28,-211,5,N2,58,N*,,N*,23,-0.11,1.46
+Co,27,-311,6,N2,58,N*,,N*,23,-0.35,1.48
+Ni,28,-211,5,NH*,59,H*,,N*,23,0.295,1.5
+Ni,28,-532,7,N2,58,N*,,N*,23,-0.07,1.5
+Ru,44,-111,4,N2,58,N*,,N*,23,-1.07,1.54
+Pd,46,-211,5,NH*,59,H*,,N*,23,0.24,1.54
+Ni,28,-311,6,N2,58,N*,,N*,23,-0.03,1.56
+Pt,78,-211,5,NH*,59,H*,,N*,23,0.2,1.67
+Ru,44,-1,0,N2,58,N*,,N*,23,-0.58,1.9
+Co,27,-111,4,N2,58,N*,,N*,23,-0.09,2.02
+Rh,45,-111,4,N2,58,N*,,N*,23,-0.25,2.15
+Ni,28,-111,4,N2,58,N*,,N*,23,0.31,2.16
+Cu,29,-111,4,NH*,59,H*,,N*,23,1.432,2.28
+Au,79,-111,4,NH*,59,H*,,N*,23,1.67,2.36
+Pt,78,-110,3,N2,58,N*,,N*,23,1.65,2.44
+Cu,29,-211,5,NH*,59,H*,,N*,23,1.081,2.47
+Pt,78,-311,6,N2,58,N*,,N*,23,1.45,2.52
+Pt,78,-532,7,N2,58,N*,,N*,23,1.23,2.52
+Pt,78,-211,5,N2,58,N*,,N*,23,1.35,2.55
+Au,79,-211,5,NH*,59,H*,,N*,23,1.66,2.59
+Ag,47,-111,4,NH*,59,H*,,N*,23,2.004,2.75
+Ag,47,-211,5,NH*,59,H*,,N*,23,1.737,2.95
+Pd,46,-532,7,N2,58,N*,,N*,23,1.59,2.95
+Pd,46,-110,3,N2,58,N*,,N*,23,1.57,3.01
+Pd,46,-211,5,N2,58,N*,,N*,23,1.81,3.04
+Pd,46,-311,6,N2,58,N*,,N*,23,1.97,3.04
+Pt,78,-111,4,N2,58,N*,,N*,23,1.45,3.9
+Pd,46,-111,4,N2,58,N*,,N*,23,1.99,3.92
+Cu,29,-311,6,N2,58,N*,,N*,23,2.65,4.0
+Pt,78,-111,4,NH*,59,H*,,N*,23,0.498,4.1
+Cu,29,-211,5,N2,58,N*,,N*,23,2.65,4.14
+Cu,29,-532,7,N2,58,N*,,N*,23,2.61,4.17
+Cu,29,-110,3,N2,58,N*,,N*,23,2.83,4.39
+Cu,29,-111,4,N2,58,N*,,N*,23,3.43,4.82
+Au,79,-211,5,N2,58,N*,,N*,23,5.89,6.526
+Ag,47,-532,7,N2,58,N*,,N*,23,5.59,6.58
+Ag,47,-311,6,N2,58,N*,,N*,23,5.63,6.58
+Ag,47,-211,5,N2,58,N*,,N*,23,5.59,6.6
+Au,79,-532,7,N2,58,N*,,N*,23,5.59,6.67
+Au,79,-111,4,N2,58,N*,,N*,23,5.71,6.82
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+Au,79,-311,6,N2,58,N*,,N*,23,5.97,6.96
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+Au,79,-110,3,N2,58,N*,,N*,23,6.77,7.635
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+Rh,45,-211,5,N2,58,N*,,N*,23,-0.36,1.32
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+Ni,28,-211,5,N2,58,N*,,N*,23,-0.24,1.33
+Pd,46,-211,5,N2,58,N*,,N*,23,1.44,2.66
+Ru,44,-1,0,NH2*,60,H*,,NH*,24,-0.87,0.43
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+Ni,28,-111,4,NH2*,60,H*,,NH*,24,-0.271,0.84
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+Ir,77,-111,4,NH2*,60,H*,,NH*,24,0.157,1.24
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+Cu,29,-111,4,NH2*,60,H*,,NH*,24,0.522,1.79
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+Au,79,-211,5,NH2*,60,H*,,NH*,24,1.79,2.6
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+Re,75,-211,5,NH3,61,H*,,NH2*,25,-2.076,-0.02
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+Pt,78,-211,5,NH3,61,H*,,NH2*,25,-0.96,0.69
+Ni,28,-211,5,NH3,61,H*,,NH2*,25,-1.065,0.72
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+Ir,77,-111,4,NH3*,62,H*,,NH2*,25,0.487,1.22
+Pt,78,-111,4,NH3*,62,H*,,NH2*,25,0.688,1.23
+Cu,29,-211,5,NH3,61,H*,,NH2*,25,-0.149,1.24
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+Ir,77,-211,5,NH3*,62,H*,,NH2*,25,-0.624,1.26
+Ru,44,-211,5,NH3*,62,H*,,NH2*,25,-0.422,1.27
+Ni,28,-111,4,NH3*,62,H*,,NH2*,25,0.039,1.28
+Ni,28,-211,5,NH3*,62,H*,,NH2*,25,-0.445,1.34
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+Rh,45,-111,4,NH3*,62,H*,,NH2*,25,0.29,1.41
+Pt,78,-211,5,NH3*,62,H*,,NH2*,25,-0.11,1.54
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+Re,75,-211,5,NO,63,N*,,O*,26,-6.715,-4.188
+Re,75,-532,7,NO,63,N*,,O*,26,-6.555,-4.088
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+Co,27,-532,7,NO,63,N*,,O*,26,-3.635,-1.625
+Co,27,-311,6,NO,63,N*,,O*,26,-3.455,-1.595
+Co,27,-110,3,NO,63,N*,,O*,26,-3.015,-1.565
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+Ni,28,-211,5,NO,63,N*,,O*,26,-3.145,-1.485
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+Ni,28,-532,7,NO,63,N*,,O*,26,-3.105,-1.435
+Ni,28,-311,6,NO,63,N*,,O*,26,-2.965,-1.395
+Re,75,-532,7,NO*,64,N*,,O*,26,-3.76,-1.293
+Rh,45,-311,6,NO,63,N*,,O*,26,-3.135,-1.265
+Rh,45,-110,3,NO,63,N*,,O*,26,-2.975,-1.265
+Re,75,-110,3,NO*,64,N*,,O*,26,-3.29,-1.158
+Ru,44,-111,4,NO,63,N*,,O*,26,-3.875,-0.975
+Re,75,-211,5,NO*,64,N*,,O*,26,-3.48,-0.953
+Co,27,-111,4,NO,63,N*,,O*,26,-3.165,-0.635
+Rh,45,-111,4,NO,63,N*,,O*,26,-2.845,-0.515
+Ni,28,-111,4,NO,63,N*,,O*,26,-2.765,-0.455
+Re,75,-111,4,NO*,64,N*,,O*,26,-3.43,-0.09
+Pd,46,-532,7,NO,63,N*,,O*,26,-1.005,-0.065
+Pd,46,-211,5,NO,63,N*,,O*,26,-0.785,-0.015
+Pd,46,-110,3,NO,63,N*,,O*,26,-0.815,0.015
+Pt,78,-110,3,NO,63,N*,,O*,26,-0.945,0.025
+Pd,46,-311,6,NO,63,N*,,O*,26,-0.595,0.035
+Pt,78,-532,7,NO,63,N*,,O*,26,-1.385,0.065
+Pt,78,-311,6,NO,63,N*,,O*,26,-1.325,0.105
+Pt,78,-211,5,NO,63,N*,,O*,26,-1.275,0.115
+Co,27,-110,3,NO*,64,N*,,O*,26,-0.99,0.46
+Cu,29,-311,6,NO,63,N*,,O*,26,-0.925,0.485
+Co,27,-211,5,NO*,64,N*,,O*,26,-1.46,0.5
+Co,27,-311,6,NO*,64,N*,,O*,26,-1.36,0.5
+Ru,44,-211,5,NO*,64,N*,,O*,26,-1.4,0.56
+Co,27,-532,7,NO*,64,N*,,O*,26,-1.43,0.58
+Cu,29,-110,3,NO,63,N*,,O*,26,-0.755,0.595
+Ru,44,-110,3,NO*,64,N*,,O*,26,-1.02,0.61
+Ni,28,-110,3,NO*,64,N*,,O*,26,-0.62,0.62
+Cu,29,-211,5,NO,63,N*,,O*,26,-1.015,0.625
+Cu,29,-532,7,NO,63,N*,,O*,26,-1.025,0.645
+Ru,44,-311,6,NO*,64,N*,,O*,26,-1.14,0.74
+Ni,28,-211,5,NO*,64,N*,,O*,26,-0.91,0.75
+Ru,44,-532,7,NO*,64,N*,,O*,26,-1.26,0.76
+Ni,28,-532,7,NO*,64,N*,,O*,26,-0.88,0.79
+Ni,28,-311,6,NO*,64,N*,,O*,26,-0.76,0.81
+Rh,45,-211,5,NO*,64,N*,,O*,26,-0.96,0.88
+Rh,45,-110,3,NO*,64,N*,,O*,26,-0.71,1.0
+Pd,46,-111,4,NO,63,N*,,O*,26,-0.725,1.015
+Rh,45,-532,7,NO*,64,N*,,O*,26,-0.95,1.02
+Rh,45,-311,6,NO*,64,N*,,O*,26,-0.77,1.1
+Pt,78,-111,4,NO,63,N*,,O*,26,-0.925,1.165
+Cu,29,-311,6,NO*,64,N*,,O*,26,-0.14,1.27
+Cu,29,-111,4,NO,63,N*,,O*,26,-0.485,1.285
+Cu,29,-110,3,NO*,64,N*,,O*,26,-0.02,1.33
+Co,27,-111,4,NO*,64,N*,,O*,26,-1.18,1.35
+Cu,29,-211,5,NO*,64,N*,,O*,26,-0.19,1.45
+Ru,44,-111,4,NO*,64,N*,,O*,26,-1.42,1.48
+Rh,45,-111,4,NO*,64,N*,,O*,26,-0.83,1.5
+Cu,29,-532,7,NO*,64,N*,,O*,26,-0.15,1.52
+Ni,28,-111,4,NO*,64,N*,,O*,26,-0.77,1.54
+Pd,46,-110,3,NO*,64,N*,,O*,26,0.95,1.78
+Pd,46,-211,5,NO*,64,N*,,O*,26,1.04,1.81
+Pd,46,-532,7,NO*,64,N*,,O*,26,0.89,1.83
+Pd,46,-311,6,NO*,64,N*,,O*,26,1.25,1.88
+Pt,78,-110,3,NO*,64,N*,,O*,26,0.92,1.89
+Pt,78,-532,7,NO*,64,N*,,O*,26,0.54,1.99
+Pt,78,-211,5,NO*,64,N*,,O*,26,0.61,2.0
+Cu,29,-111,4,NO*,64,N*,,O*,26,0.23,2.0
+Pt,78,-311,6,NO*,64,N*,,O*,26,0.71,2.14
+Ag,47,-311,6,NO,63,N*,,O*,26,1.605,2.485
+Pt,78,-111,4,NO*,64,N*,,O*,26,0.46,2.55
+Ag,47,-532,7,NO,63,N*,,O*,26,1.405,2.555
+Ag,47,-211,5,NO,63,N*,,O*,26,1.635,2.595
+Ag,47,-311,6,NO*,64,N*,,O*,26,1.76,2.64
+Au,79,-311,6,NO,63,N*,,O*,26,2.315,2.705
+Ag,47,-110,3,NO,63,N*,,O*,26,1.805,2.715
+Au,79,-110,3,NO,63,N*,,O*,26,2.715,2.745
+Ag,47,-211,5,NO*,64,N*,,O*,26,1.8,2.76
+Pd,46,-111,4,NO*,64,N*,,O*,26,1.03,2.77
+Ag,47,-110,3,NO*,64,N*,,O*,26,1.86,2.77
+Au,79,-211,5,NO,63,N*,,O*,26,2.285,2.775
+Ag,47,-532,7,NO*,64,N*,,O*,26,1.63,2.78
+Au,79,-532,7,NO,63,N*,,O*,26,1.985,2.835
+Au,79,-110,3,NO*,64,N*,,O*,26,2.82,2.85
+Au,79,-311,6,NO*,64,N*,,O*,26,2.57,2.96
+Au,79,-211,5,NO*,64,N*,,O*,26,2.54,3.03
+Ag,47,-111,4,NO,63,N*,,O*,26,1.775,3.075
+Au,79,-532,7,NO*,64,N*,,O*,26,2.26,3.11
+Ag,47,-111,4,NO*,64,N*,,O*,26,1.82,3.12
+Au,79,-111,4,NO,63,N*,,O*,26,2.195,3.555
+Au,79,-111,4,NO*,64,N*,,O*,26,2.24,3.6
+Ru,44,-211,5,OCH*,70,O*,,CH*,5,-0.878,1.1
+Rh,45,-211,5,OCH*,70,O*,,CH*,5,-0.458,1.54
+Cu,29,-211,5,OCH*,70,O*,,CH*,5,0.852,2.31
+Pt,78,-211,5,OCH*,70,O*,,CH*,5,0.862,3.12
+Ag,47,-211,5,OCH*,70,O*,,CH*,5,2.952,3.89
+Au,79,-211,5,OCH*,70,O*,,CH*,5,3.382,4.63
+Rh,45,-211,5,OCH2*,71,O*,,CH2*,6,-0.373,1.75
+Pt,78,-211,5,OCH2*,71,O*,,CH2*,6,0.337,1.95
+Cu,29,-211,5,OCH2*,71,O*,,CH2*,6,0.827,2.45
+Pd,46,-211,5,OCH2*,71,O*,,CH2*,6,0.967,2.84
+Ag,47,-211,5,OCH2*,71,O*,,CH2*,6,2.607,3.74
+Rh,45,-211,5,OCH3*,74,O*,,CH3*,10,-0.378,1.31
+Pt,78,-211,5,OCH3*,74,O*,,CH3*,10,0.272,1.64
+Pd,46,-211,5,OCH3*,74,O*,,CH3*,10,0.682,1.8
+Cu,29,-211,5,OCH3*,74,O*,,CH3*,10,0.582,1.81
+Ag,47,-211,5,OCH3*,74,O*,,CH3*,10,1.632,2.34
+Re,75,-211,5,OH*,77,O*,,H*,16,-0.822,0.573
+Re,75,-111,4,OH*,77,O*,,H*,16,-1.327,0.6
+Fe,26,-211,5,OH*,77,O*,,H*,16,-0.206,0.769
+Ir,77,-211,5,OH*,77,O*,,H*,16,-0.39,0.95
+Ru,44,-211,5,OH*,77,O*,,H*,16,0.056,0.955
+Ni,28,-111,4,OH*,77,O*,,H*,16,-0.239,0.978
+Rh,45,-111,4,OH*,77,O*,,H*,16,-0.201,1.084
+Rh,45,-211,5,OH*,77,O*,,H*,16,0.153,1.094
+Ru,44,-111,4,OH*,77,O*,,H*,16,-0.698,1.119
+Pt,78,-111,4,OH*,77,O*,,H*,16,0.311,1.161
+Ni,28,-211,5,OH*,77,O*,,H*,16,0.251,1.174
+Pd,46,-111,4,OH*,77,O*,,H*,16,0.218,1.18
+Pt,78,-211,5,OH*,77,O*,,H*,16,0.458,1.238
+Pd,46,-211,5,OH*,77,O*,,H*,16,0.787,1.41
+Cu,29,-211,5,OH*,77,O*,,H*,16,0.909,1.666
+Cu,29,-111,4,OH*,77,O*,,H*,16,0.679,1.729
+Au,79,-111,4,OH*,77,O*,,H*,16,1.392,2.175
+Au,79,-211,5,OH*,77,O*,,H*,16,1.771,2.236
+Ag,47,-211,5,OH*,77,O*,,H*,16,1.895,2.309
+Ag,47,-111,4,OH*,77,O*,,H*,16,1.624,2.422
+Zn,30,-1,0,OH*,77,O*,,H*,16,0.18,0.67
+Zn,30,-1,0,OCH2OH*,73,HCOOH*,,H*,16,1.07,1.26
+Zn,30,-1,0,OCH2OH*,73,OCH2O*,,H*,16,-0.5,1.22
+Re,75,-110,3,O2,65,O*,,O*,26,-7.73,-4.5
+Re,75,-532,7,O2,65,O*,,O*,26,-7.53,-4.068
+Fe,26,-110,3,O2,65,O*,,O*,26,-6.214,-3.424
+Re,75,-211,5,O2,65,O*,,O*,26,-7.73,-3.23
+Re,75,-111,4,O2,65,O*,,O*,26,-7.03,-3.173
+Re,75,-311,6,O2,65,O*,,O*,26,-7.53,-3.034
+Ru,44,-110,3,O2,65,O*,,O*,26,-4.97,-2.54
+Fe,26,-211,5,O2,65,O*,,O*,26,-6.19,-2.383
+Co,27,-532,7,O2,65,O*,,O*,26,-5.01,-2.279
+Ru,44,-532,7,O2,65,O*,,O*,26,-4.75,-2.094
+Co,27,-110,3,O2,65,O*,,O*,26,-4.27,-2.043
+Rh,45,-110,3,O2,65,O*,,O*,26,-3.97,-1.83
+Ni,28,-532,7,O2,65,O*,,O*,26,-4.33,-1.796
+Co,27,-211,5,O2,65,O*,,O*,26,-5.03,-1.745
+Ir,77,-110,3,O2,65,O*,,O*,26,-3.794,-1.705
+Ru,44,-211,5,O2,65,O*,,O*,26,-4.93,-1.69
+Ni,28,-110,3,O2,65,O*,,O*,26,-3.71,-1.646
+Ir,77,-211,5,O2,65,O*,,O*,26,-4.81,-1.624
+Ru,44,-311,6,O2,65,O*,,O*,26,-4.85,-1.614
+Rh,45,-532,7,O2,65,O*,,O*,26,-4.07,-1.611
+Co,27,-311,6,O2,65,O*,,O*,26,-4.75,-1.561
+Ru,44,-111,4,O2,65,O*,,O*,26,-4.87,-1.39
+Ni,28,-211,5,O2,65,O*,,O*,26,-4.37,-1.382
+Co,27,-111,4,O2,65,O*,,O*,26,-4.43,-1.327
+Rh,45,-211,5,O2,65,O*,,O*,26,-4.17,-1.272
+Ni,28,-311,6,O2,65,O*,,O*,26,-4.09,-1.211
+Rh,45,-311,6,O2,65,O*,,O*,26,-4.03,-1.179
+Ni,28,-111,4,O2,65,O*,,O*,26,-4.03,-1.043
+Rh,45,-111,4,O2,65,O*,,O*,26,-3.63,-0.94
+Cu,29,-110,3,O2,65,O*,,O*,26,-2.53,-0.85
+Cu,29,-532,7,O2,65,O*,,O*,26,-2.85,-0.745
+Cu,29,-211,5,O2,65,O*,,O*,26,-2.87,-0.557
+Cu,29,-311,6,O2,65,O*,,O*,26,-2.69,-0.469
+Pd,46,-110,3,O2,65,O*,,O*,26,-1.39,-0.26
+Pd,46,-311,6,O2,65,O*,,O*,26,-1.35,-0.17
+Pt,78,-532,7,O2,65,O*,,O*,26,-2.19,-0.15
+Pd,46,-532,7,O2,65,O*,,O*,26,-1.79,-0.15
+Pd,46,-211,5,O2,65,O*,,O*,26,-1.57,-0.13
+Ni,28,-111,4,O2*,66,O*,,O*,26,-3.06,-0.073
+Cu,29,-111,4,O2,65,O*,,O*,26,-2.59,0.01
+Pt,78,-311,6,O2,65,O*,,O*,26,-2.29,0.02
+Pt,78,-110,3,O2,65,O*,,O*,26,-1.73,0.03
+Rh,45,-111,4,O2*,66,O*,,O*,26,-2.53,0.16
+Pt,78,-211,5,O2,65,O*,,O*,26,-2.09,0.17
+Ru,44,-111,4,O2*,66,O*,,O*,26,-3.29,0.19
+Cu,29,-111,4,O2*,66,O*,,O*,26,-2.38,0.22
+Ag,47,-110,3,O2,65,O*,,O*,26,-0.63,0.53
+Ag,47,-532,7,O2,65,O*,,O*,26,-0.97,0.54
+Ag,47,-311,6,O2,65,O*,,O*,26,-0.61,0.59
+Pd,46,-111,4,O2,65,O*,,O*,26,-1.63,0.61
+Ag,47,-211,5,O2,65,O*,,O*,26,-0.51,0.61
+Pt,78,-111,4,O2,65,O*,,O*,26,-1.49,0.62
+Pt,78,-111,4,O2*,66,O*,,O*,26,-1.32,0.79
+Ag,47,-111,4,O2*,66,O*,,O*,26,-1.0,0.88
+Pd,46,-111,4,O2*,66,O*,,O*,26,-1.19,1.05
+Ru,44,-211,5,OCH*,70,CH*,,O*,26,-0.878,1.092
+Ag,47,-111,4,O2,65,O*,,O*,26,-0.63,1.25
+Rh,45,-211,5,OCH3*,74,CH3*,,O*,26,-0.378,1.302
+Au,79,-110,3,O2,65,O*,,O*,26,0.47,1.33
+Au,79,-311,6,O2,65,O*,,O*,26,0.47,1.36
+Au,79,-532,7,O2,65,O*,,O*,26,0.19,1.44
+Au,79,-211,5,O2,65,O*,,O*,26,0.49,1.45
+Rh,45,-211,5,OCH*,70,CH*,,O*,26,-0.458,1.532
+Pt,78,-211,5,OCH3*,74,CH3*,,O*,26,0.272,1.632
+Rh,45,-211,5,OCH2*,71,CH2*,,O*,26,-0.373,1.737
+Pd,46,-211,5,OCH3*,74,CH3*,,O*,26,0.682,1.792
+Cu,29,-211,5,OCH3*,74,CH3*,,O*,26,0.582,1.802
+Pt,78,-211,5,OCH2*,71,CH2*,,O*,26,0.337,1.937
+Cu,29,-211,5,OCH*,70,CH*,,O*,26,0.852,2.302
+Ag,47,-211,5,OCH3*,74,CH3*,,O*,26,1.632,2.332
+Cu,29,-211,5,OCH2*,71,CH2*,,O*,26,0.827,2.437
+Au,79,-111,4,O2,65,O*,,O*,26,0.49,2.49
+Pd,46,-211,5,OCH2*,71,CH2*,,O*,26,0.967,2.827
+Pt,78,-211,5,OCH*,70,CH*,,O*,26,0.862,3.112
+Ag,47,-211,5,OCH2*,71,CH2*,,O*,26,2.607,3.727
+Ag,47,-211,5,OCH*,70,CH*,,O*,26,2.952,3.882
+Au,79,-211,5,OCH*,70,CH*,,O*,26,3.382,4.622
+Zn,30,-1,0,OCH2OH*,73,CH2O*,,OH*,27,-0.33,0.55
+Cu,29,-211,5,OCHCHO*,76,CHO*,,CHO*,11,-1.513,0.564
+Cu,29,-211,5,OCCO*,69,CO*,,CO*,12,1.164,1.546
+Cu,29,-211,5,OCCHO*,68,CO*,,CHO*,11,0.115,0.675
+Cu,29,-211,5,OCHCH2O*,75,CH2O*,,CHO*,11,-1.19,0.374
+Cu,29,-211,5,OCH2CH2O*,72,CH2O*,,CH2O*,9,-1.265,0.203
+Cu,29,-211,5,OCCH2O*,67,CO*,,CH2O*,9,0.13,0.355

metadata/table_data/table19.csv

@@ -0,0 +1,385 @@
+Cation1,Cation2,Cation3,Cation1Amount,Cation2Amount,Cation3Amount,Support,Temp CH4 conv,O2 conv,C2 yield,CO sel,CO2 sel,H2 sel,C2H6 sel,C2H4 sel,Missing
+Na,V,na,20,80,0,SiO2,600,2.5,0.7,0.0,0.0,1.4,0.2,0.0,0.0
+Na,V,na,20,80,0,SiO2,700,1.9,3.4,0.3,0.0,8.4,3.5,13.2,0.0
+Na,V,na,20,80,0,SiO2,800,17.9,99.7,0.4,41.0,60.4,0.6,1.3,0.7
+Na,V,na,20,80,0,SiO2,900,20.1,100.0,3.5,35.9,53.0,4.3,4.1,13.2
+Na,Mn,na,20,80,0,SiO2,600,2.0,0.2,0.0,0.0,0.6,0.2,0.0,0.0
+Na,Mn,na,20,80,0,SiO2,700,1.5,1.9,0.2,0.0,5.7,3.6,11.8,0.0
+Na,Mn,na,20,80,0,SiO2,800,8.0,20.9,3.8,48.4,5.3,12.7,26.6,20.6
+Na,Mn,na,20,80,0,SiO2,900,28.8,90.5,10.6,73.7,7.1,24.3,5.3,31.5
+V,V,na,30,70,0,SiO2,600,3.6,7.3,0.0,37.2,1.0,1.0,1.4,0.0
+V,V,na,30,70,0,SiO2,700,20.4,100.0,0.1,94.5,21.4,5.3,0.2,0.1
+V,V,na,30,70,0,SiO2,800,20.9,100.0,0.8,94.6,19.4,6.9,1.8,1.9
+V,V,na,30,70,0,SiO2,900,25.1,99.8,4.9,88.3,12.7,18.7,2.3,17.3
+V,Mn,na,30,70,0,SiO2,600,2.5,2.6,0.0,0.0,5.0,0.3,0.0,0.0
+V,Mn,na,30,70,0,SiO2,700,7.1,26.2,0.8,72.8,10.1,4.2,9.6,1.6
+V,Mn,na,30,70,0,SiO2,800,20.8,100.0,1.3,81.9,24.6,3.1,2.8,3.5
+V,Mn,na,30,70,0,SiO2,900,24.3,99.8,5.1,77.3,15.8,9.1,3.0,18.1
+Fe,V,na,30,70,0,SiO2,600,4.2,11.6,0.1,46.5,7.3,0.0,1.6,0.0
+Fe,V,na,30,70,0,SiO2,700,20.2,100.0,0.2,94.9,20.3,3.2,0.4,0.3
+Fe,V,na,30,70,0,SiO2,800,20.9,100.0,1.0,93.0,18.9,5.1,2.2,2.6
+Fe,V,na,30,70,0,SiO2,900,24.0,99.8,4.0,86.9,14.7,14.6,2.5,14.0
+Fe,Mn,na,30,70,0,SiO2,600,5.9,19.5,0.1,41.2,20.9,3.0,1.7,0.0
+Fe,Mn,na,30,70,0,SiO2,700,10.7,42.1,1.6,74.1,15.1,7.4,10.9,3.9
+Fe,Mn,na,30,70,0,SiO2,800,22.6,97.6,3.6,86.7,14.7,7.0,5.8,10.0
+Fe,Mn,na,30,70,0,SiO2,900,24.9,100.0,6.3,76.5,13.4,8.0,4.4,21.1
+Ni,V,na,30,70,0,SiO2,600,3.1,6.4,0.0,29.2,4.7,1.4,1.5,0.0
+Ni,V,na,30,70,0,SiO2,700,20.9,99.9,0.1,82.8,35.2,23.0,0.3,0.0
+Ni,V,na,30,70,0,SiO2,800,20.7,99.8,0.5,92.5,26.5,16.3,1.8,0.5
+Ni,V,na,30,70,0,SiO2,900,24.6,100.0,2.7,95.2,15.6,26.2,2.4,8.7
+Ni,Mn,na,30,70,0,SiO2,600,1.9,4.3,0.0,0.0,26.1,1.6,0.0,0.0
+Ni,Mn,na,30,70,0,SiO2,700,6.1,20.3,0.7,52.0,16.2,4.8,9.4,1.5
+Ni,Mn,na,30,70,0,SiO2,800,23.7,96.9,5.7,72.7,16.7,5.1,8.4,15.6
+Ni,Mn,na,30,70,0,SiO2,900,25.5,99.7,6.9,72.6,14.8,10.2,4.3,22.7
+Cu,V,na,30,70,0,SiO2,600,2.7,4.2,0.0,0.0,18.2,0.2,0.0,0.0
+Cu,V,na,30,70,0,SiO2,700,17.5,99.9,0.0,20.9,77.0,4.8,0.2,0.0
+Cu,V,na,30,70,0,SiO2,800,18.3,100.0,0.7,32.2,66.4,6.2,2.6,1.3
+Cu,V,na,30,70,0,SiO2,900,24.1,99.8,5.4,64.7,24.6,10.9,3.5,19.1
+Cu,Mn,na,30,70,0,SiO2,600,2.5,4.9,0.0,0.0,22.0,0.0,0.0,0.0
+Cu,Mn,na,30,70,0,SiO2,700,3.7,12.0,0.6,37.9,21.4,5.5,13.6,1.6
+Cu,Mn,na,30,70,0,SiO2,800,19.1,100.0,1.7,40.7,58.3,7.2,6.0,2.7
+Cu,Mn,na,30,70,0,SiO2,900,22.3,99.8,4.9,58.4,31.5,5.4,5.1,16.7
+Zn,V,na,30,70,0,SiO2,600,4.0,10.1,0.2,41.2,3.9,6.0,5.5,0.0
+Zn,V,na,30,70,0,SiO2,700,19.9,100.0,0.1,97.0,22.4,5.8,0.3,0.2
+Zn,V,na,30,70,0,SiO2,800,20.6,100.0,0.8,96.7,20.0,6.7,1.8,1.9
+Zn,V,na,30,70,0,SiO2,900,24.4,99.8,4.3,88.0,14.0,15.4,2.5,15.2
+Zn,Mn,na,30,70,0,SiO2,600,2.9,5.3,0.0,0.0,14.7,3.5,1.4,0.0
+Zn,Mn,na,30,70,0,SiO2,700,5.2,16.5,1.1,50.3,13.0,9.9,17.3,3.6
+Zn,Mn,na,30,70,0,SiO2,800,23.4,90.6,6.8,73.4,13.2,7.4,9.5,19.6
+Zn,Mn,na,30,70,0,SiO2,900,25.8,95.9,7.9,70.0,11.5,8.8,4.6,25.9
+Y,V,na,30,70,0,SiO2,600,2.1,4.1,0.1,0.0,1.3,2.7,4.4,0.0
+Y,V,na,30,70,0,SiO2,700,20.0,100.0,0.2,101.0,18.4,3.6,0.5,0.5
+Y,V,na,30,70,0,SiO2,800,20.9,100.0,1.0,97.1,17.0,4.9,2.2,2.8
+Y,V,na,30,70,0,SiO2,900,24.2,99.8,4.0,89.8,13.2,14.5,2.3,14.1
+Y,Mn,na,30,70,0,SiO2,600,2.2,4.9,0.0,0.0,15.0,1.7,1.2,0.0
+Y,Mn,na,30,70,0,SiO2,700,4.8,17.1,0.7,56.1,16.2,6.6,13.7,2.1
+Y,Mn,na,30,70,0,SiO2,800,23.0,90.1,5.2,80.9,13.6,13.2,7.7,14.8
+Y,Mn,na,30,70,0,SiO2,900,26.5,95.8,6.8,78.6,11.5,19.8,3.4,22.2
+Ba,V,na,30,70,0,SiO2,600,4.5,14.1,0.6,62.5,2.7,0.0,11.3,1.3
+Ba,V,na,30,70,0,SiO2,700,19.7,100.0,0.2,93.2,23.8,3.0,0.5,0.4
+Ba,V,na,30,70,0,SiO2,800,20.5,100.0,1.0,88.8,23.5,4.6,2.2,3.0
+Ba,V,na,30,70,0,SiO2,900,24.4,99.8,4.6,80.6,17.2,15.2,1.6,17.1
+Ba,Mn,na,30,70,0,SiO2,600,3.3,8.6,0.2,16.5,18.8,4.6,5.1,0.0
+Ba,Mn,na,30,70,0,SiO2,700,8.2,29.5,2.2,58.9,16.3,10.5,17.8,8.5
+Ba,Mn,na,30,70,0,SiO2,800,22.4,84.9,6.3,68.7,16.7,12.0,7.7,20.7
+Ba,Mn,na,30,70,0,SiO2,900,27.0,99.1,7.3,73.3,11.1,14.0,1.8,25.4
+Ba,V,na,20,80,0,SiO2,600,2.7,6.9,0.2,43.1,1.7,5.1,6.5,0.0
+Ba,V,na,20,80,0,SiO2,700,19.8,100.0,0.1,97.4,22.0,4.2,0.4,0.3
+Ba,V,na,20,80,0,SiO2,800,20.3,100.0,0.7,94.9,21.0,4.8,1.8,1.8
+Ba,V,na,20,80,0,SiO2,900,23.1,99.8,3.4,87.6,16.7,11.9,2.6,12.2
+Ba,Mn,na,20,80,0,SiO2,600,1.7,4.0,0.0,0.0,22.1,2.9,1.9,0.0
+Ba,Mn,na,20,80,0,SiO2,700,4.5,15.4,0.9,54.2,16.1,9.4,17.1,3.0
+Ba,Mn,na,20,80,0,SiO2,800,20.7,78.5,6.4,70.4,14.6,10.4,10.9,20.1
+Ba,Mn,na,20,80,0,SiO2,900,26.9,97.4,9.3,62.8,13.7,10.4,4.5,30.1
+Sr,V,na,30,70,0,SiO2,600,2.2,4.5,0.1,24.9,1.5,3.7,5.1,0.0
+Sr,V,na,30,70,0,SiO2,700,20.2,99.9,0.1,96.4,20.4,3.8,0.3,0.3
+Sr,V,na,30,70,0,SiO2,800,20.8,100.0,0.8,95.2,19.0,5.4,1.7,2.0
+Sr,V,na,30,70,0,SiO2,900,24.5,99.7,4.1,86.6,13.9,14.6,2.5,14.4
+Sr,Mn,na,30,70,0,SiO2,600,0.3,1.9,0.0,0.0,68.3,10.8,0.0,0.0
+Sr,Mn,na,30,70,0,SiO2,700,2.4,10.6,1.0,80.1,12.7,16.0,34.0,6.3
+Sr,Mn,na,30,70,0,SiO2,800,14.5,49.7,5.4,67.9,10.4,13.9,16.2,21.1
+Sr,Mn,na,30,70,0,SiO2,900,26.2,93.2,8.6,68.8,14.5,18.5,4.6,28.2
+Cs,V,na,30,70,0,SiO2,600,2.1,1.4,0.0,0.0,0.0,0.2,0.0,0.0
+Cs,V,na,30,70,0,SiO2,700,2.4,4.4,0.3,0.0,3.7,3.9,13.6,1.0
+Cs,V,na,30,70,0,SiO2,800,17.3,100.0,0.9,26.2,73.9,1.7,3.1,2.0
+Cs,V,na,30,70,0,SiO2,900,20.3,100.0,4.4,24.7,58.8,5.5,4.3,17.5
+Cs,Mn,na,30,70,0,SiO2,600,1.3,1.5,0.0,0.0,2.1,1.5,0.0,0.0
+Cs,Mn,na,30,70,0,SiO2,700,1.6,3.2,0.3,0.0,4.2,5.7,19.0,1.5
+Cs,Mn,na,30,70,0,SiO2,800,7.0,18.3,3.6,51.7,2.0,13.6,29.8,21.9
+Cs,Mn,na,30,70,0,SiO2,900,27.3,85.5,9.3,78.9,6.1,26.8,5.8,28.4
+Na,Cr,na,20,80,0,SiO2,600,0.7,0.6,0.0,0.0,0.0,0.0,0.0,0.0
+Na,Cr,na,20,80,0,SiO2,700,1.2,3.0,0.2,0.0,8.7,4.0,15.6,0.0
+Na,Cr,na,20,80,0,SiO2,800,6.5,24.0,2.1,44.9,25.2,8.0,22.2,10.2
+Na,Cr,na,20,80,0,SiO2,900,22.3,75.8,7.6,69.6,13.6,22.2,8.2,25.7
+V,Cr,na,20,80,0,SiO2,600,7.6,30.0,0.1,63.2,20.9,1.3,1.3,0.0
+V,Cr,na,20,80,0,SiO2,700,19.6,94.7,0.3,92.3,19.5,1.4,1.4,0.3
+V,Cr,na,20,80,0,SiO2,800,20.9,100.0,1.0,92.1,19.3,4.1,1.9,3.1
+V,Cr,na,20,80,0,SiO2,900,24.4,99.8,4.4,86.7,14.1,15.5,2.0,16.1
+V,Cr,na,30,70,0,SiO2,600,3.5,10.0,0.0,47.7,13.3,0.6,0.7,0.0
+V,Cr,na,30,70,0,SiO2,700,20.1,99.8,0.2,96.9,19.7,2.6,0.4,0.4
+V,Cr,na,30,70,0,SiO2,800,20.5,100.0,0.7,96.5,18.0,3.6,1.6,2.0
+V,Cr,na,30,70,0,SiO2,900,23.3,99.8,3.6,90.7,14.4,12.4,2.6,13.0
+Cr,V,na,30,70,0,SiO2,600,2.5,8.6,0.1,71.5,8.1,1.7,2.4,0.0
+Cr,V,na,30,70,0,SiO2,700,19.9,100.0,0.1,98.1,21.6,5.2,0.2,0.1
+Cr,V,na,30,70,0,SiO2,800,19.9,100.0,0.5,99.9,20.0,5.3,1.3,1.3
+Cr,V,na,30,70,0,SiO2,900,22.8,100.0,3.7,92.4,15.6,13.9,2.4,13.7
+Cr,Cr,na,30,70,0,SiO2,600,6.3,25.8,0.0,48.3,33.4,0.7,0.0,0.0
+Cr,Cr,na,30,70,0,SiO2,700,17.9,86.9,0.5,77.2,29.7,4.7,2.6,0.5
+Cr,Cr,na,30,70,0,SiO2,800,22.0,98.3,1.3,91.7,19.5,14.5,2.8,3.2
+Cr,Cr,na,30,70,0,SiO2,900,25.6,99.7,4.4,87.9,13.7,22.3,2.3,15.0
+Cr,Mn,na,30,70,0,SiO2,600,2.7,7.3,0.0,25.3,24.2,0.0,0.0,0.0
+Cr,Mn,na,30,70,0,SiO2,700,5.8,21.9,0.8,66.3,16.4,6.0,11.3,1.8
+Cr,Mn,na,30,70,0,SiO2,800,21.9,86.4,5.3,83.0,12.1,12.3,8.7,15.4
+Cr,Mn,na,30,70,0,SiO2,900,25.0,94.5,7.1,77.7,10.5,12.3,4.5,24.1
+Fe,Cr,na,30,70,0,SiO2,600,16.0,78.9,0.0,45.5,49.3,1.0,0.0,0.0
+Fe,Cr,na,30,70,0,SiO2,700,16.6,79.8,0.7,71.0,32.1,2.2,3.3,0.7
+Fe,Cr,na,30,70,0,SiO2,800,21.5,99.8,1.7,85.7,20.0,4.5,3.2,4.6
+Fe,Cr,na,30,70,0,SiO2,900,25.3,99.7,5.4,82.1,12.0,13.8,2.3,19.2
+Ni,Cr,na,30,70,0,SiO2,600,2.8,10.8,0.0,45.3,35.9,0.5,0.0,0.0
+Ni,Cr,na,30,70,0,SiO2,700,5.5,25.7,0.5,77.4,24.9,4.1,8.1,0.9
+Ni,Cr,na,30,70,0,SiO2,800,15.9,69.3,2.8,90.2,15.3,10.8,9.4,8.1
+Ni,Cr,na,30,70,0,SiO2,900,23.8,94.2,4.1,87.3,13.8,19.0,3.3,14.1
+Cu,Cr,na,30,70,0,SiO2,600,4.7,12.7,0.0,13.8,28.3,0.6,0.0,0.0
+Cu,Cr,na,30,70,0,SiO2,700,7.9,27.1,0.9,55.6,16.6,5.4,10.1,1.9
+Cu,Cr,na,30,70,0,SiO2,800,18.5,100.0,1.0,24.2,68.5,2.8,3.2,2.0
+Cu,Cr,na,30,70,0,SiO2,900,22.2,99.8,3.8,53.1,38.9,14.1,3.5,13.4
+Zn,Cr,na,30,70,0,SiO2,600,7.3,29.3,0.0,49.5,32.2,1.3,0.0,0.0
+Zn,Cr,na,30,70,0,SiO2,700,16.8,78.6,0.6,82.7,24.2,5.9,3.1,0.5
+Zn,Cr,na,30,70,0,SiO2,800,22.4,99.5,1.4,90.0,19.7,15.4,2.4,3.8
+Zn,Cr,na,30,70,0,SiO2,900,25.5,99.8,4.8,84.1,15.3,21.2,2.4,16.4
+Sr,Cr,na,30,70,0,SiO2,600,1.9,1.7,0.0,0.0,10.8,0.0,0.0,0.0
+Sr,Cr,na,30,70,0,SiO2,700,3.8,15.1,0.2,28.5,40.0,1.4,4.8,0.0
+Sr,Cr,na,30,70,0,SiO2,800,10.1,33.8,3.4,64.5,10.8,11.8,19.1,14.4
+Sr,Cr,na,30,70,0,SiO2,900,25.6,86.9,7.4,81.5,8.3,24.2,5.3,23.4
+Y,Cr,na,30,70,0,SiO2,600,11.7,57.0,0.0,55.3,43.6,1.5,0.0,0.0
+Y,Cr,na,30,70,0,SiO2,700,19.0,97.3,0.2,87.0,29.7,6.1,0.9,0.3
+Y,Cr,na,30,70,0,SiO2,800,21.9,99.6,1.6,91.7,20.3,16.4,2.9,4.5
+Y,Cr,na,30,70,0,SiO2,900,25.7,99.8,5.6,87.7,14.1,24.7,2.6,19.2
+Ba,Cr,na,30,70,0,SiO2,600,3.4,8.3,0.0,21.2,20.0,0.2,0.0,0.0
+Ba,Cr,na,30,70,0,SiO2,700,4.3,17.0,0.3,47.7,28.3,2.5,6.5,0.0
+Ba,Cr,na,30,70,0,SiO2,800,17.4,81.7,1.7,76.2,30.1,11.0,5.5,4.2
+Ba,Cr,na,30,70,0,SiO2,900,21.9,94.2,4.0,75.0,26.7,19.4,3.8,14.4
+Cs,Cr,na,30,70,0,SiO2,600,1.2,0.0,0.0,0.0,2.2,0.0,0.0,0.0
+Cs,Cr,na,30,70,0,SiO2,700,1.1,3.6,0.0,0.0,41.5,0.6,2.7,0.0
+Cs,Cr,na,30,70,0,SiO2,800,4.8,21.0,1.2,29.5,48.0,10.4,16.9,7.6
+Cs,Cr,na,30,70,0,SiO2,900,23.3,99.8,6.9,42.1,46.1,24.2,3.4,26.1
+Ba,Cr,na,20,80,0,SiO2,600,3.1,8.6,0.0,24.5,23.0,0.3,0.0,0.0
+Ba,Cr,na,20,80,0,SiO2,700,4.5,19.6,0.4,55.0,31.3,2.8,7.5,0.6
+Ba,Cr,na,20,80,0,SiO2,800,17.9,82.9,1.8,84.5,24.4,11.0,5.7,4.2
+Ba,Cr,na,20,80,0,SiO2,900,23.4,90.5,4.9,84.4,14.5,21.8,4.2,16.9
+Na,Mn,W,40,40,20,SiO2,600,0.7,0.7,0.0,0.0,0.0,0.7,0.0,0.0
+Na,Mn,W,40,40,20,SiO2,700,1.7,4.6,0.4,0.0,18.4,4.3,20.6,2.1
+Na,Mn,W,40,40,20,SiO2,800,22.8,68.7,11.8,49.1,11.9,12.2,13.7,37.9
+Na,Mn,W,40,40,20,SiO2,900,32.8,99.4,17.5,30.4,17.7,8.2,5.6,47.9
+Ba,Fe,La,40,40,20,SiO2,600,2.3,4.3,0.0,0.0,20.4,6.5,0.0,0.0
+Ba,Fe,La,40,40,20,SiO2,700,4.5,15.0,0.3,31.8,27.0,9.2,6.8,0.6
+Ba,Fe,La,40,40,20,SiO2,800,12.0,46.0,2.6,58.0,24.2,10.0,13.0,8.6
+Ba,Fe,La,40,40,20,SiO2,900,23.1,98.4,5.7,51.2,33.8,6.4,5.6,19.1
+Ba,Sn,La,40,40,20,SiO2,600,1.1,1.4,0.0,0.0,8.5,1.5,0.0,0.0
+Ba,Sn,La,40,40,20,SiO2,700,1.3,2.8,0.1,0.0,17.0,6.6,5.3,0.0
+Ba,Sn,La,40,40,20,SiO2,800,5.2,15.2,2.0,41.8,13.5,12.4,26.7,12.3
+Ba,Sn,La,40,40,20,SiO2,900,22.8,74.0,8.7,61.3,15.4,20.4,8.8,29.5
+Na,Fe,na,20,80,0,SiO2,600,0.6,0.8,0.0,0.0,7.1,8.9,0.0,0.0
+Na,Fe,na,20,80,0,SiO2,700,1.4,3.2,0.2,0.0,18.3,23.9,17.1,0.0
+Na,Fe,na,20,80,0,SiO2,800,6.5,17.6,3.0,44.4,12.1,18.3,26.4,20.0
+Na,Fe,na,20,80,0,SiO2,900,26.2,84.9,8.9,73.2,11.1,23.4,6.4,27.7
+Na,Co,na,20,80,0,SiO2,600,0.5,0.8,0.0,0.0,0.0,0.7,0.0,0.0
+Na,Co,na,20,80,0,SiO2,700,0.8,3.4,0.1,0.0,2.1,3.7,15.0,0.0
+Na,Co,na,20,80,0,SiO2,800,4.3,16.5,2.2,41.1,3.1,11.9,35.9,16.0
+Na,Co,na,20,80,0,SiO2,900,24.6,84.5,9.9,72.8,5.9,24.3,9.0,31.1
+Na,Cr,na,30,70,0,SiO2,600,0.7,0.8,0.0,0.0,4.0,2.0,0.0,0.0
+Na,Cr,na,30,70,0,SiO2,700,1.4,3.6,0.1,0.0,18.5,5.9,7.1,0.0
+Na,Cr,na,30,70,0,SiO2,800,7.4,29.7,1.7,42.7,35.9,7.2,16.5,7.0
+Na,Cr,na,30,70,0,SiO2,900,21.7,75.4,6.6,68.7,17.7,21.6,7.9,22.7
+Na,Mn,na,30,70,0,SiO2,600,0.8,0.7,0.0,0.0,2.0,0.5,0.0,0.0
+Na,Mn,na,30,70,0,SiO2,700,1.2,2.5,0.1,0.0,15.4,7.0,9.8,0.0
+Na,Mn,na,30,70,0,SiO2,800,6.6,17.5,3.4,44.9,7.9,13.1,30.4,21.0
+Na,Mn,na,30,70,0,SiO2,900,29.3,88.1,10.8,74.9,7.1,26.9,5.5,31.2
+Na,Fe,na,30,70,0,SiO2,600,0.9,0.7,0.0,0.0,1.4,1.2,0.0,0.0
+Na,Fe,na,30,70,0,SiO2,700,1.4,2.2,0.1,0.0,6.3,9.6,10.0,0.0
+Na,Fe,na,30,70,0,SiO2,800,6.7,18.6,2.9,56.3,6.7,14.9,26.9,16.8
+Na,Fe,na,30,70,0,SiO2,900,25.4,83.3,9.2,70.2,10.7,19.0,6.7,29.4
+Na,Co,na,30,70,0,SiO2,600,0.7,0.7,0.0,0.0,2.1,0.6,0.0,0.0
+Na,Co,na,30,70,0,SiO2,700,1.0,1.8,0.1,0.0,8.4,5.3,11.1,0.0
+Na,Co,na,30,70,0,SiO2,800,5.7,14.0,2.8,43.7,5.8,13.1,30.0,18.4
+Na,Co,na,30,70,0,SiO2,900,26.3,80.4,9.8,72.9,7.9,24.1,7.4,29.8
+Na,V,na,20,80,0,Al2O3,600,1.9,7.2,0.0,71.9,6.1,0.3,0.0,0.0
+Na,V,na,20,80,0,Al2O3,700,18.8,99.7,0.1,47.3,63.0,14.7,0.3,0.2
+Na,V,na,20,80,0,Al2O3,800,20.5,99.8,0.7,41.8,64.7,27.1,1.3,1.9
+Na,V,na,20,80,0,Al2O3,900,25.6,100.0,3.8,51.4,47.4,40.6,1.5,13.3
+Na,Mn,na,20,80,0,Al2O3,600,16.8,28.8,0.7,4.1,93.5,2.2,3.1,1.0
+Na,Mn,na,20,80,0,Al2O3,700,18.0,99.8,1.9,9.5,83.9,4.0,7.1,3.6
+Na,Mn,na,20,80,0,Al2O3,800,24.0,99.8,7.3,36.2,44.7,13.8,8.6,21.8
+Na,Mn,na,20,80,0,Al2O3,900,29.6,100.0,7.3,61.2,28.8,38.0,1.7,23.0
+V,V,na,30,70,0,Al2O3,600,1.2,2.5,0.0,0.0,2.4,0.0,0.0,0.0
+V,V,na,30,70,0,Al2O3,700,18.6,99.3,0.0,63.7,47.5,1.2,0.0,0.0
+V,V,na,30,70,0,Al2O3,800,19.4,100.0,0.2,67.1,44.2,6.5,0.7,0.5
+V,V,na,30,70,0,Al2O3,900,22.8,99.8,3.2,58.9,40.6,20.3,2.6,11.4
+V,Mn,na,30,70,0,Al2O3,600,19.5,99.9,0.1,43.4,63.4,18.0,0.3,0.1
+V,Mn,na,30,70,0,Al2O3,700,19.8,99.7,0.2,42.2,63.8,19.8,0.7,0.4
+V,Mn,na,30,70,0,Al2O3,800,22.8,99.8,2.6,42.7,55.3,28.9,4.0,7.4
+V,Mn,na,30,70,0,Al2O3,900,30.6,99.8,5.0,62.5,36.7,0.0,1.4,14.8
+Fe,V,na,30,70,0,Al2O3,600,3.8,15.5,0.0,84.2,9.4,0.1,0.0,0.0
+Fe,V,na,30,70,0,Al2O3,700,20.3,99.8,0.0,67.6,46.9,20.1,0.0,0.0
+Fe,V,na,30,70,0,Al2O3,800,22.1,99.9,0.2,56.9,55.4,37.6,0.3,0.4
+Fe,V,na,30,70,0,Al2O3,900,26.7,100.0,0.8,70.2,43.6,55.8,0.6,2.6
+Fe,Mn,na,30,70,0,Al2O3,600,17.4,100.0,0.1,0.0,90.4,3.6,0.7,0.2
+Fe,Mn,na,30,70,0,Al2O3,700,18.0,100.0,0.4,9.0,85.0,7.0,1.7,0.5
+Fe,Mn,na,30,70,0,Al2O3,800,19.2,100.0,1.0,16.2,76.8,11.2,3.3,1.7
+Fe,Mn,na,30,70,0,Al2O3,900,21.1,99.8,1.9,27.8,65.5,20.2,2.6,6.2
+Ni,V,na,30,70,0,Al2O3,600,5.2,100.0,0.0,72.4,6.7,0.8,0.0,0.0
+Ni,V,na,30,70,0,Al2O3,700,21.3,100.0,0.0,62.9,44.9,20.0,0.0,0.0
+Ni,V,na,30,70,0,Al2O3,800,29.3,100.0,0.1,82.6,33.0,0.0,0.1,0.1
+Ni,V,na,30,70,0,Al2O3,900,60.5,99.6,0.1,126.0,0.9,0.0,0.1,0.1
+Ni,Mn,na,30,70,0,Al2O3,600,18.4,97.7,0.3,16.5,78.5,11.0,1.1,0.6
+Ni,Mn,na,30,70,0,Al2O3,700,20.1,99.6,0.9,29.5,66.8,15.8,2.7,1.9
+Ni,Mn,na,30,70,0,Al2O3,800,22.1,99.8,2.0,38.3,56.5,21.3,4.6,4.5
+Ni,Mn,na,30,70,0,Al2O3,900,25.0,100.0,2.8,50.3,46.8,34.9,2.4,8.8
+Cu,V,na,30,70,0,Al2O3,600,2.2,2.8,0.0,0.0,17.1,0.4,0.0,0.0
+Cu,V,na,30,70,0,Al2O3,700,17.7,99.5,0.0,6.0,84.7,0.3,0.0,0.0
+Cu,V,na,30,70,0,Al2O3,800,18.8,99.9,0.2,17.7,75.8,6.7,0.7,0.2
+Cu,V,na,30,70,0,Al2O3,900,22.9,99.8,1.5,37.9,53.6,25.3,2.3,4.2
+Cu,Mn,na,30,70,0,Al2O3,600,17.4,99.7,0.1,0.0,91.3,2.3,0.4,0.0
+Cu,Mn,na,30,70,0,Al2O3,700,17.7,100.0,0.1,4.4,88.8,4.6,0.7,0.0
+Cu,Mn,na,30,70,0,Al2O3,800,18.6,100.0,0.4,11.0,81.9,9.0,1.8,0.5
+Cu,Mn,na,30,70,0,Al2O3,900,23.7,100.0,1.0,42.2,55.4,34.5,1.7,2.6
+Zn,V,na,30,70,0,Al2O3,600,20.7,99.7,0.0,74.8,41.6,20.8,0.0,0.0
+Zn,V,na,30,70,0,Al2O3,700,21.6,99.8,0.1,54.2,58.4,36.6,0.4,0.0
+Zn,V,na,30,70,0,Al2O3,800,24.2,100.0,0.4,57.4,55.6,51.4,1.4,0.2
+Zn,V,na,30,70,0,Al2O3,900,32.6,100.0,0.1,91.0,30.7,0.0,0.1,0.1
+Zn,Mn,na,30,70,0,Al2O3,600,18.9,99.7,1.3,22.5,77.6,16.5,4.1,2.5
+Zn,Mn,na,30,70,0,Al2O3,700,20.2,99.8,2.5,28.3,68.3,18.0,7.2,5.3
+Zn,Mn,na,30,70,0,Al2O3,800,22.1,100.0,4.3,31.7,58.8,19.8,8.6,10.6
+Zn,Mn,na,30,70,0,Al2O3,900,28.2,100.0,5.1,60.9,36.7,45.1,1.7,16.3
+Y,V,na,30,70,0,Al2O3,600,3.6,14.9,0.0,82.5,10.7,2.0,0.0,0.0
+Y,V,na,30,70,0,Al2O3,700,20.6,99.8,0.1,67.6,45.8,20.2,0.2,0.3
+Y,V,na,30,70,0,Al2O3,800,22.0,100.0,1.1,61.2,47.8,28.3,1.6,3.2
+Y,V,na,30,70,0,Al2O3,900,30.1,99.8,4.5,68.7,34.8,0.0,1.2,13.6
+Y,Mn,na,30,70,0,Al2O3,600,19.6,99.7,1.6,21.8,73.8,15.0,5.0,3.0
+Y,Mn,na,30,70,0,Al2O3,700,21.1,99.8,2.8,28.6,64.5,18.8,7.6,5.8
+Y,Mn,na,30,70,0,Al2O3,800,22.5,99.8,4.1,31.3,58.4,21.4,8.4,9.7
+Y,Mn,na,30,70,0,Al2O3,900,25.4,99.8,5.3,41.8,46.9,31.1,2.8,17.9
+Ba,V,na,30,70,0,Al2O3,600,1.6,6.2,0.0,0.0,25.1,0.2,0.0,0.0
+Ba,V,na,30,70,0,Al2O3,700,18.9,100.0,0.2,33.9,72.6,19.2,0.7,0.4
+Ba,V,na,30,70,0,Al2O3,800,20.7,100.0,2.1,30.3,68.1,24.2,3.7,6.3
+Ba,V,na,30,70,0,Al2O3,900,29.8,100.0,6.3,56.6,38.4,0.0,1.6,19.4
+Ba,Mn,na,30,70,0,Al2O3,600,18.1,99.7,0.4,9.2,83.9,5.6,1.4,0.5
+Ba,Mn,na,30,70,0,Al2O3,700,19.6,100.0,1.1,23.2,70.4,10.7,3.7,2.1
+Ba,Mn,na,30,70,0,Al2O3,800,21.5,99.8,2.7,30.0,60.2,15.1,6.5,6.0
+Ba,Mn,na,30,70,0,Al2O3,900,24.2,100.0,4.7,35.3,50.2,23.4,3.3,16.0
+Ba,V,na,20,80,0,Al2O3,600,1.2,2.6,0.0,0.0,6.0,0.4,0.0,0.0
+Ba,V,na,20,80,0,Al2O3,700,17.3,96.9,0.0,43.9,63.5,1.5,0.0,0.0
+Ba,V,na,20,80,0,Al2O3,800,17.8,99.7,0.2,30.5,75.2,9.2,0.6,0.3
+Ba,V,na,20,80,0,Al2O3,900,21.4,99.8,2.0,41.1,60.6,27.2,2.4,7.1
+Ba,Mn,na,20,80,0,Al2O3,600,16.9,26.0,0.2,4.7,93.1,3.4,1.0,0.3
+Ba,Mn,na,20,80,0,Al2O3,700,17.9,96.9,0.8,15.0,83.0,7.4,3.1,1.5
+Ba,Mn,na,20,80,0,Al2O3,800,19.5,99.7,2.1,25.9,70.1,12.4,6.2,4.8
+Ba,Mn,na,20,80,0,Al2O3,900,22.3,99.8,4.1,34.6,56.5,21.6,3.9,14.4
+Sr,V,na,30,70,0,Al2O3,600,1.7,4.8,0.0,0.0,10.6,0.8,0.0,0.0
+Sr,V,na,30,70,0,Al2O3,700,17.1,94.8,0.0,45.4,62.6,3.4,0.0,0.0
+Sr,V,na,30,70,0,Al2O3,800,19.1,99.7,0.1,41.7,66.9,18.8,0.3,0.2
+Sr,V,na,30,70,0,Al2O3,900,23.6,100.0,1.3,58.5,50.8,41.5,1.2,4.1
+Sr,Mn,na,30,70,0,Al2O3,600,17.1,98.5,0.5,6.8,89.0,3.8,2.0,1.0
+Sr,Mn,na,30,70,0,Al2O3,700,18.8,99.7,1.5,21.7,74.5,8.8,4.7,3.3
+Sr,Mn,na,30,70,0,Al2O3,800,20.8,99.7,3.1,32.0,61.4,14.4,7.4,7.7
+Sr,Mn,na,30,70,0,Al2O3,900,23.6,99.8,5.0,39.1,50.2,24.3,4.0,17.2
+Cs,V,na,30,70,0,Al2O3,600,1.6,1.9,0.0,0.0,5.7,0.9,0.0,0.0
+Cs,V,na,30,70,0,Al2O3,700,4.3,15.8,0.2,44.1,24.5,2.1,4.8,0.0
+Cs,V,na,30,70,0,Al2O3,800,17.8,99.8,0.1,24.4,78.5,8.8,0.5,0.3
+Cs,V,na,30,70,0,Al2O3,900,21.6,99.9,1.9,37.9,62.2,28.5,1.8,6.9
+Cs,Mn,na,30,70,0,Al2O3,600,16.4,96.3,0.4,0.0,93.6,2.1,1.9,0.7
+Cs,Mn,na,30,70,0,Al2O3,700,18.1,99.4,1.7,10.6,82.0,5.0,6.0,3.5
+Cs,Mn,na,30,70,0,Al2O3,800,20.1,100.0,3.5,20.5,68.0,8.6,9.4,8.2
+Cs,Mn,na,30,70,0,Al2O3,900,23.3,100.0,5.6,31.5,53.1,19.8,5.3,18.9
+Na,Cr,na,20,80,0,Al2O3,600,19.1,98.5,0.0,32.3,74.2,23.8,0.0,0.0
+Na,Cr,na,20,80,0,Al2O3,700,21.2,99.6,0.2,53.4,57.4,31.8,0.5,0.3
+Na,Cr,na,20,80,0,Al2O3,800,22.2,100.0,0.8,63.0,47.9,31.8,1.9,1.7
+Na,Cr,na,20,80,0,Al2O3,900,23.6,100.0,1.9,65.8,41.5,33.3,1.9,6.2
+V,Cr,na,20,80,0,Al2O3,600,14.4,98.5,0.0,94.0,21.2,8.7,0.0,0.0
+V,Cr,na,20,80,0,Al2O3,700,20.8,99.6,0.0,85.1,32.2,15.6,0.0,0.0
+V,Cr,na,20,80,0,Al2O3,800,22.2,100.0,0.2,82.0,34.9,27.6,0.4,0.6
+V,Cr,na,20,80,0,Al2O3,900,25.8,100.0,1.5,80.5,32.9,43.8,0.9,5.0
+V,Cr,na,30,70,0,Al2O3,600,8.6,38.2,0.0,95.4,14.3,5.0,0.0,0.0
+V,Cr,na,30,70,0,Al2O3,700,20.5,99.7,0.0,84.4,30.8,10.3,0.0,0.0
+V,Cr,na,30,70,0,Al2O3,800,22.1,99.8,0.1,80.7,35.3,26.2,0.3,0.4
+V,Cr,na,30,70,0,Al2O3,900,26.0,99.9,1.2,81.0,33.3,45.7,0.8,3.7
+Cr,V,na,30,70,0,Al2O3,600,6.3,27.0,0.0,93.2,9.7,0.3,0.0,0.0
+Cr,V,na,30,70,0,Al2O3,700,20.9,99.8,0.0,83.7,30.3,11.5,0.0,0.0
+Cr,V,na,30,70,0,Al2O3,800,22.8,99.8,0.1,77.5,37.3,31.2,0.2,0.3
+Cr,V,na,30,70,0,Al2O3,900,27.6,99.8,1.0,82.2,33.3,53.7,0.6,3.1
+Cr,Cr,na,30,70,0,Al2O3,600,20.4,95.9,0.0,72.8,40.0,20.2,0.0,0.0
+Cr,Cr,na,30,70,0,Al2O3,700,22.1,99.5,0.1,78.6,35.9,25.5,0.2,0.2
+Cr,Cr,na,30,70,0,Al2O3,800,22.6,99.9,0.4,79.3,34.4,26.6,1.0,1.0
+Cr,Cr,na,30,70,0,Al2O3,900,25.4,100.0,2.3,78.1,27.7,32.2,1.6,7.6
+Cr,Mn,na,30,70,0,Al2O3,600,17.7,99.6,0.2,12.1,88.1,12.7,0.9,0.4
+Cr,Mn,na,30,70,0,Al2O3,700,19.2,99.8,1.1,23.2,76.1,17.5,3.4,2.2
+Cr,Mn,na,30,70,0,Al2O3,800,20.4,99.8,1.8,33.8,66.6,21.9,4.6,4.1
+Cr,Mn,na,30,70,0,Al2O3,900,23.0,99.9,2.7,45.9,53.2,31.0,2.5,9.4
+Fe,Cr,na,30,70,0,Al2O3,600,18.1,99.6,0.0,43.7,64.1,6.4,0.2,0.0
+Fe,Cr,na,30,70,0,Al2O3,700,18.8,100.0,0.2,51.1,58.6,10.8,0.8,0.3
+Fe,Cr,na,30,70,0,Al2O3,800,19.8,99.8,0.6,53.3,55.8,17.6,1.7,1.1
+Fe,Cr,na,30,70,0,Al2O3,900,22.1,99.9,1.3,56.5,50.4,30.2,1.6,4.4
+Ni,Cr,na,30,70,0,Al2O3,600,20.0,99.5,0.0,72.6,42.2,24.1,0.0,0.0
+Ni,Cr,na,30,70,0,Al2O3,700,22.3,100.0,0.1,76.7,39.4,31.8,0.2,0.2
+Ni,Cr,na,30,70,0,Al2O3,800,22.4,99.7,0.5,73.3,40.7,31.0,1.0,1.1
+Ni,Cr,na,30,70,0,Al2O3,900,33.7,99.8,1.0,101.4,19.8,0.0,0.7,2.3
+Cu,Cr,na,30,70,0,Al2O3,600,16.8,100.0,0.0,0.0,95.6,4.1,0.3,0.0
+Cu,Cr,na,30,70,0,Al2O3,700,17.9,100.0,0.1,8.6,88.1,12.7,0.6,0.0
+Cu,Cr,na,30,70,0,Al2O3,800,20.9,99.8,0.3,27.0,68.0,28.3,1.3,0.3
+Cu,Cr,na,30,70,0,Al2O3,900,25.4,99.9,1.3,47.8,45.1,40.3,1.8,3.4
+Zn,Cr,na,30,70,0,Al2O3,600,18.5,86.7,0.0,66.6,45.9,25.7,0.0,0.0
+Zn,Cr,na,30,70,0,Al2O3,700,20.5,96.6,0.1,63.1,48.6,25.9,0.3,0.1
+Zn,Cr,na,30,70,0,Al2O3,800,20.5,99.4,0.5,60.0,48.7,18.7,1.6,0.8
+Zn,Cr,na,30,70,0,Al2O3,900,23.2,99.8,1.8,66.1,38.4,27.6,1.9,5.7
+Sr,Cr,na,30,70,0,Al2O3,600,18.2,96.2,0.0,20.4,82.1,22.1,0.0,0.0
+Sr,Cr,na,30,70,0,Al2O3,700,21.8,98.5,0.2,48.0,60.1,36.9,0.5,0.2
+Sr,Cr,na,30,70,0,Al2O3,800,24.0,99.5,1.0,62.6,46.6,40.1,1.9,2.1
+Sr,Cr,na,30,70,0,Al2O3,900,26.1,99.9,3.5,62.6,37.8,38.2,2.0,11.2
+Y,Cr,na,30,70,0,Al2O3,600,19.4,93.0,0.0,48.7,60.9,29.8,0.0,0.0
+Y,Cr,na,30,70,0,Al2O3,700,22.9,99.1,0.1,66.1,47.9,39.9,0.2,0.1
+Y,Cr,na,30,70,0,Al2O3,800,23.7,99.8,0.5,73.8,40.6,38.8,1.0,1.0
+Y,Cr,na,30,70,0,Al2O3,900,25.5,99.9,2.5,74.4,32.2,37.1,1.7,7.9
+Ba,Cr,na,30,70,0,Al2O3,600,17.6,99.2,0.0,9.8,91.9,16.5,0.0,0.0
+Ba,Cr,na,30,70,0,Al2O3,700,20.2,99.5,0.1,25.5,74.3,25.2,0.4,0.2
+Ba,Cr,na,30,70,0,Al2O3,800,21.3,99.8,0.6,46.4,62.0,33.6,1.6,1.4
+Ba,Cr,na,30,70,0,Al2O3,900,23.7,100.0,2.6,54.6,48.4,35.8,1.9,8.9
+Cs,Cr,na,30,70,0,Al2O3,600,17.9,99.2,0.0,7.0,94.8,20.9,0.1,0.0
+Cs,Cr,na,30,70,0,Al2O3,700,20.0,99.5,0.3,29.1,77.2,32.7,1.0,0.4
+Cs,Cr,na,30,70,0,Al2O3,800,21.8,99.9,1.5,41.6,62.0,32.4,3.4,3.4
+Cs,Cr,na,30,70,0,Al2O3,900,24.4,100.0,4.4,45.9,47.5,31.0,2.9,15.0
+Ba,Cr,na,20,80,0,Al2O3,600,18.1,99.3,0.0,17.2,86.2,19.3,0.0,0.0
+Ba,Cr,na,20,80,0,Al2O3,700,19.9,99.8,0.1,36.3,71.2,28.2,0.4,0.2
+Ba,Cr,na,20,80,0,Al2O3,800,21.6,99.9,0.6,52.2,56.8,32.2,1.4,1.2
+Ba,Cr,na,20,80,0,Al2O3,900,24.3,99.9,2.6,59.8,43.4,35.4,1.8,8.8
+Na,Mn,W,40,40,20,Al2O3,600,3.0,3.7,0.0,0.0,62.8,7.7,0.0,0.0
+Na,Mn,W,40,40,20,Al2O3,700,20.0,20.7,4.1,33.8,54.9,20.9,9.8,10.6
+Na,Mn,W,40,40,20,Al2O3,800,26.3,70.5,11.0,29.8,39.9,16.1,12.7,28.9
+Na,Mn,W,40,40,20,Al2O3,900,28.4,99.4,12.5,28.6,35.4,16.7,5.4,38.6
+Ba,Fe,La,40,40,20,Al2O3,600,17.1,98.8,0.2,10.4,88.7,6.9,0.8,0.2
+Ba,Fe,La,40,40,20,Al2O4,700,18.0,100.0,0.5,20.1,81.1,11.2,2.1,0.7
+Ba,Fe,La,40,40,20,Al2O5,800,19.3,99.8,1.1,28.6,72.2,17.6,3.5,2.1
+Ba,Fe,La,40,40,20,Al2O6,900,21.7,99.8,2.1,40.1,60.3,27.9,2.4,7.4
+Ba,Sn,La,40,40,20,Al2O3,600,11.7,67.3,0.3,0.0,90.5,3.0,2.3,0.5
+Ba,Sn,La,40,40,20,Al2O4,700,16.4,92.6,1.7,0.0,88.9,0.9,7.4,3.0
+Ba,Sn,La,40,40,20,Al2O5,800,18.6,99.0,3.1,0.0,82.9,1.1,10.3,6.6
+Ba,Sn,La,40,40,20,Al2O6,900,20.9,99.9,4.8,7.6,71.3,10.7,5.6,17.4
+La,Cr,na,20,80,0,SiO2,600,3.1,15.2,0.0,0.0,54.8,0.4,0.0,0.0
+La,Cr,na,20,80,0,SiO2,700,6.9,34.0,0.2,59.2,39.1,2.1,2.5,0.0
+La,Cr,na,20,80,0,SiO2,800,14.2,58.2,2.4,84.2,14.2,10.0,10.2,7.0
+La,Cr,na,20,80,0,SiO2,900,24.3,96.2,3.6,88.9,15.1,21.0,2.8,12.1
+La,Mn,na,20,80,0,SiO2,600,1.1,13.2,0.0,0.0,22.8,1.3,0.0,0.0
+La,Mn,na,20,80,0,SiO3,700,3.2,30.2,0.4,45.9,21.0,6.5,12.1,1.2
+La,Mn,na,20,80,0,SiO4,800,16.6,58.9,4.5,78.3,12.7,11.7,12.0,15.0
+La,Mn,na,20,80,0,SiO5,900,26.0,96.3,7.1,77.3,11.6,17.9,4.1,23.1
+Rb,Cr,na,30,70,0,SiO2,600,0.9,1.1,0.0,0.0,3.5,0.0,0.0,0.0
+Rb,Cr,na,30,70,0,SiO3,700,1.6,5.7,0.0,0.0,38.9,0.3,0.0,0.0
+Rb,Cr,na,30,70,0,SiO4,800,8.6,44.3,0.5,19.6,68.1,4.1,4.7,1.1
+Rb,Cr,na,30,70,0,SiO5,900,20.8,94.1,3.0,38.2,54.3,20.5,3.6,10.7
+Rb,V,na,30,70,0,SiO2,600,0.4,0.6,0.0,0.0,0.0,0.0,0.0,0.0
+Rb,V,na,30,70,0,SiO3,700,1.0,2.7,0.2,0.0,9.2,4.3,16.7,0.0
+Rb,V,na,30,70,0,SiO4,800,16.7,90.5,1.0,21.2,71.9,1.8,4.0,2.1
+Rb,V,na,30,70,0,SiO5,900,19.3,99.9,2.7,17.1,69.4,2.8,4.0,9.9
+Rb,Mn,na,30,70,0,SiO2,600,1.4,1.6,0.0,0.0,2.6,0.4,0.0,0.0
+Rb,Mn,na,30,70,0,SiO3,700,2.3,4.7,0.3,0.0,4.6,4.0,11.9,0.0
+Rb,Mn,na,30,70,0,SiO4,800,7.8,21.2,3.2,52.3,3.6,10.6,24.9,16.4
+Rb,Mn,na,30,70,0,SiO5,900,26.6,80.4,9.6,74.1,5.9,24.5,7.1,28.9
+La,Cr,na,20,80,0,Al2O3,600,20.4,96.5,0.0,52.4,59.2,34.1,0.0,0.0
+La,Cr,na,20,80,0,Al2O4,700,23.0,99.4,0.1,67.7,47.2,41.7,0.2,0.2
+La,Cr,na,20,80,0,Al2O5,800,24.7,99.8,0.5,71.1,38.1,38.5,1.0,1.0
+La,Cr,na,20,80,0,Al2O6,900,25.5,100.0,2.4,75.1,32.2,38.2,1.7,7.8
+La,Mn,na,20,80,0,Al2O3,600,17.7,96.8,0.5,15.9,84.2,11.2,1.9,0.9
+La,Mn,na,20,80,0,Al2O4,700,19.3,99.5,1.4,28.5,71.5,17.2,4.3,2.8
+La,Mn,na,20,80,0,Al2O5,800,21.3,99.8,2.8,35.5,60.6,22.0,6.7,6.6
+La,Mn,na,20,80,0,Al2O6,900,24.0,100.0,4.5,42.4,49.4,29.1,3.6,15.0
+Rb,Cr,na,30,70,0,Al2O3,600,16.7,94.3,0.0,5.1,94.1,18.2,0.0,0.0
+Rb,Cr,na,30,70,0,Al2O4,700,19.2,95.8,0.2,26.6,77.5,32.2,0.8,0.3
+Rb,Cr,na,30,70,0,Al2O5,800,21.7,98.0,1.4,41.3,59.7,31.5,3.1,3.3
+Rb,Cr,na,30,70,0,Al2O6,900,24.4,99.8,4.5,46.8,45.6,29.9,3.0,15.4
+Rb,V,na,30,70,0,Al2O3,600,0.4,1.4,0.0,0.0,22.7,1.5,0.0,0.0
+Rb,V,na,30,70,0,Al2O4,700,3.1,15.5,0.1,57.6,37.3,1.6,3.8,0.0
+Rb,V,na,30,70,0,Al2O5,800,17.6,99.7,0.1,20.9,80.0,8.4,0.5,0.3
+Rb,V,na,30,70,0,Al2O6,900,21.3,99.8,1.8,36.8,62.7,27.7,2.0,6.6
+Rb,Mn,na,30,70,0,Al2O3,600,16.0,94.1,0.4,5.6,90.8,3.6,1.7,0.6
+Rb,Mn,na,30,70,0,Al2O4,700,18.5,99.5,1.7,19.1,75.3,7.1,5.7,3.3
+Rb,Mn,na,30,70,0,Al2O5,800,20.8,100.0,3.5,30.0,60.0,11.3,8.6,8.4
+Rb,Mn,na,30,70,0,Al2O6,900,24.6,100.0,6.1,37.7,45.3,21.8,4.3,20.4

metadata/table_data/table2.csv

@@ -0,0 +1,125 @@
+Materials,Eg(eV),Ra,Rb,χpa,χpb,t,I1a,I1b,Ra/Rb,M,EAa,EAb,A_Tm,B_Tm,A_Tb,B_Tb,ρa,ρb
+BaTiO3,3.0,135.0,67.0,0.89,1.54,0.939,5.212,6.828,2.015,233.18,14.0,7.6,727.0,1670.0,1879.0,3287.0,3.62,4.51
+BaTi0.98Mo0.02O3,2.2,135.0,67.04,0.89,1.55,0.939,5.212,6.833,2.014,234.14,14.0,8.89,727.0,1689.04,1879.0,3314.04,3.62,4.62
+BaTi0.97Mo0.03O3,2.6,135.0,67.06,0.89,1.56,0.939,5.212,6.836,2.013,234.62,14.0,9.53,727.0,1698.56,1879.0,3327.56,3.62,4.68
+LaFe0.85Ti0.15O3,2.1,103.2,56.8,1.1,1.79,0.874,5.577,7.741,1.817,241.55,48.0,14.49,918.0,1557.8,3464.0,2924.9,6.15,7.37
+La0.925Sr0.075Fe0.925Ti0.075O3,2.1,104.31,55.9,1.09,1.81,0.882,5.586,7.822,1.866,238.31,44.75,15.09,907.43,1547.9,3307.85,2892.95,5.89,7.62
+SrTiO3,3.25,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,2.64,4.51
+SrTiO3,3.25,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,2.64,4.51
+AgTaO3,3.4,75.0,72.0,1.93,1.5,0.717,7.576,7.55,1.042,336.8,125.6,31.1,961.78,3007.0,2162.0,5458.0,10.5,16.4
+AgTa0.8Nb0.2O3,3.1,75.0,72.0,1.93,1.52,0.717,7.576,7.391,1.042,319.2,125.6,42.12,961.78,2901.0,2162.0,5315.2,10.5,14.83
+AgTa0.6Nb0.4O3,2.9,75.0,72.0,1.93,1.54,0.717,7.576,7.233,1.042,301.6,125.6,53.14,961.78,2795.0,2162.0,5172.4,10.5,13.27
+CaTiO3,3.6,100.0,67.0,1.0,1.54,0.82,6.113,6.828,1.493,135.96,1.8,7.6,842.0,1670.0,1484.0,3287.0,1.54,4.51
+SrSnO3,4.01,118.0,69.0,0.95,1.96,0.873,5.695,7.344,1.71,254.32,4.7,116.0,777.0,231.93,1382.0,2602.0,2.64,7.26
+SrSnO3,4.04,118.0,69.0,0.95,1.96,0.873,5.695,7.344,1.71,254.32,4.7,116.0,777.0,231.93,1382.0,2602.0,2.64,7.26
+Sr2/3Zn1/3TiO3,3.15,103.348,67.0,1.18,1.54,0.831,6.927,6.828,1.543,176.1,3.13,7.6,657.96,1670.0,1223.83,3287.0,4.14,4.51
+Ba5/6Zn1/6TiO3,3.2,124.813,67.0,1.017,1.54,0.905,5.91,6.828,1.863,221.17,11.66,7.6,675.65,1670.0,1716.68,3287.0,4.21,4.51
+NaTaO3,4.01,139.0,72.0,0.93,1.5,0.931,5.139,7.55,1.931,251.89,52.9,31.1,97.79,3007.0,882.94,5458.0,0.97,16.4
+NaTaO3,4.0,139.0,72.0,0.93,1.5,0.931,5.139,7.55,1.931,251.89,52.9,31.1,97.79,3007.0,882.94,5458.0,0.97,16.4
+NaTaO3,3.97,139.0,72.0,0.93,1.5,0.931,5.139,7.55,1.931,251.89,52.9,31.1,97.79,3007.0,882.94,5458.0,0.97,16.4
+NaNb0.5Ta0.5O3,3.43,139.0,72.0,0.93,1.55,0.931,5.139,7.154,1.931,207.9,52.9,58.65,97.79,2742.0,882.94,5101.0,0.97,12.49
+Sr0.9La0.1Ti0.9Cr0.1O3,2.31,116.52,66.45,0.97,1.55,0.879,5.683,6.822,1.753,189.04,9.03,13.27,791.1,1693.7,1590.2,3225.4,2.99,4.77
+Ba0.9La0.1Ti0.9Cr0.1O3,2.52,131.82,66.45,0.91,1.55,0.931,5.248,6.822,1.984,233.75,17.4,13.27,746.1,1693.7,2037.5,3225.4,3.87,4.77
+c-NaNbO3,3.29,139.0,72.0,0.93,1.6,0.931,5.139,6.759,1.931,163.9,52.9,86.2,97.79,2477.0,882.94,4744.0,0.97,8.57
+o-NaNbO3,3.45,139.0,72.0,0.93,1.6,0.931,5.139,6.759,1.931,163.9,52.9,86.2,97.79,2477.0,882.94,4744.0,0.97,8.57
+NaTaO3,4.01,139.0,72.0,0.93,1.5,0.931,5.139,7.55,1.931,251.89,52.9,31.1,97.79,3007.0,882.94,5458.0,0.97,16.4
+NaTa0.95Bi0.05O3,3.05,139.0,73.55,0.93,1.53,0.924,5.139,7.536,1.89,253.3,52.9,34.11,97.79,2870.22,882.94,5263.3,0.97,16.07
+NaTa0.925Bi0.075O3,2.95,139.0,74.325,0.93,1.54,0.92,5.139,7.53,1.87,254.0,52.9,35.62,97.79,2801.83,882.94,5165.95,0.97,15.9
+Na0.975Bi0.025TaO3,3.75,138.8,72.0,0.96,1.5,0.93,5.193,7.55,1.928,256.54,53.86,31.1,102.13,3007.0,899.97,5458.0,1.19,16.4
+Na0.95Bi0.05TaO3,3.65,138.6,72.0,0.99,1.5,0.929,5.246,7.55,1.925,261.19,54.82,31.1,106.47,3007.0,916.99,5458.0,1.41,16.4
+Na0.925Bi0.075TaO3,3.65,138.4,72.0,1.01,1.5,0.929,5.3,7.55,1.922,265.84,55.78,31.1,110.81,3007.0,934.02,5458.0,1.63,16.4
+Sr0.95Cr0.05TiO3,2.3,115.175,67.0,0.99,1.54,0.872,5.748,6.828,1.719,181.72,7.68,7.6,833.5,1670.0,1446.45,3287.0,2.87,4.51
+Sr0.95Cr0.05TiO3,2.3,115.175,67.0,0.99,1.54,0.872,5.748,6.828,1.719,181.72,7.68,7.6,833.5,1670.0,1446.45,3287.0,2.87,4.51
+Sr0.95Cr0.05TiO3,2.3,115.175,67.0,0.99,1.54,0.872,5.748,6.828,1.719,181.72,7.68,7.6,833.5,1670.0,1446.45,3287.0,2.87,4.51
+Sr0.95Cr0.05TiO3,2.3,115.175,67.0,0.99,1.54,0.872,5.748,6.828,1.719,181.72,7.68,7.6,833.5,1670.0,1446.45,3287.0,2.87,4.51
+Sr0.95Cr0.05TiO3,2.3,115.175,67.0,0.99,1.54,0.872,5.748,6.828,1.719,181.72,7.68,7.6,833.5,1670.0,1446.45,3287.0,2.87,4.51
+SrTiO3,3.23,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,2.64,4.51
+SrTiO3,3.1,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,2.64,4.51
+SrTiO3,3.1,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,2.64,4.51
+SrTiO3,3.1,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,2.64,4.51
+SrTiO3,3.1,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,2.64,4.51
+SrTiO3,3.1,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,2.64,4.51
+SrTiO3,3.1,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,2.64,4.51
+SrTiO3,2.0,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,2.64,4.51
+SrTi0.99Al 0.01O3,3.45,118.0,60.428,0.95,1.54,0.91,5.698,6.815,1.953,183.28,4.7,7.95,777.0,1923.0,1382.0,3551.8,2.64,4.52
+SrTiO3,3.3,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,2.64,4.51
+SrTi0.995Al0.005O3,3.4,118.0,66.9315,0.95,1.54,0.882,5.695,6.824,1.763,183.4,4.7,7.78,777.0,1664.95,1382.0,3283.16,2.64,4.5
+SrTi0.985Al 0.015O3,3.45,118.0,60.392,0.95,1.54,0.91,5.698,6.81,1.954,183.17,4.7,8.12,777.0,1918.0,1382.0,3547.7,2.64,4.51
+SrTiO3,3.16,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,2.64,4.51
+SrTi0.9Cr0.1O3−δ,2.31,118.0,66.45,0.95,1.55,0.884,5.695,6.822,1.776,183.91,4.7,13.27,777.0,1693.7,1382.0,3225.4,2.64,4.77
+La0.1Sr0.9Ti0.9Cr0.1O3,2.11,116.52,66.45,0.97,1.55,0.879,5.683,6.822,1.753,189.04,9.03,13.27,791.1,1693.7,1590.2,3225.4,2.99,4.77
+SrTiO3,3.25,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,2.64,4.51
+LaFeO3,2.11,103.2,55.0,1.1,1.83,0.882,5.577,7.902,1.876,242.75,48.0,15.7,918.0,1538.0,3464.0,2861.0,6.15,7.87
+LaFeO3,2.1,103.2,55.0,1.1,1.83,0.882,5.577,7.902,1.876,242.75,48.0,15.7,918.0,1538.0,3464.0,2861.0,6.15,7.87
+LaFeO3,2.08,103.2,55.0,1.1,1.83,0.882,5.577,7.902,1.876,242.75,48.0,15.7,918.0,1538.0,3464.0,2861.0,6.15,7.87
+LaFeO3,2.07,103.2,55.0,1.1,1.83,0.882,5.577,7.902,1.876,242.75,48.0,15.7,918.0,1538.0,3464.0,2861.0,6.15,7.87
+CaZrO3,4.0,100.0,72.0,1.0,1.33,0.8,6.113,6.634,1.389,179.3,1.8,41.1,842.0,1854.0,1484.0,4409.0,1.54,6.52
+Ca0.95La0.05Ti0.95Cr0.05O3,2.49,100.16,66.725,1.0,1.55,0.821,6.086,6.825,1.501,141.11,4.11,10.44,845.8,1681.85,1583.0,3256.2,1.77,4.64
+Ca0.9La0.1Ti0.9Cr0.1O3,2.48,100.32,66.45,1.01,1.55,0.823,6.06,6.822,1.51,146.25,6.42,13.27,849.6,1693.7,1682.0,3225.4,2.0,4.77
+Ca0.8La0.2Ti0.8Cr0.2O3,2.5,100.64,65.9,1.02,1.56,0.826,6.006,6.816,1.527,156.55,11.04,18.94,857.2,1717.4,1880.0,3163.8,2.46,5.04
+NaTaO3,3.91,139.0,72.0,0.93,1.5,0.931,5.139,7.55,1.931,251.89,52.9,31.1,97.79,3007.0,882.94,5458.0,0.97,16.4
+NaTa0.94Bi0.06O3,2.96,139.0,73.86,0.93,1.53,0.922,5.139,7.534,1.882,253.58,52.9,34.71,97.79,2842.86,882.94,5224.36,0.97,16.0
+NaTa0.92Bi0.08O3,2.88,139.0,74.48,0.93,1.54,0.92,5.139,7.528,1.866,254.14,52.9,35.92,97.79,2788.15,882.94,5146.48,0.97,15.87
+GaFeO3,2.185,62.0,55.0,1.81,1.83,0.732,5.999,7.902,1.127,173.57,29.0,15.7,29.77,1538.0,2204.0,2861.0,5.91,7.87
+Na0.985La0.015TaO3,4.0,138.955,72.0,0.93,1.5,0.93,5.146,7.55,1.93,253.63,52.83,31.1,110.09,3007.0,921.66,5458.0,1.05,16.4
+Na0.98La0.02TaO3,4.0,138.94,72.0,0.93,1.5,0.93,5.148,7.55,1.93,254.21,52.8,31.1,114.19,3007.0,934.56,5458.0,1.07,16.4
+Na0.95La0.05TaO3,4.0,138.85,72.0,0.94,1.5,0.93,5.161,7.55,1.928,257.69,52.66,31.1,138.8,3007.0,1011.99,5458.0,1.23,16.4
+Na0.92La0.08TaO3,4.0,138.76,72.0,0.94,1.5,0.93,5.174,7.55,1.927,261.16,52.51,31.1,163.41,3007.0,1089.42,5458.0,1.38,16.4
+BiFeO3,2.3,103.0,55.0,2.02,1.83,0.881,7.286,7.902,1.873,312.85,91.3,15.7,271.4,1538.0,1564.0,2861.0,9.79,7.87
+BaCeO3,3.16,135.0,101.0,0.89,1.12,0.807,5.212,5.539,1.337,325.4,14.0,47.0,727.0,1072.0,1879.0,3699.0,3.62,6.76
+BaCeO3,2.81,135.0,101.0,0.89,1.12,0.807,5.212,5.539,1.337,325.4,14.0,47.0,727.0,1072.0,1879.0,3699.0,3.62,6.76
+BaCeO3,2.3,135.0,101.0,0.89,1.12,0.807,5.212,5.539,1.337,325.4,14.0,47.0,727.0,1072.0,1879.0,3699.0,3.62,6.76
+BaCeO3,2.16,135.0,101.0,0.89,1.12,0.807,5.212,5.539,1.337,325.4,14.0,47.0,727.0,1072.0,1879.0,3699.0,3.62,6.76
+AgTaO3,3.44,75.0,72.0,1.93,1.5,0.717,7.576,7.55,1.042,336.8,125.6,31.1,961.78,3007.0,2162.0,5458.0,10.5,16.4
+AgNbO3,2.78,75.0,72.0,1.93,1.6,0.717,7.576,6.759,1.042,248.81,125.6,86.2,961.78,2477.0,2162.0,4744.0,10.5,8.57
+AgVO3,1.97,144.0,54.0,1.93,1.63,1.035,7.58,6.743,2.667,206.81,125.6,50.7,961.78,2160.0,2162.0,3650.0,10.5,6.11
+LaNiO3,2.7,103.2,56.0,1.1,1.91,0.877,5.577,7.64,1.843,245.59,48.0,111.5,918.0,1455.0,3464.0,2931.0,6.15,8.9
+LaNi0.95Fe0.05O3,3.2,103.2,55.95,1.1,1.91,0.878,5.577,7.653,1.845,245.45,48.0,106.71,918.0,1459.15,3464.0,2927.5,6.15,8.85
+LaNi0.95Cr0.05O3,3.5,103.2,56.275,1.1,1.9,0.876,5.577,7.596,1.834,245.26,48.0,109.14,918.0,1477.6,3464.0,2918.0,6.15,8.81
+LaNi0.95Co0.05O3,2.9,103.2,53.2,1.1,1.81,0.89,5.58,7.257,1.94,242.66,48.0,105.93,918.0,1639.7,3464.0,2854.75,6.15,8.46
+Sr(Ti0.7Fe0.3)0.99Sc0.01O3,1.46,118.0,63.511,0.95,1.62,0.896,5.695,7.145,1.858,185.84,4.7,10.11,777.0,1629.51,1382.0,3155.97,2.64,5.49
+Sr(Ti0.7Fe0.3)0.95Sc0.05O3,1.03,118.0,63.955,0.95,1.61,0.894,5.695,7.121,1.845,185.63,4.7,10.43,777.0,1625.93,1382.0,3143.04,2.64,5.39
+Sr(Ti0.7Fe0.3)0.9Sc0.1O3,0.91,118.0,64.51,0.95,1.6,0.892,5.695,7.092,1.829,185.36,4.7,10.84,777.0,1621.46,1382.0,3126.88,2.64,5.27
+BaSnO3,3.13,135.0,69.0,0.89,1.96,0.93,5.212,7.344,1.957,304.0,14.0,116.0,727.0,231.93,1879.0,2602.0,3.62,7.26
+LaFeO3,2.07,103.2,55.0,1.1,1.83,0.882,5.577,7.902,1.876,242.75,48.0,15.7,918.0,1538.0,3464.0,2861.0,6.15,7.87
+LaFeO3,2.07,103.2,55.0,1.1,1.83,0.882,5.577,7.902,1.876,242.75,48.0,15.7,918.0,1538.0,3464.0,2861.0,6.15,7.87
+LaFeO3,2.06,103.2,55.0,1.1,1.83,0.882,5.577,7.902,1.876,242.75,48.0,15.7,918.0,1538.0,3464.0,2861.0,6.15,7.87
+PrFeO3,2.08,99.0,55.0,1.13,1.83,0.867,5.473,7.902,1.8,244.75,0.0,15.7,931.0,1538.0,3520.0,2861.0,6.77,7.87
+PrFeO3,2.03,99.0,55.0,1.13,1.83,0.867,5.473,7.902,1.8,244.75,0.0,15.7,931.0,1538.0,3520.0,2861.0,6.77,7.87
+PrFeO3,1.88,99.0,55.0,1.13,1.83,0.867,5.473,7.902,1.8,244.75,0.0,15.7,931.0,1538.0,3520.0,2861.0,6.77,7.87
+BiFeO3,2.28,103.0,55.0,2.02,1.83,0.881,7.286,7.902,1.873,312.85,91.3,15.7,271.4,1538.0,1564.0,2861.0,9.79,7.87
+Ca0.9Ho0.1MnO3,1.6,99.01,58.0,1.02,1.55,0.854,6.104,7.434,1.707,155.5,1.62,0.0,1175.5,1246.0,1878.1,2061.0,2.27,7.3
+Ca0.7Ho0.3MnO3,1.8,97.03,58.0,1.07,1.55,0.846,6.086,7.434,1.673,180.47,1.26,0.0,1302.5,1246.0,2120.3,2061.0,3.72,7.3
+Ca0.6Ho0.4MnO3,1.8,96.04,58.0,1.09,1.55,0.843,6.076,7.434,1.656,192.95,1.08,0.0,1366.0,1246.0,2241.4,2061.0,4.45,7.3
+Ca0.9Sm0.1MnO3,1.6,99.58,58.0,1.02,1.55,0.856,6.066,7.434,1.717,154.05,1.62,0.0,865.2,1246.0,1515.0,2061.0,2.14,7.3
+Ca0.8Sm0.2MnO3,1.9,99.16,58.0,1.03,1.55,0.854,6.019,7.434,1.71,165.08,1.44,0.0,888.4,1246.0,1546.0,2061.0,2.74,7.3
+Ca0.7Sm0.3MnO3,2.4,98.74,58.0,1.05,1.55,0.853,5.972,7.434,1.702,176.12,1.26,0.0,911.6,1246.0,1577.0,2061.0,3.33,7.3
+Ca0.6Sm0.4MnO3,2.8,98.32,58.0,1.07,1.55,0.851,5.925,7.434,1.695,187.15,1.08,0.0,934.8,1246.0,1608.0,2061.0,3.93,7.3
+SrSnO3,3.85,118.0,69.0,0.95,1.96,0.873,5.695,7.344,1.71,254.32,4.7,116.0,777.0,231.93,1382.0,2602.0,2.64,7.26
+Sr0.6Ba0.4SnO3,3.34,124.8,69.0,0.93,1.96,0.896,5.502,7.344,1.809,274.19,8.42,116.0,757.0,231.93,1580.8,2602.0,3.03,7.26
+BaSnO3,3.1,135.0,69.0,0.89,1.96,0.93,5.212,7.344,1.957,304.0,14.0,116.0,727.0,231.93,1879.0,2602.0,3.62,7.26
+BaTi0.99Mo0.01O3,2.4,135.0,67.02,0.89,1.55,0.939,5.212,6.831,2.014,233.66,14.0,8.24,727.0,1679.52,1879.0,3300.52,3.62,4.57
+Bi0.5Na0.5TiO3,2.92,135.0,67.0,1.48,1.54,0.939,6.212,6.828,2.015,211.88,72.1,7.6,184.6,1670.0,1223.47,3287.0,5.38,4.51
+SrTiO3,3.25,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,2.64,4.51
+AgTa0.7Nb0.3O3,2.9,75.0,72.0,1.93,1.53,0.717,7.576,7.312,1.042,310.4,125.6,47.63,961.78,2848.0,2162.0,5243.8,10.5,14.05
+AgNbO3,2.8,75.0,72.0,1.93,1.6,0.717,7.576,6.759,1.042,248.81,125.6,86.2,961.78,2477.0,2162.0,4744.0,10.5,8.57
+BaTiO3,3.0,135.0,67.0,0.89,1.54,0.939,5.212,6.828,2.015,233.18,14.0,7.6,727.0,1670.0,1879.0,3287.0,3.62,4.51
+NaTaO3,3.94,139.0,72.0,0.93,1.5,0.931,5.139,7.55,1.931,251.89,52.9,31.1,97.79,3007.0,882.94,5458.0,0.97,16.4
+NaTaO3,3.98,139.0,72.0,0.93,1.5,0.931,5.139,7.55,1.931,251.89,52.9,31.1,97.79,3007.0,882.94,5458.0,0.97,16.4
+SrTiO3,3.22,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,2.64,4.51
+Ca0.9La0.1Ti0.9Cr0.1O3,2.49,100.32,66.45,1.01,1.55,0.823,6.06,6.822,1.51,146.25,6.42,13.27,849.6,1693.7,1682.0,3225.4,2.0,4.77
+NaTa0.975Bi0.025O3,3.65,139.0,72.775,0.93,1.51,0.927,5.139,7.543,1.91,252.59,52.9,32.61,97.79,2938.61,882.94,5360.65,0.97,16.23
+LaFeO3,2.09,103.2,55.0,1.1,1.83,0.882,5.577,7.902,1.876,242.75,48.0,15.7,918.0,1538.0,3464.0,2861.0,6.15,7.87
+CaTiO3,3.52,100.0,67.0,1.0,1.54,0.82,6.113,6.828,1.493,135.96,1.8,7.6,842.0,1670.0,1484.0,3287.0,1.54,4.51
+NaTa0.98Bi0.02O3,3.14,139.0,72.62,0.93,1.51,0.928,5.139,7.544,1.914,252.45,52.9,32.3,97.79,2952.29,882.94,5380.12,0.97,16.27
+NaTa0.96Bi0.04O3,3.02,139.0,73.24,0.93,1.52,0.925,5.139,7.539,1.898,253.01,52.9,33.51,97.79,2897.58,882.94,5302.24,0.97,16.14
+NaTa0.9Bi0.1O3,2.9,139.0,75.1,0.93,1.55,0.917,5.139,7.523,1.851,254.7,52.9,37.12,97.79,2733.44,882.94,5068.6,0.97,15.74
+GaFeO3,2.065,62.0,55.0,1.81,1.83,0.732,5.999,7.902,1.127,173.57,29.0,15.7,29.77,1538.0,2204.0,2861.0,5.91,7.87
+GaFeO3,2.02,62.0,55.0,1.81,1.83,0.732,5.999,7.902,1.127,173.57,29.0,15.7,29.77,1538.0,2204.0,2861.0,5.91,7.87
+NaTaO3,4.03,139.0,72.0,0.93,1.5,0.931,5.139,7.55,1.931,251.89,52.9,31.1,97.79,3007.0,882.94,5458.0,0.97,16.4
+Na0.995La0.005TaO3,4.01,138.985,72.0,0.93,1.5,0.931,5.141,7.55,1.93,252.47,52.88,31.1,101.89,3007.0,895.85,5458.0,1.0,16.4
+BaCeO3,2.91,135.0,101.0,0.89,1.12,0.807,5.212,5.539,1.337,325.4,14.0,47.0,727.0,1072.0,1879.0,3699.0,3.62,6.76
+SrTi0.7Fe0.3O3,2.38,118.0,63.4,0.95,1.63,0.897,5.695,7.15,1.861,185.89,4.7,10.03,777.0,1630.4,1382.0,3159.2,2.64,5.52
+Ca0.8Ho0.2MnO3,1.7,98.02,58.0,1.05,1.55,0.85,6.095,7.434,1.69,167.98,1.44,0.0,1239.0,1246.0,1999.2,2061.0,3.0,7.3
+Sr0.8Ba0.2SnO3,3.54,121.4,69.0,0.94,1.96,0.884,5.598,7.344,1.759,264.26,6.56,116.0,767.0,231.93,1481.4,2602.0,2.84,7.26
+Sr0.2Ba0.8SnO3,3.15,131.6,69.0,0.9,1.96,0.919,5.308,7.344,1.907,294.06,12.14,116.0,737.0,231.93,1779.6,2602.0,3.42,7.26

metadata/table_data/table23.csv

@@ -0,0 +1,301 @@
+No,M1,M2,M3,Support,C2 yield (%),CH4 conversion (%),C2 selectivity (%),Temp. (℃),CH4/O2 (mol/mol),Total flow (mL/min),PAr (atm)
+1,Li,K,Mn,MgO,8.2,29.0,28.3,800.0,2.0,10.0,0.15
+2,Li,Fe,Tb,MgO,4.7,24.7,19.1,850.0,2.0,10.0,0.4
+3,Li,Fe,Hf,MgO,2.5,28.1,8.8,900.0,2.0,10.0,0.15
+4,Na,Na,none,MgO,7.4,34.0,21.7,850.0,2.0,20.0,0.15
+5,Na,Ni,Y,MgO,1.0,24.6,4.1,750.0,6.0,20.0,0.7
+6,Na,Ce,Tb,MgO,3.8,32.1,11.9,900.0,6.0,20.0,0.15
+7,Na,Tb,Hf,MgO,8.6,30.9,27.7,800.0,2.0,20.0,0.15
+8,Na,Eu,Hf,MgO,16.6,35.6,46.7,750.0,2.0,10.0,0.15
+9,Mg,Ca,Zn,MgO,2.1,24.0,8.9,850.0,4.0,15.0,0.15
+10,Mg,Mn,none,MgO,7.9,27.1,29.0,850.0,2.0,20.0,0.15
+11,Mg,Zn,Eu,MgO,15.5,40.9,37.9,700.0,2.0,20.0,0.15
+12,Mg,Nd,none,MgO,9.5,35.5,26.8,850.0,2.0,20.0,0.7
+13,Ca,Zr,La,MgO,16.1,33.8,47.6,750.0,2.0,20.0,0.15
+14,Ti,Ni,Cs,MgO,1.6,33.2,4.8,800.0,2.0,20.0,0.4
+15,Ti,V,Ba,MgO,8.2,37.7,21.8,900.0,2.0,15.0,0.7
+16,V,Fe,Ni,MgO,7.6,34.3,22.0,800.0,2.0,15.0,0.15
+17,V,Mo,Pd,MgO,0.7,26.5,2.6,900.0,6.0,15.0,0.7
+18,V,Tb,W,MgO,6.7,33.6,19.9,850.0,2.0,15.0,0.15
+19,Fe,Y,Nd,MgO,3.6,21.5,16.9,800.0,2.0,20.0,0.15
+20,Fe,Zr,none,MgO,7.1,37.8,18.7,850.0,2.0,20.0,0.15
+21,Fe,Ce,Tb,MgO,6.2,25.0,25.0,800.0,2.0,10.0,0.15
+22,Fe,La,Hf,MgO,6.5,29.3,22.2,850.0,2.0,15.0,0.15
+23,Co,Zn,Sr,MgO,1.0,31.0,3.2,850.0,6.0,20.0,0.15
+24,Co,Zn,Tb,MgO,5.7,36.6,15.6,900.0,2.0,20.0,0.15
+25,Co,Y,Hf,MgO,7.0,26.6,26.4,700.0,2.0,20.0,0.15
+26,Ni,Y,Tb,MgO,5.6,18.3,30.7,900.0,4.0,20.0,0.7
+27,Y,La,Ce,MgO,12.1,37.8,32.1,700.0,2.0,20.0,0.15
+28,Mo,Cs,La,MgO,8.5,31.8,26.8,850.0,2.0,20.0,0.4
+29,Mo,Ce,Tb,MgO,7.3,33.2,22.0,800.0,2.0,20.0,0.15
+30,Li,Mg,Hf,Al2O3,3.2,40.4,7.9,850.0,2.0,15.0,0.15
+31,Li,Ca,Mn,Al2O3,7.2,38.4,18.8,850.0,2.0,20.0,0.15
+32,Li,Ti,La,Al2O3,15.5,37.4,41.4,850.0,2.0,15.0,0.7
+33,Li,Fe,none,Al2O3,9.2,32.2,28.4,850.0,2.0,10.0,0.7
+34,Li,Hf,none,Al2O3,4.9,35.2,14.0,900.0,2.0,20.0,0.4
+35,Na,K,Hf,Al2O3,8.2,32.0,25.7,850.0,2.0,10.0,0.4
+36,Na,Ti,Cu,Al2O3,11.5,20.7,55.9,850.0,4.0,20.0,0.4
+37,Na,Mn,Ni,Al2O3,1.2,26.6,4.5,850.0,6.0,20.0,0.7
+38,Na,Co,Ni,Al2O3,7.8,28.5,27.2,800.0,2.0,10.0,0.15
+39,Na,Co,none,Al2O3,9.3,35.7,26.2,850.0,2.0,10.0,0.7
+40,Na,Cu,Ce,Al2O3,3.2,27.4,11.5,900.0,2.0,10.0,0.15
+41,Mg,Mn,Cs,Al2O3,8.6,32.8,26.2,900.0,2.0,20.0,0.7
+42,Mg,Co,Ba,Al2O3,2.7,26.9,10.0,900.0,2.0,10.0,0.15
+43,Mg,La,Nd,Al2O3,8.2,37.7,21.6,850.0,2.0,20.0,0.15
+44,K,Mn,Ni,Al2O3,1.5,26.4,5.8,900.0,6.0,15.0,0.7
+45,K,Co,Cs,Al2O3,9.3,34.2,27.4,850.0,2.0,15.0,0.7
+46,K,Y,Hf,Al2O3,10.8,20.5,52.4,850.0,4.0,15.0,0.7
+47,K,La,W,Al2O3,4.7,24.0,19.7,800.0,2.0,20.0,0.4
+48,Ti,Mn,Y,Al2O3,10.4,32.4,32.2,850.0,2.0,20.0,0.15
+49,Ti,Fe,Mo,Al2O3,9.4,36.8,25.5,850.0,2.0,20.0,0.4
+50,Ti,Cs,La,Al2O3,7.6,30.7,24.9,800.0,2.0,20.0,0.4
+51,V,Cu,Ba,Al2O3,1.8,37.7,4.7,900.0,2.0,20.0,0.15
+52,Fe,Pd,Nd,Al2O3,11.6,20.3,57.3,850.0,4.0,20.0,0.15
+53,Fe,Ba,none,Al2O3,4.9,33.0,14.7,850.0,2.0,20.0,0.15
+54,Fe,La,W,Al2O3,2.7,36.3,7.5,850.0,2.0,20.0,0.15
+55,Co,Ni,Zr,Al2O3,1.3,32.3,4.1,900.0,2.0,20.0,0.15
+56,Co,Zn,Nd,Al2O3,10.2,36.1,28.3,850.0,2.0,20.0,0.4
+57,Co,Y,Tb,Al2O3,5.9,35.8,16.5,800.0,2.0,20.0,0.15
+58,Ni,Cu,Zr,Al2O3,1.6,37.8,4.2,750.0,4.0,20.0,0.7
+59,Ni,Zn,La,Al2O3,1.0,25.5,3.8,750.0,6.0,10.0,0.7
+60,Cu,Y,Ce,Al2O3,1.7,20.0,8.4,900.0,6.0,20.0,0.15
+61,Zn,Pd,Cs,Al2O3,2.0,26.9,7.6,850.0,6.0,15.0,0.7
+62,Sr,Pd,none,Al2O3,9.1,21.0,43.1,850.0,4.0,10.0,0.15
+63,Y,Pd,Ba,Al2O3,9.4,33.6,27.9,850.0,2.0,20.0,0.4
+64,Zr,Cs,La,Al2O3,9.3,31.2,29.7,850.0,2.0,15.0,0.7
+65,Ba,La,W,Al2O3,3.5,22.5,15.6,800.0,2.0,20.0,0.4
+66,Li,K,Co,SiO2,10.4,30.3,34.4,850.0,2.0,10.0,0.7
+67,Li,Fe,W,SiO2,6.5,36.9,17.7,900.0,2.0,20.0,0.4
+68,Li,Ni,none,SiO2,8.1,34.9,23.3,850.0,2.0,20.0,0.4
+69,Li,Nd,Tb,SiO2,8.4,26.4,31.8,850.0,2.0,20.0,0.4
+70,Li,Ni,Hf,SiO2,11.2,33.1,33.7,850.0,2.0,20.0,0.4
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+264,Sr,Y,Ce,La2O3,14.8,37.1,39.9,700.0,2.0,15.0,0.15
+265,Mo,Cs,Tb,La2O3,13.3,30.1,44.2,700.0,2.0,10.0,0.15
+266,Pd,Ce,Tb,La2O3,1.1,30.8,3.6,900.0,6.0,10.0,0.7
+267,Ba,Ce,Hf,La2O3,13.9,39.4,35.4,750.0,2.0,20.0,0.15
+268,La,Tb,none,La2O3,7.8,29.9,26.2,750.0,2.0,20.0,0.15
+269,Tb,Hf,W,La2O3,15.2,41.7,36.5,750.0,2.0,20.0,0.15
+270,Na,K,V,CeO2,6.6,34.3,19.4,850.0,2.0,20.0,0.15
+271,Na,V,Y,CeO2,7.3,38.3,19.1,850.0,2.0,20.0,0.15
+272,Mg,K,none,CeO2,8.5,28.8,29.6,800.0,2.0,10.0,0.15
+273,Mg,Fe,none,CeO2,7.0,27.5,25.5,800.0,2.0,10.0,0.15
+274,Mg,Ni,Zn,CeO2,1.3,26.7,4.9,800.0,6.0,20.0,0.15
+275,K,Co,Sr,CeO2,6.4,32.8,19.5,900.0,2.0,20.0,0.4
+276,K,La,Ce,CeO2,13.4,32.3,41.5,700.0,2.0,10.0,0.15
+277,K,Ce,Eu,CeO2,5.1,34.4,14.8,900.0,2.0,20.0,0.4
+278,Ti,Ni,Ba,CeO2,4.8,36.2,13.2,750.0,2.0,15.0,0.7
+279,Ti,Zn,Pd,CeO2,1.2,26.0,4.6,800.0,2.0,15.0,0.15
+280,V,Sr,W,CeO2,1.7,24.6,7.0,850.0,6.0,20.0,0.4
+281,V,Zr,Nd,CeO2,7.5,35.5,21.1,850.0,2.0,20.0,0.15
+282,V,Pd,W,CeO2,1.6,42.9,3.7,800.0,2.0,10.0,0.7
+283,Mn,Ni,Zn,CeO2,,,,,,,
+284,Mn,Ni,Y,CeO2,2.9,32.2,9.1,900.0,2.0,20.0,0.4
+285,Mn,Sr,La,CeO2,8.6,35.0,24.7,850.0,2.0,20.0,0.15
+286,Mn,Y,Zr,CeO2,6.6,26.8,24.8,800.0,2.0,10.0,0.15
+287,Mn,Ba,La,CeO2,8.6,34.9,24.7,850.0,2.0,20.0,0.15
+288,Mn,none,none,CeO2,4.9,28.7,17.1,800.0,2.0,20.0,0.15
+289,Mn,Eu,Hf,CeO2,6.2,35.1,17.7,800.0,2.0,20.0,0.15
+290,Fe,Zn,La,CeO2,3.5,24.1,14.7,800.0,2.0,10.0,0.15
+291,Fe,Y,La,CeO2,5.1,25.9,19.5,800.0,2.0,10.0,0.15
+292,Ni,Sr,Nd,CeO2,10.2,34.4,29.8,800.0,2.0,20.0,0.4
+293,Ni,Nd,Eu,CeO2,8.3,32.1,25.9,900.0,2.0,20.0,0.7
+294,Zn,Pd,Ce,CeO2,2.2,32.3,6.8,800.0,2.0,20.0,0.15
+295,Zn,La,Nd,CeO2,9.2,27.9,32.9,750.0,2.0,10.0,0.15
+296,Sr,Cs,none,CeO2,12.5,36.1,34.8,800.0,2.0,20.0,0.4
+297,Sr,Ce,none,CeO2,10.9,33.9,32.1,700.0,2.0,20.0,0.15
+298,Y,Zr,Eu,CeO2,7.2,35.6,20.2,850.0,2.0,20.0,0.15
+299,Mo,Pd,Ba,CeO2,1.4,45.3,3.0,850.0,2.0,20.0,0.7
+300,Cs,Ce,Nd,CeO2,5.9,30.7,19.1,800.0,2.0,15.0,0.15

metadata/table_data/table24.csv

@@ -0,0 +1,1973 @@
+Composition,Base,Dope,CH4Ead,ReactionE,CH3Ead
+BeH,Be,H,0.9920012573,-0.5036472184,-0.2309165998
+BeHe,Be,He,1.6698453015,0.5195295463,-1.567364187
+BeLi,Be,Li,1.5010630936,-0.9257165581,-0.0034702471
+BeBe,Be,Be,0.9625157899,-1.0112573332,-1.1368903705
+BeB,Be,B,0.8950839127,-0.1687564622,-1.0686270542
+BeC,Be,C,0.7072486129,-0.7332434365,-1.0923106164
+BeN,Be,N,0.1343645818,-0.1545919018,-2.4301610344
+BeO,Be,O,1.1576423282,-0.1679881735,-0.5133791665
+BeF,Be,F,0.4464098211,1.0070608056,0.1665390251
+BeNe,Be,Ne,2.544544062,0.1354608824,2.0082546507
+BeNa,Be,Na,2.9722288169,-1.4126433081,1.1416472049
+BeMg,Be,Mg,2.2002553223,-2.0427516217,-0.4684952001
+BeAl,Be,Al,1.7860942651,-1.1670984109,-0.7094053824
+BeSi,Be,Si,1.7160385703,-0.8390567334,-1.2158018722
+BeP,Be,P,1.4584678459,-1.4581452875,-1.6580622371
+BeS,Be,S,1.4424950941,-1.6041616363,-1.151047622
+BeCl,Be,Cl,2.7194869766,-1.0301961706,0.9312505033
+BeAr,Be,Ar,5.1540116901,-3.5285828129,1.4752279455
+BeK,Be,K,4.6926278522,-4.6765564207,-0.0766899624
+BeCa,Be,Ca,3.5545773884,-3.4223197251,-0.7737549367
+BeSc,Be,Sc,2.572644912,-3.204373407,-1.7047312822
+BeTi,Be,Ti,1.4260282984,-2.6083109319,-1.4907004633
+BeV,Be,V,1.3068526726,-2.8710335413,-1.6068104826
+BeCr,Be,Cr,1.1701838911,-2.7371914036,-1.3273399095
+BeMn,Be,Mn,1.1015717161,-2.7574355169,-1.4842480308
+BeFe,Be,Fe,0.9211762592,-2.6475245759,-1.5100565378
+BeCo,Be,Co,0.8916680264,-2.0891028344,-1.4039378347
+BeNi,Be,Ni,0.9399904761,-1.8969816629,-1.4841331888
+BeCu,Be,Cu,1.1301849842,-1.4241053883,-1.2097314064
+BeZn,Be,Zn,1.5027635486,-1.0985588585,-0.7653065896
+BeGa,Be,Ga,1.8340130669,-0.6476638355,-0.6730432601
+BeGe,Be,Ge,1.914949902,-1.0642357454,-0.9814919205
+BeAs,Be,As,1.8842396162,-1.6891559615,-1.311159916
+BeSe,Be,Se,1.7568526072,-1.8357103997,-1.342129504
+BeBr,Be,Br,3.6936964766,-2.7470241371,0.2693979616
+BeKr,Be,Kr,6.2686006724,-4.0673299672,1.8562441617
+BeRb,Be,Rb,2.7052164456,-1.8191424132,0.6178457716
+BeSr,Be,Sr,3.4897019432,-3.583333564,-0.7761272826
+BeY,Be,Y,3.6733654527,-4.322934515,-1.5678167623
+BeZr,Be,Zr,2.1298493139,-3.2727452927,-1.6826194868
+BeNb,Be,Nb,1.3164912584,-2.2937652872,-1.9966733171
+BeMo,Be,Mo,1.3104095001,-3.0755800079,-2.430617405
+BeRu,Be,Ru,1.0945021716,-2.2311254662,-1.4225072843
+BeRh,Be,Rh,1.0496126895,-1.773944039,-1.2416756599
+BePd,Be,Pd,1.0292898267,-1.4191483968,-1.296437398
+BeAg,Be,Ag,1.570998646,-1.2155887026,-0.9001584796
+BeCd,Be,Cd,2.5637049563,-2.3934756992,-0.7659321692
+BeIn,Be,In,3.0280972734,-2.5724723635,-0.9133388134
+BeSn,Be,Sn,2.0224507841,-1.1939930753,-1.4652634896
+BeSb,Be,Sb,2.6886381431,-1.3346858061,-1.2533494669
+BeTe,Be,Te,5.4641304931,-3.216848797,0.528650543
+BeI,Be,I,5.7582682591,-5.1650366309,-0.1524321942
+BeXe,Be,Xe,7.6927108112,-5.4814375746,1.5643634369
+BeCs,Be,Cs,6.4968712227,-5.5880784453,0.4329942288
+BeBa,Be,Ba,4.4262017184,-4.9514973795,-1.2705536256
+BeLa,Be,La,5.8580320439,-5.7561836617,-0.7945198756
+BeHf,Be,Hf,2.3991445441,-3.2815900689,-2.1660809872
+BeTa,Be,Ta,2.5816914921,-4.4481429996,-2.5632123938
+BeW,Be,W,2.0875668941,-3.7884336833,-2.6591768114
+BeRe,Be,Re,1.9249961821,-3.5414735945,-1.5769621344
+BeOs,Be,Os,1.8086500953,-3.1844935865,-1.6063900683
+BeIr,Be,Ir,1.7140589139,-2.6004466097,-1.5141646944
+BePt,Be,Pt,1.717878952,-2.1385610611,-1.4782123117
+BeAu,Be,Au,1.9539103111,-1.6757727141,-1.2018140763
+BeHg,Be,Hg,2.6785379169,-1.8812610951,-0.5806366964
+BeTl,Be,Tl,3.4590218128,-2.6318246226,-0.7899453453
+BePb,Be,Pb,4.1658968779,-2.2236437973,-1.0993280738
+BeBi,Be,Bi,4.8362314824,-3.1677936494,-0.7895741065
+CdH,Cd,H,0.157178492,-2.3765971566,-5.4363483019
+CdHe,Cd,He,0.1586285095,1.1384000073,-1.8866080676
+CdLi,Cd,Li,0.2072524079,0.3618791183,-2.5221591376
+CdBe,Cd,Be,0.3382231308,-1.321386552,-3.9171849862
+CdB,Cd,B,0.0353420109,-3.0785587695,-4.5988523603
+CdC,Cd,C,0.2582727674,-4.1606134817,-5.2687802873
+CdN,Cd,N,0.304053021,-4.6723348852,-5.3653425298
+CdO,Cd,O,-0.8146973558,-1.0333012167,-5.1222928319
+CdF,Cd,F,-0.0203542335,0.6534225558,-2.9497819559
+CdNe,Cd,Ne,0.2905016428,1.2062614818,-1.8348643821
+CdNa,Cd,Na,0.3216493015,0.738394653,-2.2490225692
+CdMg,Cd,Mg,0.3917459476,-0.0358242259,-2.9528582058
+CdAl,Cd,Al,0.2433838624,-0.8173722988,-3.8297085317
+CdSi,Cd,Si,0.2814051123,-1.1013267861,-3.8370226946
+CdP,Cd,P,0.3033922822,-1.0279847717,-3.8941368451
+CdS,Cd,S,0.205911254,0.3359233263,-3.4107136738
+CdCl,Cd,Cl,0.8380040083,0.6165501663,-2.0596483435
+CdAr,Cd,Ar,2.4816906349,1.3060944505,0.3153675791
+CdK,Cd,K,2.1546804953,0.6666251515,-0.5324073832
+CdCa,Cd,Ca,0.2946367508,-0.0303569427,-2.9890072401
+CdSc,Cd,Sc,-0.0829454124,-1.0708733815,-4.1310014848
+CdTi,Cd,Ti,-0.0071894969,-1.7667366275,-4.659086499
+CdV,Cd,V,0.1297428773,-1.8285717847,-4.4241748412
+CdCr,Cd,Cr,0.1844500758,-1.2406121372,-3.9533062376
+CdMn,Cd,Mn,0.1040146075,-1.2366679107,-4.0515231751
+CdFe,Cd,Fe,-0.0096364901,-1.6175039221,-4.5190599184
+CdCo,Cd,Co,0.1938098413,-1.5548077544,-4.2523380896
+CdNi,Cd,Ni,0.3099310828,-1.1196468159,-3.7846718663
+CdCu,Cd,Cu,0.2187529001,-0.2304965227,-3.234413476
+CdZn,Cd,Zn,0.4668628472,-0.1969731802,-3.1123640807
+CdGa,Cd,Ga,0.2361084396,-0.2810582262,-3.4113012491
+CdGe,Cd,Ge,0.3888068143,-0.5339572437,-3.3868678897
+CdAs,Cd,As,0.4154342694,-0.5130962563,-3.5294119105
+CdSe,Cd,Se,0.6158095108,-0.0633406533,-2.9619762212
+CdBr,Cd,Br,1.1270188685,1.0026277769,-1.3632534903
+CdKr,Cd,Kr,2.9297443198,0.8119486685,0.163689681
+CdRb,Cd,Rb,2.9837698713,-0.1845661942,-0.7465917802
+CdSr,Cd,Sr,1.6222085272,-0.59441733,-2.2108030261
+CdY,Cd,Y,0.0879418252,-0.8050229878,-3.7261357385
+CdZr,Cd,Zr,-0.109312159,-1.7132821607,-4.5918967131
+CdNb,Cd,Nb,-0.0309185136,-2.194922535,-4.8256529181
+CdMo,Cd,Mo,0.078208944,-2.308844439,-4.8071149179
+CdRu,Cd,Ru,0.1079262396,-1.9292895185,-4.4066418385
+CdRh,Cd,Rh,0.2435705649,-1.3087243759,-3.8237325575
+CdPd,Cd,Pd,0.2873977621,-0.302580789,-3.1485484431
+CdAg,Cd,Ag,0.5382117987,0.2917435455,-2.6699911356
+CdCd,Cd,Cd,0.6916235217,0.2890887753,-2.6312396414
+CdIn,Cd,In,0.6686432985,0.0271685149,-2.9489948097
+CdSn,Cd,Sn,0.5429532513,-0.1174490574,-3.2138242194
+CdSb,Cd,Sb,0.6035758833,-0.289767768,-3.2816393006
+CdTe,Cd,Te,0.8708366005,0.2403160389,-2.7372285261
+CdI,Cd,I,1.9169167595,0.4898098474,-1.3761632512
+CdXe,Cd,Xe,4.113814953,0.9984913197,1.3635490503
+CdCs,Cd,Cs,4.082936196,-0.5960427746,-1.6988694756
+CdBa,Cd,Ba,2.6451111469,-1.3155903145,-2.1523107908
+CdLa,Cd,La,1.0667145208,-1.3809950922,-3.4493215348
+CdHf,Cd,Hf,-0.0610683106,-1.79406066,-4.6875521373
+CdTa,Cd,Ta,-0.0452735025,-2.3430173926,-5.0170118246
+CdW,Cd,W,0.1386534699,-2.5510374687,-4.9831460387
+CdRe,Cd,Re,0.1471372644,-2.4250297099,-4.8449234073
+CdOs,Cd,Os,0.279390622,-2.2131060863,-4.5949101726
+CdIr,Cd,Ir,0.2603823801,-1.4911768871,-4.1393121466
+CdPt,Cd,Pt,0.3937145963,-0.7197847377,-3.4676651822
+CdAu,Cd,Au,0.5955959506,0.2241847443,-2.8378399783
+CdHg,Cd,Hg,0.8417455139,0.4311450573,-2.4579499625
+CdTl,Cd,Tl,0.8230956149,-0.0882143248,-2.676067822
+CdPb,Cd,Pb,0.4041809926,0.321218797,-2.811487569
+CdBi,Cd,Bi,0.4905051955,-0.1990785512,-3.2555872561
+CoH,Co,H,-9.192570352,12.554275276,0.674355299
+CoHe,Co,He,-7.47180122,11.955583957,1.824496338
+CoLi,Co,Li,-9.274245405,11.969857889,0.100386187
+CoBe,Co,Be,-8.870925402,11.011289194,-1.177142875
+CoB,Co,B,-8.87175591,10.532215413,-1.37416262
+CoC,Co,C,-8.90269077,9.267168046,-1.524063845
+CoN,Co,N,-8.845490646,8.978303609,-3.004754974
+CoO,Co,O,-9.086781607,8.970961234,-2.696974621
+CoF,Co,F,-12.403560902,15.690522854,0.292931047
+CoNe,Co,Ne,-6.205915027,11.876227635,2.906032411
+CoNa,Co,Na,-6.743148644,-0.547551316,0.350807942
+CoMg,Co,Mg,-7.924859153,0.244276244,-0.283351773
+CoAl,Co,Al,-8.159654064,-0.292004996,-1.154705069
+CoSi,Co,Si,-8.416682449,9.939176063,-1.32690674
+CoP,Co,P,-8.413472459,10.232236571,-0.98927639
+CoS,Co,S,-7.914014022,10.21487432,-0.566478391
+CoCl,Co,Cl,-6.232993998,11.106341398,0.058673705
+CoAr,Co,Ar,-3.428723432,11.478609401,0.422511858
+CoK,Co,K,-3.438180705,10.776784183,3.263228061
+CoCa,Co,Ca,-5.900964136,10.609657497,5.409645819
+CoSc,Co,Sc,-8.107580867,11.117519686,4.026786182
+CoTi,Co,Ti,-8.839122654,0.184660391,-1.236041554
+CoV,Co,V,-8.857132197,-0.371148391,-1.343967892
+CoCr,Co,Cr,-8.550924021,-0.356592139,-1.486926644
+CoMn,Co,Mn,-8.562645983,-0.724576224,-1.577632346
+CoFe,Co,Fe,-8.693180298,-0.13793784,-1.458071144
+CoCo,Co,Co,-9.104300151,0.330208091,-1.410029763
+CoNi,Co,Ni,-8.517567404,-0.108183401,-1.460412579
+CoCu,Co,Cu,-8.808347088,10.996093827,-1.105580521
+CoZn,Co,Zn,-8.188828585,1.380752845,-0.779795874
+CoGa,Co,Ga,-7.786198757,1.033840902,-0.99206734
+CoGe,Co,Ge,-7.618820136,0.401981036,-0.830001943
+CoAs,Co,As,-7.603542315,0.186399168,-0.723326516
+CoSe,Co,Se,-7.432968908,10.245628129,-0.093756261
+CoBr,Co,Br,-5.458038588,11.091252199,0.357092515
+CoKr,Co,Kr,-2.668945959,10.910417717,1.980633071
+CoRb,Co,Rb,-1.927423024,10.215534138,7.841248036
+CoSr,Co,Sr,-5.413160736,11.860366879,5.730250273
+CoY,Co,Y,-6.477230189,10.620962299,5.442793466
+CoZr,Co,Zr,-8.151380678,0.81167602,-1.458742887
+CoNb,Co,Nb,-8.662440049,0.827710991,-1.58308025
+CoMo,Co,Mo,-8.820537959,0.582922501,-1.736247825
+CoRu,Co,Ru,-8.784739144,0.346988336,-1.569673729
+CoRh,Co,Rh,-8.622427392,0.712337929,-1.382308068
+CoPd,Co,Pd,-8.491766886,9.948304191,-1.308226233
+CoAg,Co,Ag,-8.118483932,10.248974096,-0.801980956
+CoCd,Co,Cd,-7.375707579,10.444431949,-0.36050843
+CoIn,Co,In,-7.005955655,10.212135622,-0.771278001
+CoSn,Co,Sn,-6.806778712,9.890598724,-0.873687092
+CoSb,Co,Sb,-6.744896082,9.398504771,-1.09819558
+CoTe,Co,Te,-6.416171479,9.443958948,-1.064823007
+CoI,Co,I,-4.829946379,9.633788281,0.487556559
+CoXe,Co,Xe,-2.437608441,10.189623036,3.096520512
+CoCs,Co,Cs,-1.3511756,10.507743739,6.456976788
+CoBa,Co,Ba,-3.683084792,11.726486946,5.406532536
+CoLa,Co,La,-5.542830716,10.902517101,4.461565871
+CoHf,Co,Hf,-8.246073695,10.261561009,-1.12006461
+CoTa,Co,Ta,-8.618610627,10.359195572,-1.179844361
+CoW,Co,W,-8.75427665,10.193543884,-1.493365638
+CoRe,Co,Re,-8.741402769,10.143816193,-1.637880126
+CoOs,Co,Os,-8.837897987,9.492855054,-1.834557191
+CoIr,Co,Ir,-8.534423085,9.350242842,-1.649080427
+CoPt,Co,Pt,-8.324653902,9.64054731,-1.368575092
+CoAu,Co,Au,-7.817449358,9.877977994,-0.797693229
+CoHg,Co,Hg,-6.825661651,9.807825415,0.216182609
+CoTl,Co,Tl,-6.164160656,9.789106716,0.252952309
+CoPb,Co,Pb,-5.634510312,9.491457715,-0.552424752
+CoBi,Co,Bi,-5.219987262,9.127089015,0.083201169
+HfH,Hf,H,-0.920928864,-7.782561035,-2.503815764
+HfHe,Hf,He,0.130513679,-5.809699715,0.848524162
+HfLi,Hf,Li,-0.326267662,-7.984274171,-1.780377221
+HfBe,Hf,Be,0.191109732,-7.915807107,-1.706292813
+HfB,Hf,B,-0.252420891,-7.798095756,-2.094562106
+HfC,Hf,C,1.036226745,-9.431567373,-1.90552592
+HfN,Hf,N,3.688027788,-10.131275042,-0.807307758
+HfO,Hf,O,0.116469543,-7.457059771,-1.312411799
+HfF,Hf,F,-3.997697378,-4.673461385,-1.639604103
+HfNe,Hf,Ne,0.420044392,-7.522670651,-0.936702574
+HfNa,Hf,Na,0.159305488,-8.216914276,-1.456321089
+HfMg,Hf,Mg,0.004292815,-7.677346326,-1.218933863
+HfAl,Hf,Al,0.372635046,-7.574266623,-1.219652329
+HfSi,Hf,Si,0.136613182,-7.508607003,-1.092382557
+HfP,Hf,P,0.099478092,-6.806547089,-0.65134027
+HfS,Hf,S,0.12965045,-6.573176847,-0.101135875
+HfCl,Hf,Cl,0.259001011,-6.364060517,0.707401507
+HfAr,Hf,Ar,2.689871267,-6.164933035,2.34830135
+HfK,Hf,K,2.094586047,-6.644083946,1.925924472
+HfCa,Hf,Ca,0.49960268,-8.959839836,-1.36443998
+HfSc,Hf,Sc,-0.228071368,-8.543174002,-1.742516061
+HfTi,Hf,Ti,-0.311210202,-8.139542316,-1.5265253
+HfV,Hf,V,-0.170150591,-8.218398572,-1.350260202
+HfCr,Hf,Cr,-0.227390349,-7.897104735,-1.326460701
+HfMn,Hf,Mn,-0.175866467,-7.925343255,-1.412833462
+HfFe,Hf,Fe,-0.282587877,1.315305139,-1.346666456
+HfCo,Hf,Co,-0.955772197,2.754768771,-1.780005352
+HfNi,Hf,Ni,-0.030121448,-7.800889302,-1.225690024
+HfCu,Hf,Cu,-0.498273335,-6.896984229,-1.242145214
+HfZn,Hf,Zn,0.050608625,-7.161570701,-1.112118665
+HfGa,Hf,Ga,0.144139583,-7.440330442,-1.017738108
+HfGe,Hf,Ge,0.422369727,-7.338221659,-0.753408787
+HfAs,Hf,As,0.402311339,-6.686503787,-0.299486958
+HfSe,Hf,Se,0.4380099,-6.387336418,0.316278316
+HfBr,Hf,Br,0.357804797,-6.059123215,0.642214729
+HfKr,Hf,Kr,2.713296385,-6.436501381,2.570944268
+HfRb,Hf,Rb,3.081018455,-7.854041691,1.48949392
+HfSr,Hf,Sr,1.642375316,-8.805822821,-0.212966219
+HfY,Hf,Y,0.226814879,-8.242484525,-1.16578557
+HfZr,Hf,Zr,-0.161260588,-8.823373096,-1.733656114
+HfNb,Hf,Nb,-0.111475527,-8.257127019,-1.468551628
+HfMo,Hf,Mo,0.16984689,-8.474889041,-1.534561395
+HfRu,Hf,Ru,-0.360042881,-7.326326976,-1.519566104
+HfRh,Hf,Rh,-0.249726521,-7.382364763,-1.07075344
+HfPd,Hf,Pd,-0.441023244,-6.996021206,-1.045012247
+HfAg,Hf,Ag,-0.38638531,-6.700345029,-0.855182479
+HfCd,Hf,Cd,0.111413312,-7.304417939,-0.776049436
+HfIn,Hf,In,0.38313887,-7.443000911,-0.748738371
+HfSn,Hf,Sn,0.617985277,-7.304989088,-0.564085732
+HfSb,Hf,Sb,0.424624319,-6.440321265,-0.204941494
+HfTe,Hf,Te,0.349735457,-6.569849155,-0.164164144
+HfI,Hf,I,0.977746284,-6.371233917,0.338020388
+HfXe,Hf,Xe,2.712925591,-7.149354239,1.843896211
+HfCs,Hf,Cs,3.717264678,-8.411666564,1.844625495
+HfBa,Hf,Ba,2.575335971,-7.981761026,0.914011071
+HfLa,Hf,La,1.473937138,-8.522829984,-0.399592859
+HfHf,Hf,Hf,-0.134521434,-8.028833975,-1.407133074
+HfTa,Hf,Ta,-0.034230292,-8.482584569,-1.548916719
+HfW,Hf,W,-0.409539657,-7.978881334,-1.637183904
+HfRe,Hf,Re,-0.415757354,-7.546148059,-1.688464793
+HfOs,Hf,Os,-0.465798028,-7.282253233,-1.657026919
+HfIr,Hf,Ir,-0.25496453,-7.383748694,-1.140662606
+HfPt,Hf,Pt,-0.276104096,-7.326848011,-1.232346889
+HfAu,Hf,Au,-0.113915579,-7.040515,-0.855554287
+HfHg,Hf,Hg,0.227101345,-7.31827385,-0.64719502
+HfTl,Hf,Tl,0.427919144,-6.986963154,-0.517169965
+HfPb,Hf,Pb,0.588986598,-6.546207121,-0.064283262
+HfBi,Hf,Bi,0.465334803,-7.308433774,-0.311323506
+MgH,Mg,H,-0.6462157916,-2.8512183092,-6.056525923
+MgHe,Mg,He,-0.6882871578,0.3295672077,-3.0852950044
+MgLi,Mg,Li,-0.5807812216,-0.6843921355,-3.8601762085
+MgBe,Mg,Be,-0.8027685245,-1.7018334116,-4.9562247978
+MgB,Mg,B,-0.1125919109,-1.0595131591,-5.0631728197
+MgC,Mg,C,0.1653878836,-0.5897624355,-4.5090456854
+MgN,Mg,N,-0.5249260954,0.5738830538,-3.6259980374
+MgO,Mg,O,-1.4225868843,2.0574581414,-2.8548929035
+MgF,Mg,F,-4.5098377628,4.3875530567,-3.633013758
+MgNe,Mg,Ne,-0.6576443341,1.5000828483,-2.6452092147
+MgNa,Mg,Na,-0.594962386,-0.2326845732,-3.5726931727
+MgMg,Mg,Mg,-0.6354313158,-0.6220033566,-3.7895368367
+MgAl,Mg,Al,-0.6713330688,-1.1581226849,-4.3537396059
+MgSi,Mg,Si,-0.7321785761,-0.6862224366,-4.2067156183
+MgP,Mg,P,-0.7519526735,-0.3024755409,-3.9365885109
+MgS,Mg,S,-0.3916632042,0.0765496494,-3.197430237
+MgCl,Mg,Cl,-0.3452521197,1.1660584634,-2.5926819276
+MgAr,Mg,Ar,-0.4534939677,1.886083786,-1.2741069996
+MgK,Mg,K,-0.0891978121,0.7555570398,-2.4209231604
+MgCa,Mg,Ca,-0.72796691,-1.5066816127,-4.8396521666
+MgSc,Mg,Sc,-0.5739307197,-2.0775565863,-5.0906062119
+MgTi,Mg,Ti,-0.854154599,-2.3868230563,-5.7181313163
+MgV,Mg,V,-0.7509517265,-2.2170912243,-5.3802150615
+MgCr,Mg,Cr,-0.790941105,-1.7133186208,-4.9398770138
+MgMn,Mg,Mn,-0.8249273063,-1.7644745048,-5.0006888255
+MgFe,Mg,Fe,-0.930345909,-2.0582032403,-5.3392025466
+MgCo,Mg,Co,-1.4069500236,-1.747708816,-5.5177782086
+MgNi,Mg,Ni,-1.0156428271,-1.5399014126,-4.9986727218
+MgCu,Mg,Cu,-1.1697337223,-0.6904008477,-4.4878611536
+MgZn,Mg,Zn,-0.8324599598,-0.7070863841,-4.166028463
+MgGa,Mg,Ga,-0.669418536,-0.704448673,-4.1260398085
+MgGe,Mg,Ge,-0.5972402901,-0.3526086795,-3.7394900363
+MgAs,Mg,As,-0.6384457027,0.0360698776,-3.4997509765
+MgSe,Mg,Se,-0.3550831296,0.4026160469,-2.9378978728
+MgBr,Mg,Br,-0.6223276891,1.6195453316,-2.2029670579
+MgKr,Mg,Kr,0.045239686,2.3697679161,-0.9211486452
+MgRb,Mg,Rb,0.1551459104,-0.4768344557,-2.8490820538
+MgSr,Mg,Sr,-0.5375823156,-0.1283243235,-4.3722511204
+MgY,Mg,Y,-0.5028443258,-1.4974267826,-4.4315168506
+MgZr,Mg,Zr,-0.5778362291,-2.2115948843,-5.3990952752
+MgNb,Mg,Nb,-0.7266708593,-2.4830792301,-5.7006316372
+MgMo,Mg,Mo,-0.7959899454,-2.4943645165,-5.6514356447
+MgRu,Mg,Ru,-0.8672938229,-2.0757167924,-5.2914263776
+MgRh,Mg,Rh,-0.9148696303,-1.3710680803,-4.7554131874
+MgPd,Mg,Pd,-1.0122456876,-0.5363029808,-4.2807698717
+MgAg,Mg,Ag,-1.0187810674,-0.1317518176,-3.8900908357
+MgCd,Mg,Cd,-0.9892623792,0.1439456321,-3.7464578689
+MgIn,Mg,In,-1.0080279759,0.3216331989,-3.6975220739
+MgSn,Mg,Sn,-0.9036307041,0.4733986467,-3.301088691
+MgSb,Mg,Sb,-0.8718872403,0.9887028411,-3.2550903476
+MgTe,Mg,Te,-0.6224907507,1.1753451377,-2.956047982
+MgI,Mg,I,-0.8751511846,1.853261727,-2.4366774154
+MgXe,Mg,Xe,0.2941217443,2.4270853095,-0.8468943489
+MgCs,Mg,Cs,0.2652556879,2.6917056173,-4.3552706122
+MgBa,Mg,Ba,-0.2008170909,0.6000839153,-2.6054350037
+MgLa,Mg,La,-0.5008027374,-1.1449435879,-4.5552094615
+MgHf,Mg,Hf,-0.6510869067,-2.1734023019,-5.4392829228
+MgTa,Mg,Ta,-0.7043712311,-2.6101032878,-5.760538758
+MgW,Mg,W,-0.7972833527,-2.726510164,-5.8969169509
+MgRe,Mg,Re,-0.7934082533,-2.6994122991,-5.7757553337
+MgOs,Mg,Os,-0.8656276471,-2.3236806025,-5.3970185163
+MgIr,Mg,Ir,-0.8256793759,-1.801540906,-4.9919414112
+MgPt,Mg,Pt,-0.9408047938,-0.970727961,-4.5719690447
+MgAu,Mg,Au,-0.7643288326,-0.4883770799,-4.0522006803
+MgHg,Mg,Hg,-0.8358819323,0.2139515343,-3.6505149886
+MgTl,Mg,Tl,-0.9673288818,0.7075018561,-3.3770542702
+MgPb,Mg,Pb,-0.8879432226,1.0849169667,-3.0431913952
+MgBi,Mg,Bi,-0.7228274581,1.2960496622,-3.1251539186
+OsH,Os,H,-0.357048723,-5.578372075,-2.615174755
+OsHe,Os,He,1.490200182,-3.436860289,1.653484118
+OsLi,Os,Li,0.817572693,-3.72261558,0.37660495
+OsBe,Os,Be,0.915035054,-4.508638863,-0.224434337
+OsB,Os,B,0.930883659,-5.430172323,-0.843199699
+OsC,Os,C,0.690630342,-7.307469723,-2.871655461
+OsN,Os,N,0.632018977,-4.933552833,-1.455328397
+OsO,Os,O,-1.537910346,-5.448627977,-3.008872241
+OsF,Os,F,0.506778137,-3.94511249,-0.30380664
+OsNe,Os,Ne,3.262088748,-3.787157513,2.909870482
+OsNa,Os,Na,2.469816452,-5.380394613,0.669438494
+OsMg,Os,Mg,1.432226554,-5.344055185,-0.11432745
+OsAl,Os,Al,1.306576982,-5.661686003,-0.848032937
+OsSi,Os,Si,1.531284877,-5.989862408,-0.892472126
+OsP,Os,P,1.519447367,-6.123192492,-1.258866464
+OsS,Os,S,1.166022843,-7.606232525,-2.731275918
+OsCl,Os,Cl,2.612124052,-7.080817264,-0.777441997
+OsAr,Os,Ar,4.278563218,-8.234596005,0.145618997
+OsK,Os,K,3.849964683,-6.562572846,1.146220639
+OsCa,Os,Ca,2.715075612,-5.941924139,0.868721825
+OsSc,Os,Sc,1.475744342,-5.037761151,0.381712795
+OsTi,Os,Ti,0.821203455,-4.888941299,-0.799427746
+OsV,Os,V,0.602792272,-5.156949539,-0.958558061
+OsCr,Os,Cr,0.569021295,-5.370041351,-1.008496127
+OsMn,Os,Mn,0.734656673,-5.452271011,-1.048706884
+OsFe,Os,Fe,0.791861116,-5.584511781,-1.109993219
+OsCo,Os,Co,0.739043711,-5.558317825,-1.238692997
+OsNi,Os,Ni,0.946802195,-5.298140636,-1.11392498
+OsCu,Os,Cu,1.174681694,-4.931206988,-0.545304876
+OsZn,Os,Zn,1.401610876,-5.272113607,-0.304567232
+OsGa,Os,Ga,1.823370969,-5.057761199,-0.493127448
+OsGe,Os,Ge,1.925108682,-6.234648659,-0.945256704
+OsAs,Os,As,2.057360246,-6.220860563,-1.274500634
+OsSe,Os,Se,1.870716474,-7.372604033,-1.96537537
+OsBr,Os,Br,5.527538547,-7.441451041,0.915844996
+OsKr,Os,Kr,3.926228526,-6.902043371,0.450454407
+OsRb,Os,Rb,3.766177851,-6.2342426,1.768620526
+OsSr,Os,Sr,3.255689576,-5.440782972,1.909471189
+OsY,Os,Y,2.224666335,-4.967401614,1.187240043
+OsZr,Os,Zr,1.444400262,-5.306256131,-0.086029301
+OsNb,Os,Nb,0.984985813,-5.399686146,-0.650799424
+OsMo,Os,Mo,0.719280437,-4.59007132,-0.443339402
+OsRu,Os,Ru,0.77653317,-5.151331336,-0.842777028
+OsRh,Os,Rh,1.007662463,-5.009558951,-0.672631252
+OsPd,Os,Pd,1.352324809,-4.83092409,-0.490009143
+OsAg,Os,Ag,1.907865703,-5.364847949,-0.191828717
+OsCd,Os,Cd,2.507967492,-4.952996542,0.877544863
+OsIn,Os,In,2.031617132,-5.199056306,0.522542218
+OsSn,Os,Sn,2.223415945,-5.947887631,-0.183578764
+OsSb,Os,Sb,2.38819721,-6.09389034,-0.481915859
+OsTe,Os,Te,2.230626648,-5.896605742,-0.425102293
+OsI,Os,I,3.078922729,-4.803996459,0.801798271
+OsXe,Os,Xe,3.893943401,-4.307137192,3.003285566
+OsCs,Os,Cs,3.564161978,-7.117233648,0.354046421
+OsBa,Os,Ba,3.047911867,-2.976386481,3.749403532
+OsLa,Os,La,3.559400205,-6.075306111,1.441224015
+OsHf,Os,Hf,1.473467839,-5.429088973,-0.122902847
+OsTa,Os,Ta,1.025615129,-4.92458231,-0.508572436
+OsW,Os,W,0.787856552,-4.829884824,-0.704223214
+OsRe,Os,Re,0.836145544,-5.135296719,-0.957344639
+OsOs,Os,Os,0.922001147,-5.324801908,-1.054737452
+OsIr,Os,Ir,1.128536217,-5.196878639,-1.07549766
+OsPt,Os,Pt,1.538576933,-5.291979091,-0.906152968
+OsAu,Os,Au,2.180774289,-5.105627571,-0.179789143
+OsHg,Os,Hg,2.166453246,-5.622311594,0.07979863
+OsTl,Os,Tl,2.856288984,-5.620775461,0.78486527
+OsPb,Os,Pb,3.292801702,-6.446176364,0.382290141
+OsBi,Os,Bi,2.515901568,-6.175534552,-0.061066841
+RuH,Ru,H,-3.821082375,-4.134871863,-2.865603474
+RuHe,Ru,He,-2.037373581,-2.239279423,1.347445978
+RuLi,Ru,Li,-2.863035372,-2.664761495,-0.040992309
+RuBe,Ru,Be,-2.653349726,-3.351760476,-0.833933511
+RuB,Ru,B,-2.636826238,-4.323234938,-1.555129684
+RuC,Ru,C,-3.541268777,-5.16679242,-3.180917514
+RuN,Ru,N,-4.056690121,-4.465363908,-2.824494132
+RuO,Ru,O,-4.86732958,-4.268656977,-3.625498573
+RuF,Ru,F,-4.844176572,-0.86861565,-0.138132076
+RuNe,Ru,Ne,-1.138830136,-3.972482612,0.894839525
+RuNa,Ru,Na,-1.396062745,-4.372374091,0.025523481
+RuMg,Ru,Mg,-2.185546299,-3.603036853,-0.409501889
+RuAl,Ru,Al,-2.139831906,-4.249782888,-0.889318182
+RuSi,Ru,Si,-2.062461377,-4.710131476,-1.094258574
+RuP,Ru,P,-2.098683813,-4.851242889,-1.351907493
+RuS,Ru,S,-1.92841626,-5.129509272,-1.813837039
+RuCl,Ru,Cl,-1.341226806,-4.439165767,-0.557669214
+RuAr,Ru,Ar,0.403393311,-5.124601505,0.77227257
+RuK,Ru,K,-0.65360892,-4.653932047,0.702186752
+RuCa,Ru,Ca,-2.055781295,-4.054905289,-0.247675885
+RuSc,Ru,Sc,-2.335476694,-4.158953852,-0.855416276
+RuTi,Ru,Ti,-3.019663559,-3.804964301,-1.153613158
+RuV,Ru,V,-3.011952407,-3.702020432,-1.207004512
+RuCr,Ru,Cr,-3.17363155,-3.782752019,-1.284928848
+RuMn,Ru,Mn,-2.937355418,-3.706965331,-1.301162111
+RuFe,Ru,Fe,-3.415778542,-3.390548447,-1.321607869
+RuCo,Ru,Co,-4.029230784,-2.936240129,-1.453320323
+RuNi,Ru,Ni,-2.920598318,-3.688564806,-1.338097162
+RuCu,Ru,Cu,-3.342302495,-2.846882925,-0.874226802
+RuZn,Ru,Zn,-2.343681411,-3.749794908,-0.645528853
+RuGa,Ru,Ga,-1.997378505,-4.059193789,-0.689693635
+RuGe,Ru,Ge,-1.746188743,-4.800673056,-0.986346275
+RuAs,Ru,As,-1.71125757,-5.081056166,-1.088507476
+RuSe,Ru,Se,-1.623954295,-5.513090155,-1.62927488
+RuBr,Ru,Br,-0.929677315,-4.822191873,-0.350089551
+RuKr,Ru,Kr,-2.889325376,-2.168611185,0.275882819
+RuRb,Ru,Rb,0.375354449,-5.813940324,0.468649685
+RuSr,Ru,Sr,-1.44156942,-4.701614235,-0.234013225
+RuY,Ru,Y,-1.735836927,-5.014323637,-0.809645281
+RuZr,Ru,Zr,-2.178305781,-4.456521466,-1.181790668
+RuNb,Ru,Nb,-2.658703725,-4.262893752,-1.453198961
+RuMo,Ru,Mo,-2.830326886,-3.728590537,-1.26692225
+RuRu,Ru,Ru,-2.886025887,-3.897363977,-1.398932689
+RuRh,Ru,Rh,-2.798420334,-4.098130853,-1.423933915
+RuPd,Ru,Pd,-2.506300249,-4.081279376,-1.27234724
+RuAg,Ru,Ag,-2.317847611,-3.909045649,-0.818017152
+RuCd,Ru,Cd,-1.83528787,-4.583381677,-0.706955855
+RuIn,Ru,In,-1.543358081,-4.949283541,-0.937982556
+RuSn,Ru,Sn,-2.133790144,-4.130131768,-1.065327382
+RuSb,Ru,Sb,-2.016087531,-4.637354501,-1.18375131
+RuTe,Ru,Te,-1.500712337,-5.117270942,-1.334341976
+RuI,Ru,I,0.081478486,-5.922758269,-0.291547093
+RuXe,Ru,Xe,3.550473239,-8.853789936,0.312057439
+RuCs,Ru,Cs,1.457367497,-7.377027478,0.168270022
+RuBa,Ru,Ba,1.154141185,-7.288826871,-0.345219378
+RuLa,Ru,La,0.299866632,-6.870458932,-0.514429063
+RuHf,Ru,Hf,-2.270273356,-4.521685653,-1.284663888
+RuTa,Ru,Ta,-2.579786969,-4.339008476,-1.599393361
+RuW,Ru,W,-2.727334175,-4.210020704,-1.497958683
+RuRe,Ru,Re,-2.714035542,-4.046141146,-1.531577906
+RuOs,Ru,Os,-2.768791042,-4.095058207,-1.626224891
+RuIr,Ru,Ir,-2.592135038,-4.404180314,-1.698562149
+RuPt,Ru,Pt,-2.223498513,-4.473852814,-1.542464767
+RuAu,Ru,Au,-1.812095241,-4.661021256,-1.153897799
+RuHg,Ru,Hg,-1.76343908,-4.630247278,-0.684034147
+RuTl,Ru,Tl,-1.533709847,-4.614458985,-0.685366812
+RuPb,Ru,Pb,-1.809359137,-4.262569764,-0.691942931
+RuBi,Ru,Bi,-0.822774454,-5.693104368,-0.932994893
+ScH,Sc,H,0.0687311396,-0.2900418928,-3.9935349461
+ScHe,Sc,He,0.4478647409,2.1987525707,0.6043918561
+ScLi,Sc,Li,0.1160718394,1.3074319489,-0.707499129
+ScBe,Sc,Be,0.1177282976,0.2708922649,-1.7293516671
+ScB,Sc,B,0.1148334654,-0.1271064833,-1.9776208286
+ScC,Sc,C,2.2819298026,-3.9265059955,-3.2930690058
+ScN,Sc,N,2.9373317144,-2.7207950036,-1.5328704032
+ScO,Sc,O,-0.0912186938,-4.354427676,-6.1864419824
+ScF,Sc,F,-0.6717866892,-0.3715684019,-2.8527488981
+ScNe,Sc,Ne,-0.0698906361,2.3714152238,0.1249045503
+ScNa,Sc,Na,0.0803769844,-9.4645402272,-0.6361801984
+ScMg,Sc,Mg,0.1295748811,-10.0929636069,-1.1660779623
+ScAl,Sc,Al,0.0175384857,-10.1109334015,-1.480004325
+ScSi,Sc,Si,0.1069193355,-9.6660537826,-1.3851045127
+ScP,Sc,P,0.1484954303,-9.5413353585,-0.7629949428
+ScS,Sc,S,0.1544903832,-9.3202744772,-0.3908706275
+ScCl,Sc,Cl,0.134462754,-9.0935321667,-0.1819193413
+ScAr,Sc,Ar,0.9977125091,-8.1298652637,1.611411804
+ScK,Sc,K,0.878315971,-8.7708304558,1.0221597953
+ScCa,Sc,Ca,0.2583641472,-9.9256134048,-0.7901484532
+ScSc,Sc,Sc,0.1551321858,-10.9973574639,-1.7740748155
+ScTi,Sc,Ti,0.1592173284,-11.29953518,-1.8641021469
+ScV,Sc,V,0.0972156248,0.3799417879,-1.3676592933
+ScCr,Sc,Cr,0.0751123123,1.0625469877,-0.7301950749
+ScMn,Sc,Mn,0.1096547607,1.1504739375,-0.7780719625
+ScFe,Sc,Fe,0.1101831673,0.839022526,-1.4299054895
+ScCo,Sc,Co,0.1396990199,0.8248287661,-1.5524589174
+ScNi,Sc,Ni,0.1441451095,0.3913634242,-1.3028179501
+ScCu,Sc,Cu,0.0596219114,-10.2418121421,-1.2047570362
+ScZn,Sc,Zn,0.153672955,-10.0204850047,-1.2185536726
+ScGa,Sc,Ga,0.0430055196,-9.7388321438,-1.2487787125
+ScGe,Sc,Ge,0.0773591359,-9.4668297395,-1.0370547727
+ScAs,Sc,As,0.107219576,-9.0442896811,-0.4249547753
+ScSe,Sc,Se,0.2173153657,-8.9364969267,0.0651461063
+ScBr,Sc,Br,0.1252559878,-8.646964294,0.3692959254
+ScKr,Sc,Kr,0.780271299,-7.8037437162,1.650522468
+ScRb,Sc,Rb,0.7902788312,-8.6091756243,1.4307216786
+ScSr,Sc,Sr,0.4118076932,-9.4790356071,-0.2021957414
+ScY,Sc,Y,0.2250526352,-10.6161833588,-1.4540471195
+ScZr,Sc,Zr,0.1760890712,-11.107759738,-1.7703806591
+ScNb,Sc,Nb,0.1474353232,-0.1156704206,-1.7399137546
+ScMo,Sc,Mo,0.1037542438,0.088428443,-1.669895951
+ScRu,Sc,Ru,0.1032325196,0.8835626454,-1.3408325084
+ScRh,Sc,Rh,0.1139279333,0.5648705969,-1.2923227076
+ScPd,Sc,Pd,0.1582839625,0.5929480148,-1.1907163631
+ScAg,Sc,Ag,0.1542297084,0.953187238,-0.9276887447
+ScCd,Sc,Cd,0.086614571,1.0583729364,-1.0620603718
+ScIn,Sc,In,0.0713338159,0.8814760518,-1.0664721613
+ScSn,Sc,Sn,0.0621092128,1.0371890539,-0.8585538086
+ScSb,Sc,Sb,0.0634260202,1.4463798002,-0.4356529289
+ScTe,Sc,Te,0.1161714896,2.1174348253,0.4384636012
+ScI,Sc,I,0.1469100244,2.3052491803,0.3740211359
+ScXe,Sc,Xe,0.1281633935,2.3900291188,0.4735837031
+ScCs,Sc,Cs,0.0451468038,2.2548924397,0.3341402902
+ScBa,Sc,Ba,0.1633692405,1.5557182411,-0.2536520766
+ScLa,Sc,La,0.2295983427,0.8340840025,-0.959448045
+ScHf,Sc,Hf,0.0748921638,-0.2817792411,-2.0279738292
+ScTa,Sc,Ta,0.0399954808,-0.2519385567,-1.9286590013
+ScW,Sc,W,0.0431645861,-0.1507683585,-1.8872968902
+ScRe,Sc,Re,0.0470369258,0.1409339964,-1.9856163378
+ScOs,Sc,Os,0.0841031614,0.7452239181,-1.6468503702
+ScIr,Sc,Ir,-0.3365297607,1.0067759664,-1.543571499
+ScPt,Sc,Pt,0.0669556751,0.529337113,-1.3374473654
+ScAu,Sc,Au,-0.2239220838,1.0873073658,-1.3108492785
+ScHg,Sc,Hg,0.0870447784,1.0297887562,-0.93441205
+ScTl,Sc,Tl,0.0571119052,1.0488105504,-0.8942099843
+ScPb,Sc,Pb,0.0951908683,1.3586586743,-0.570235608
+ScBi,Sc,Bi,0.1169202018,1.5786681554,-0.2873384936
+TiH,Ti,H,0.4369755474,-11.086143506,-1.5575668166
+TiHe,Ti,He,1.0176797334,-9.043371401,0.5167684644
+TiLi,Ti,Li,0.0430956093,-10.161052818,-1.4129628867
+TiBe,Ti,Be,0.4007555575,-11.036770225,-1.9587152645
+TiB,Ti,B,0.379721028,-11.056113611,-2.048891756
+TiC,Ti,C,0.465299549,-10.828444058,-2.915482871
+TiN,Ti,N,4.195537592,-13.08147239,-0.085814002
+TiO,Ti,O,1.238413799,-12.20259777,-1.720427858
+TiF,Ti,F,-0.372519703,-9.732375634,-0.612614346
+TiNe,Ti,Ne,1.3933085027,-9.019628541,0.9008617737
+TiNa,Ti,Na,1.0135859963,-9.729915815,0.0948903973
+TiMg,Ti,Mg,0.3958107939,-10.201443657,-1.0824938981
+TiAl,Ti,Al,0.5301872363,-10.602094045,-1.4297854917
+TiSi,Ti,Si,0.63445682,-9.91283937,-1.273465914
+TiP,Ti,P,0.879783151,-9.679432479,-0.778137017
+TiS,Ti,S,0.674381788,-8.997243404,-0.084017206
+TiCl,Ti,Cl,0.565676898,-9.098941869,0.351188837
+TiAr,Ti,Ar,3.1097003334,-11.198321884,0.6775322734
+TiK,Ti,K,3.2901878774,-11.606564066,0.6418406564
+TiCa,Ti,Ca,1.4669758591,-10.192572445,-0.0044382059
+TiSc,Ti,Sc,0.1373406853,-11.145108734,-1.7566279807
+TiTi,Ti,Ti,0.239292692,-11.403181657,-1.972121852
+TiV,Ti,V,0.354229849,-11.747073198,-1.802251826
+TiCr,Ti,Cr,0.301404424,-11.166844319,-1.735684413
+TiMn,Ti,Mn,0.323744296,-11.29686404,-1.771549386
+TiFe,Ti,Fe,0.122087494,-11.252886852,-1.794487062
+TiCo,Ti,Co,0.207031537,-11.146854518,-1.668052335
+TiNi,Ti,Ni,0.295412735,-10.918934901,-1.608864712
+TiCu,Ti,Cu,0.3090754602,-10.258764134,-1.4264608398
+TiZn,Ti,Zn,0.4723307913,-10.251373444,-1.4446815847
+TiGa,Ti,Ga,0.7387452437,-10.504903188,-1.2822831253
+TiGe,Ti,Ge,0.974913014,-10.390554443,-1.089453261
+TiAs,Ti,As,0.981987936,-9.862346974,-0.617662721
+TiSe,Ti,Se,1.035496807,-9.829887521,-0.041331167
+TiBr,Ti,Br,0.9084572828,-9.44996904,0.2124106768
+TiKr,Ti,Kr,3.735249585,-9.345614074,2.487257734
+TiRb,Ti,Rb,4.0316162622,-13.409661519,-0.0242352658
+TiSr,Ti,Sr,2.8442797971,-12.472728733,-0.4892650219
+TiY,Ti,Y,0.8146309707,-10.869791659,-1.0983448523
+TiZr,Ti,Zr,0.053854888,-11.034010862,-1.84930322
+TiNb,Ti,Nb,0.176262251,-11.227288455,-2.125705237
+TiMo,Ti,Mo,0.472381473,-11.207345185,-1.911496823
+TiRu,Ti,Ru,0.303845518,-10.777857656,-1.373340786
+TiRh,Ti,Rh,0.220504121,-10.689878259,-1.4013553
+TiPd,Ti,Pd,0.160614268,-10.410615999,-1.468704254
+TiAg,Ti,Ag,0.4147092423,-10.070765409,-1.3852183557
+TiCd,Ti,Cd,0.8353939436,-10.722248744,-1.0435953194
+TiIn,Ti,In,1.0468856372,-10.67068926,-0.8907436878
+TiSn,Ti,Sn,1.43170386,-11.050958324,-0.869147035
+TiSb,Ti,Sb,1.532355242,-10.659872667,-0.446581727
+TiTe,Ti,Te,1.563983428,-10.539131652,-0.457770593
+TiI,Ti,I,1.4374479676,-10.021896334,-0.1002434324
+TiXe,Ti,Xe,3.5406960578,-11.716387517,1.0246079438
+TiCs,Ti,Cs,4.1848433119,-14.019354312,-0.3380452331
+TiBa,Ti,Ba,3.4351546192,-12.949645891,-0.3807672398
+TiLa,Ti,La,2.0581678222,-12.23607011,-0.9177248948
+TiHf,Ti,Hf,0.026265453,-11.218691308,-1.915826582
+TiTa,Ti,Ta,0.244456071,-11.273055948,-2.181050899
+TiW,Ti,W,0.198530196,-11.148522105,-1.967013733
+TiRe,Ti,Re,0.248771601,-10.963968469,-1.887889368
+TiOs,Ti,Os,0.242726496,-10.716723554,-1.65635255
+TiIr,Ti,Ir,0.279534307,-10.754573074,-1.452138477
+TiPt,Ti,Pt,0.33434072,-10.635750014,-1.518050196
+TiAu,Ti,Au,0.6416360016,-10.467124596,-1.4816657524
+TiHg,Ti,Hg,1.0211717834,-10.619926301,-1.1721165236
+TiTl,Ti,Tl,1.2352630065,-10.505986846,-0.7258451655
+TiPb,Ti,Pb,1.90616169,-11.076180712,-0.71650853
+TiBi,Ti,Bi,2.067888285,-11.111045248,-0.659568758
+TlH,Tl,H,-0.0698586124,-3.4503956643,-3.4875666051
+TlHe,Tl,He,-0.0113608999,0.2857979644,0.2879864212
+TlLi,Tl,Li,-0.0078614175,-0.8614101418,-0.8202218397
+TlBe,Tl,Be,0.1878363903,-3.4057109255,-2.0298515537
+TlB,Tl,B,0.1883096397,-4.8447356976,-2.4293640028
+TlC,Tl,C,0.0158037888,-5.3862932249,-2.7984522556
+TlN,Tl,N,0.1666716625,-5.5873617914,-2.7352573344
+TlO,Tl,O,-0.2048718611,-4.7738758107,-3.2699007385
+TlF,Tl,F,-0.4733882315,-0.6569761948,-1.2318562544
+TlNe,Tl,Ne,0.0354282653,0.2973248665,0.4726404505
+TlNa,Tl,Na,0.0719591462,-0.2819329432,-0.3180207161
+TlMg,Tl,Mg,0.1736866509,-1.6662611763,-1.2433837936
+TlAl,Tl,Al,0.0269093666,-2.2078880581,-1.6984714988
+TlSi,Tl,Si,-0.0731917458,-2.3093858841,-1.9699329024
+TlP,Tl,P,0.00334085,-2.4488937296,-1.8350991128
+TlS,Tl,S,-0.0539553125,-1.5403034426,-1.415985147
+TlCl,Tl,Cl,0.3607754457,0.0736639424,0.0286375177
+TlAr,Tl,Ar,0.5937823331,0.3556072427,0.7772171308
+TlK,Tl,K,0.3040715399,-0.0909930779,0.3248908714
+TlCa,Tl,Ca,0.0916760858,-1.1390625671,-0.7192012277
+TlSc,Tl,Sc,-0.0334359453,-2.4670633153,-1.775123415
+TlTi,Tl,Ti,0.1338667898,-3.3941289548,-1.8345578037
+TlV,Tl,V,0.0980717309,-3.088513623,-1.6188184463
+TlCr,Tl,Cr,0.1260919938,-2.4912643244,-1.5730516564
+TlMn,Tl,Mn,0.0450895492,-2.5811709907,-1.6732697519
+TlFe,Tl,Fe,0.2268595897,-3.2610565402,-1.7511846212
+TlCo,Tl,Co,-0.4306380931,-3.0304341333,-2.1579416294
+TlNi,Tl,Ni,-0.1282683412,-2.4944982156,-1.8469173001
+TlCu,Tl,Cu,0.0569292454,-1.9652994241,-1.5691951772
+TlZn,Tl,Zn,0.1760051021,-1.4712606164,-1.2949656031
+TlGa,Tl,Ga,0.1017335038,-1.8621965236,-1.3978694287
+TlGe,Tl,Ge,-0.0684200626,-1.745054009,-1.5887226206
+TlAs,Tl,As,0.0510059198,-1.6892915331,-1.4812075229
+TlSe,Tl,Se,0.1310084744,-1.0569489578,-1.1969416421
+TlBr,Tl,Br,0.4229429665,0.328903312,0.4801663359
+TlKr,Tl,Kr,1.1625968992,0.3453466021,1.2948516314
+TlRb,Tl,Rb,0.7340988092,-0.1063832322,1.2157505094
+TlSr,Tl,Sr,0.2020606553,-0.8847429093,-0.2265307556
+TlY,Tl,Y,0.0987774512,-2.1692062632,-1.5467379763
+TlZr,Tl,Zr,-0.0070271251,-2.9654445982,-1.8543097548
+TlNb,Tl,Nb,0.0419291879,-3.3441088375,-1.7955429837
+TlMo,Tl,Mo,0.0502806772,-3.4249833883,-1.8830204236
+TlRu,Tl,Ru,-0.0180575612,-3.32654302,-2.0104705155
+TlRh,Tl,Rh,-0.0419941356,-2.7000452378,-1.3922066181
+TlPd,Tl,Pd,-0.0206256478,-1.8753060967,-1.1745364909
+TlAg,Tl,Ag,0.12139801,-1.2089069428,-0.9057042732
+TlCd,Tl,Cd,0.2133207397,-1.124374844,-0.8385692887
+TlIn,Tl,In,0.1233861792,-1.21265242,-1.0993534618
+TlSn,Tl,Sn,0.0711356221,-1.460690093,-1.2924113365
+TlSb,Tl,Sb,0.2285063182,-1.4381925125,-1.2164302392
+TlTe,Tl,Te,0.5235006133,-0.8098553838,-0.7568379212
+TlI,Tl,I,1.0076035658,-0.2305408996,0.4726055076
+TlXe,Tl,Xe,1.9858497482,-0.2029448001,2.0382170728
+TlCs,Tl,Cs,1.5060902177,-0.2247671487,1.8809396139
+TlBa,Tl,Ba,0.3226652426,-0.5766424065,0.2244731243
+TlLa,Tl,La,0.1623096262,-1.7441095293,-0.9959535412
+TlHf,Tl,Hf,0.03141519,-3.1403182453,-2.030818046
+TlTa,Tl,Ta,0.024092015,-3.5793065261,-2.1592011543
+TlW,Tl,W,0.0163798725,-3.8452388724,-2.3735025784
+TlRe,Tl,Re,0.0249919848,-4.0156830238,-2.1691446839
+TlOs,Tl,Os,-0.0474303584,-3.6440141683,-2.4602461761
+TlIr,Tl,Ir,0.0395280737,-3.1824777876,-2.089033193
+TlPt,Tl,Pt,0.0331890942,-2.2604320264,-1.6942342722
+TlAu,Tl,Au,0.0053201569,-1.2198632528,-1.0504630581
+TlHg,Tl,Hg,0.271595848,-0.7501666805,-0.4828624482
+TlTl,Tl,Tl,0.190637243,-0.7640641402,-0.602769652
+TlPb,Tl,Pb,0.1799340766,-1.1261529245,-1.0229096501
+TlBi,Tl,Bi,0.3165181217,-1.0882221972,-0.9462427191
+ZnH,Zn,H,-2.5508510386,1.0956609294,-2.7159492865
+ZnHe,Zn,He,-2.6831892012,4.5230602523,0.1903327863
+ZnLi,Zn,Li,-2.7282590945,3.7619514986,-0.0393809976
+ZnBe,Zn,Be,-2.7405843425,2.7829528295,-1.1114643189
+ZnB,Zn,B,-2.778708812,1.6909907485,-2.2093950121
+ZnC,Zn,C,-2.792938632,0.3290806009,-2.8557236468
+ZnN,Zn,N,-1.5419582129,-0.0426576785,-3.3862729133
+ZnO,Zn,O,-4.5643533226,3.7421425582,-2.5972524149
+ZnF,Zn,F,-4.643684398,6.9025019808,0.8252834801
+ZnNe,Zn,Ne,-2.4401836771,4.8244490993,0.8601445093
+ZnNa,Zn,Na,-1.4380801828,3.2602656502,0.943985303
+ZnMg,Zn,Mg,-2.6322487888,3.1185661366,-0.4671905451
+ZnAl,Zn,Al,-2.6545765029,2.6712599709,-1.2713269804
+ZnSi,Zn,Si,-2.5479821179,2.3260081975,-1.7219795339
+ZnP,Zn,P,-2.4774428537,2.1600303034,-1.681867676
+ZnS,Zn,S,-2.097058772,2.0456416866,-1.3561793233
+ZnCl,Zn,Cl,-0.6987611915,2.3163466314,0.574831769
+ZnAr,Zn,Ar,1.1086081973,1.7465512702,1.9977105613
+ZnK,Zn,K,1.0032224119,3.5277201299,-0.5248130154
+ZnCa,Zn,Ca,-1.0796848065,1.2568558157,-0.8056391743
+ZnSc,Zn,Sc,-3.1395796522,2.2881510056,-1.3993081063
+ZnTi,Zn,Ti,-3.3323702461,1.5584978205,-2.0217256184
+ZnV,Zn,V,-3.03378304,1.3642093372,-1.4950347238
+ZnCr,Zn,Cr,-3.0672814787,1.8884808588,-1.3742776506
+ZnMn,Zn,Mn,-2.8697112204,1.8337128237,-1.4706173811
+ZnFe,Zn,Fe,-3.3225952126,2.2828518104,-1.2285809093
+ZnCo,Zn,Co,-3.7725987209,2.7932885666,-1.1939205704
+ZnNi,Zn,Ni,-2.7779824639,2.4841402927,-1.0958757711
+ZnCu,Zn,Cu,-3.2286577398,3.5994423695,-0.6606434959
+ZnZn,Zn,Zn,-2.5869756965,3.1848224407,-0.5818700759
+ZnGa,Zn,Ga,-2.2332385877,2.3040535401,-1.3150495773
+ZnGe,Zn,Ge,-2.2724107753,2.2587510835,-1.4417722681
+ZnAs,Zn,As,-2.3560372994,2.2778285546,-1.4870558212
+ZnSe,Zn,Se,-1.5454903732,1.9164126952,-1.0023610217
+ZnBr,Zn,Br,-0.2726916153,2.4074723149,0.8099201396
+ZnKr,Zn,Kr,2.4395280797,-0.8089344208,0.9697454804
+ZnRb,Zn,Rb,2.3338513795,3.526378597,-0.5155921711
+ZnSr,Zn,Sr,0.6796292852,-1.281548529,-1.0214022625
+ZnY,Zn,Y,-1.4855095727,0.4478264437,-1.7012913718
+ZnZr,Zn,Zr,-3.1160984263,1.6712426294,-2.1383539709
+ZnNb,Zn,Nb,-2.9476763852,1.1786385735,-2.0484426546
+ZnMo,Zn,Mo,-3.0731474296,1.1773057092,-1.5428327067
+ZnRu,Zn,Ru,-2.9119740791,1.6170920838,-1.3164584929
+ZnRh,Zn,Rh,-2.7360218042,2.1031239654,-1.2278428631
+ZnPd,Zn,Pd,-2.4204314233,2.7295335094,-0.8591664607
+ZnAg,Zn,Ag,-2.4548842695,3.5216705254,-0.383761045
+ZnCd,Zn,Cd,-2.5430104794,3.6531207285,-0.2236115856
+ZnIn,Zn,In,-2.7123974392,3.1714513751,-1.4162362292
+ZnSn,Zn,Sn,-2.4333077459,2.2732595155,-2.1728819184
+ZnSb,Zn,Sb,-2.2164023239,1.8398088274,-1.7951193652
+ZnTe,Zn,Te,-0.4809091794,1.5057500497,-0.4879817498
+ZnI,Zn,I,0.9636402233,-0.2354294638,-0.4220877371
+ZnXe,Zn,Xe,3.9061105741,-2.370762919,0.8123252963
+ZnCs,Zn,Cs,3.9435427328,-3.5976516142,-0.3777648902
+ZnBa,Zn,Ba,2.4620364437,-1.2369126277,-0.1272827992
+ZnLa,Zn,La,0.9208950844,-1.1809056782,-0.7097183178
+ZnHf,Zn,Hf,-3.2694644047,1.733733194,-2.3693946586
+ZnTa,Zn,Ta,-3.0735053968,1.0398388254,-2.388342571
+ZnW,Zn,W,-2.999460109,0.9995534482,-1.7928292465
+ZnRe,Zn,Re,-2.8055843148,0.9698828932,-1.48748742
+ZnOs,Zn,Os,-2.7351253148,1.6966289865,-1.5006642486
+ZnIr,Zn,Ir,-2.5489240248,2.9597451994,-1.5788487432
+ZnPt,Zn,Pt,-2.1497030683,2.793570538,-1.1936455199
+ZnAu,Zn,Au,-1.9931037761,3.7394176515,-0.572167292
+ZnHg,Zn,Hg,-1.9406062806,4.4616529085,-0.2250205906
+ZnTl,Zn,Tl,-1.6710583007,4.2103236523,-1.4833367549
+ZnPb,Zn,Pb,-2.125263821,4.1334883898,-2.0033475845
+ZnBi,Zn,Bi,-1.9044959955,2.7865572668,-2.032996306
+AgH,Ag,H,0.1682399631,-0.4747198679,-5.8103889343
+AgHe,Ag,He,0.4152407586,2.2803228356,-2.8842763988
+AgLi,Ag,Li,0.190017915,1.2586050374,-4.0493291231
+AgBe,Ag,Be,0.280490496,0.8310093283,-4.5439771631
+AgB,Ag,B,0.2712357462,-1.1553774558,-5.9442444486
+AgC,Ag,C,0.2175665706,-2.3748098662,-6.5852404023
+AgN,Ag,N,0.1934249546,-2.4827100258,-6.7500710496
+AgO,Ag,O,0.1728019894,-1.5670864977,-6.9911692276
+AgF,Ag,F,0.1451150937,2.7542047526,-5.489210807
+AgNe,Ag,Ne,0.2216422091,3.4360078462,-2.2520571199
+AgNa,Ag,Na,0.1299373252,2.9335888012,-2.7702842385
+AgMg,Ag,Mg,0.1106099666,1.7841700798,-3.9223956813
+AgAl,Ag,Al,0.1308889772,1.4946656789,-4.259769984
+AgSi,Ag,Si,0.1600623048,1.0481548186,-4.7475945939
+AgP,Ag,P,0.1266562443,0.3404705413,-5.0951190782
+AgS,Ag,S,0.1028890304,1.1220055751,-4.900587526
+AgCl,Ag,Cl,-0.0461461067,2.0781298877,-3.63956966
+AgAr,Ag,Ar,0.1847382512,2.6643682174,-2.7597299049
+AgK,Ag,K,0.1869600142,4.4493160505,-1.423176187
+AgCa,Ag,Ca,0.0594812729,0.7344976572,-2.5182637561
+AgSc,Ag,Sc,0.0015839699,-0.9778862401,-4.7859688733
+AgTi,Ag,Ti,0.0756120154,-2.0930104583,-5.0185664223
+AgV,Ag,V,0.1293695194,-2.0066962671,-4.5804659561
+AgCr,Ag,Cr,0.2099557322,-1.4233293095,-4.7169907924
+AgMn,Ag,Mn,0.321157074,-1.4594597093,-4.841713129
+AgFe,Ag,Fe,3.5427655753,-1.9998773483,-1.7738904718
+AgCo,Ag,Co,3.6633801024,-2.1936087144,-1.7001270581
+AgNi,Ag,Ni,3.4515910077,-1.773623341,-1.7522943736
+AgCu,Ag,Cu,3.4846809002,-0.5558846011,-1.3636035429
+AgZn,Ag,Zn,3.3335436311,-0.0732761939,-1.0798874302
+AgGa,Ag,Ga,3.2186573206,0.1254016709,-1.008782504
+AgGe,Ag,Ge,3.1678902843,-2.7399014737,-1.1104595655
+AgAs,Ag,As,3.1782529794,-2.8455106643,-1.0367521798
+AgSe,Ag,Se,3.0502013589,-2.6827825883,-0.7660718833
+AgBr,Ag,Br,3.1793279838,-1.524151193,0.7011907393
+AgKr,Ag,Kr,3.2692332537,0.6892723999,2.860730187
+AgRb,Ag,Rb,3.2268673879,0.3452851531,2.835786231
+AgSr,Ag,Sr,3.1976732457,-0.8129486378,1.6005852944
+AgY,Ag,Y,3.0668819205,-3.2533494807,-0.7333665286
+AgZr,Ag,Zr,2.9796616786,-4.6543303915,-1.8708941454
+AgNb,Ag,Nb,3.1516392696,-5.3924466459,-2.0070380442
+AgMo,Ag,Mo,3.2082883684,-5.476388594,-1.9536835307
+AgRu,Ag,Ru,3.2908336028,-5.8036027026,-2.027786495
+AgRh,Ag,Rh,3.3123210992,-5.1694415725,-1.8435265473
+AgPd,Ag,Pd,3.3488244046,-4.1829618686,-1.553487953
+AgAg,Ag,Ag,3.4534424255,-3.3597787903,-0.7952452048
+AgCd,Ag,Cd,3.410810264,-3.0619537523,-0.6306539493
+AgIn,Ag,In,3.4284438215,-2.8956053531,-0.5902620157
+AgSn,Ag,Sn,3.3123935159,-2.7070854528,-0.7500976115
+AgSb,Ag,Sb,3.3254925528,-2.617639065,-0.7588738199
+AgTe,Ag,Te,3.1749948807,-2.2450861222,-0.0681354549
+AgI,Ag,I,3.1640309379,-1.2198277009,1.0912810802
+AgXe,Ag,Xe,3.0887042174,0.5057313108,2.9213266107
+AgCs,Ag,Cs,3.1491669012,-0.4780897181,2.4024399209
+AgBa,Ag,Ba,3.1740461499,-2.6098058608,0.1754830417
+AgLa,Ag,La,2.9924268496,-1.7540834887,0.3717372427
+AgHf,Ag,Hf,3.0958881756,-4.7747719102,-2.0723261702
+AgTa,Ag,Ta,3.271480615,-5.6419470217,-2.2096778228
+AgW,Ag,W,3.2375796365,-6.0091417048,-2.3314199441
+AgRe,Ag,Re,3.3513485192,-6.2300090469,-2.3613166881
+AgOs,Ag,Os,3.3010116845,-6.2305643162,-2.3716080719
+AgIr,Ag,Ir,3.3515630555,-5.6747248632,-2.1669091137
+AgPt,Ag,Pt,3.3024136917,-4.5934800537,-1.8502409596
+AgAu,Ag,Au,3.3221194977,-3.4890752483,-1.0930812487
+AgHg,Ag,Hg,3.2949969528,-2.673201497,-0.4796217403
+AgTl,Ag,Tl,3.373741584,-2.4976679936,-0.3005552765
+AgPb,Ag,Pb,3.3513189305,-2.5698029366,-0.4047733296
+AgBi,Ag,Bi,3.2590492908,-2.0391855782,-0.7764213705
+AlH,Al,H,0.5542877266,-3.4401803166,-1.9247578622
+AlHe,Al,He,0.2619456898,-0.6869755775,1.0027417095
+AlLi,Al,Li,0.2207313423,-1.4929697117,-0.2574564788
+AlBe,Al,Be,0.2707888836,-2.6729156054,-1.4384150271
+AlB,Al,B,-0.0595823317,-2.9426004293,-1.320435862
+AlC,Al,C,0.1066850882,-3.2578811684,-1.6454371258
+AlN,Al,N,0.2168994394,-3.3196436802,-2.3316399219
+AlO,Al,O,0.2513519041,-2.9403772456,0.1729385516
+AlF,Al,F,-1.8031973288,-1.6497601228,-1.7431935997
+AlNe,Al,Ne,0.2040945329,-0.2060816716,1.419783348
+AlNa,Al,Na,0.1143095745,-0.7602163055,0.8235816744
+AlMg,Al,Mg,0.1340351593,-1.7066423403,-0.7564646785
+AlAl,Al,Al,0.1364769619,-2.4228981008,-1.2542966328
+AlSi,Al,Si,0.1704174998,-2.2908715937,-1.3954451067
+AlP,Al,P,0.0575553494,-2.1763658971,-1.2168839891
+AlS,Al,S,-0.7516324215,-1.3532400215,-1.1311468775
+AlCl,Al,Cl,0.1835884094,-0.1617700535,1.4578861946
+AlAr,Al,Ar,0.22267896,0.8239890771,1.2534005474
+AlK,Al,K,0.1599633905,0.345262159,3.2948933763
+AlCa,Al,Ca,0.0707382819,-1.1771061724,-3.963161184
+AlSc,Al,Sc,0.0868170694,-2.4196378762,-4.1121152604
+AlTi,Al,Ti,0.2308809404,-3.3752524362,-4.5328375446
+AlV,Al,V,0.2150714765,-3.6263027141,-4.663954646
+AlCr,Al,Cr,0.2946297091,-3.4147526815,-4.3753692367
+AlMn,Al,Mn,0.1585258101,-3.2858203798,-4.424893658
+AlFe,Al,Fe,0.2483093994,-3.5689076197,-4.5007280131
+AlCo,Al,Co,0.2126640012,-3.4180059318,-4.3311155467
+AlNi,Al,Ni,0.2718245697,-2.7446288554,-4.0341190182
+AlCu,Al,Cu,0.2742661004,-2.5353787464,-3.8601702225
+AlZn,Al,Zn,0.1528856524,-2.1592206369,-3.9526390748
+AlGa,Al,Ga,0.1476427569,-1.9203530226,-3.9090385931
+AlGe,Al,Ge,0.1729515467,-1.7816634403,-3.9416027581
+AlAs,Al,As,0.1294913332,-1.9126721276,-3.9248336367
+AlSe,Al,Se,0.0107415369,-1.2849469423,-3.1727436837
+AlBr,Al,Br,0.1652367924,-0.3308603253,-2.9961786425
+AlKr,Al,Kr,0.2470902885,-0.8537030789,-2.5225855644
+AlRb,Al,Rb,0.1574682364,0.7180960635,-3.2548877
+AlSr,Al,Sr,0.1219277868,-1.1511840662,-4.0800798727
+AlY,Al,Y,0.0205124328,-2.1892525612,-4.4739954166
+AlZr,Al,Zr,0.1631965609,-2.7694145814,-4.2939957376
+AlNb,Al,Nb,0.2878004858,-3.3690211159,-4.4981360624
+AlMo,Al,Mo,0.2829064565,-3.4552422983,-4.5088756647
+AlRu,Al,Ru,0.3083856572,-2.7641569535,-4.1077571446
+AlRh,Al,Rh,0.152602108,-2.1954957382,-3.8499453645
+AlPd,Al,Pd,0.1591081664,-1.8897572009,-3.7071096324
+AlAg,Al,Ag,0.1421240623,-1.7813140876,-3.6696762429
+AlCd,Al,Cd,0.1482287819,-1.6057665114,-3.6478818795
+AlIn,Al,In,0.1548054973,-1.6390283511,-3.7879024216
+AlSn,Al,Sn,0.1605362485,-2.025654891,-4.0132285773
+AlSb,Al,Sb,0.196769882,-1.8334997574,-3.6305558715
+AlTe,Al,Te,0.1518386757,-1.3827742929,-3.4360115817
+AlI,Al,I,0.1503471785,-0.0164091204,-3.2039525159
+AlXe,Al,Xe,0.2344428215,-0.8417189621,-2.6785812525
+AlCs,Al,Cs,0.1956510395,-1.5570213862,-3.3337584165
+AlBa,Al,Ba,0.1308703287,-2.0746451983,-3.99055524
+AlLa,Al,La,0.0699076162,-0.8795318592,-4.4421681427
+AlHf,Al,Hf,0.1545620489,-2.8942934764,-4.4002163471
+AlTa,Al,Ta,0.3120210374,-3.5130909718,-4.6404045632
+AlW,Al,W,0.3020230693,-3.6364959839,-4.7014963783
+AlRe,Al,Re,0.2962127626,-3.2699657808,-4.6118040664
+AlOs,Al,Os,0.1731700453,-2.8171428947,-4.3499210386
+AlIr,Al,Ir,0.1514617085,-2.5075890432,-4.1199908122
+AlPt,Al,Pt,0.1797119395,-2.0471700023,-3.8789080809
+AlAu,Al,Au,0.1841132321,-1.8142429829,-3.7788779848
+AlHg,Al,Hg,0.1662344729,-1.4500749628,-3.4019151588
+AlTl,Al,Tl,0.2566805577,-1.4231557246,-3.6302482826
+AlPb,Al,Pb,0.1726679585,-1.2585087209,-3.7508937179
+AlBi,Al,Bi,0.2363134131,-1.8705234254,-3.6933360368
+AuH,Au,H,0.3169763946,0.3287622065,-2.6853519508
+AuHe,Au,He,0.7990942545,3.279158317,0.8626036574
+AuLi,Au,Li,0.252900598,2.9575711704,0.0590256736
+AuBe,Au,Be,0.2893110253,1.9377895762,-1.2233413292
+AuB,Au,B,0.2994543685,1.0280410882,-3.7377701488
+AuC,Au,C,0.1902259103,1.0660925154,-1.8094026973
+AuN,Au,N,0.3966218134,-1.4921443209,-2.1123977231
+AuO,Au,O,0.1474230695,-0.7210096231,-3.4554060829
+AuF,Au,F,0.2099880813,0.2766036289,-1.7096323015
+AuNe,Au,Ne,1.2913422428,2.7222807541,1.4452940081
+AuNa,Au,Na,0.7057345749,2.6683213353,0.7828685813
+AuMg,Au,Mg,0.4291862874,0.3369191987,-0.3360214191
+AuAl,Au,Al,0.633481107,-0.4640260652,-0.9259566293
+AuSi,Au,Si,0.6233235187,-0.6059828312,-1.2765518731
+AuP,Au,P,0.7199836711,-1.1508214349,-1.4679751068
+AuS,Au,S,1.3460045665,-1.6295640679,-1.9464595064
+AuCl,Au,Cl,2.0733410219,-0.5473397412,-0.2460633824
+AuAr,Au,Ar,3.1332391174,0.3660370074,1.5060817586
+AuK,Au,K,2.2774423648,0.7504393085,0.8342590993
+AuCa,Au,Ca,0.7457276372,1.0533788891,0.3964459657
+AuSc,Au,Sc,0.3187107225,0.0473137824,-0.5623599284
+AuTi,Au,Ti,0.383791005,-1.3558598529,-1.3429402119
+AuV,Au,V,0.2477857341,-1.6560497653,-1.3001080094
+AuCr,Au,Cr,0.3188219541,-1.1207444366,-1.1123383628
+AuMn,Au,Mn,0.4522604297,-1.1128673383,-1.2451677044
+AuFe,Au,Fe,0.0861078867,-1.4542286975,-1.4584655851
+AuCo,Au,Co,0.0488065603,-1.7772678979,-1.509037735
+AuNi,Au,Ni,0.0543358185,-1.5006503651,-1.5655482162
+AuCu,Au,Cu,0.1440579311,-0.456186181,-1.1541646419
+AuZn,Au,Zn,0.1740178634,-0.0416955925,-1.0406855036
+AuGa,Au,Ga,0.4597322826,0.0771814248,-0.8470224719
+AuGe,Au,Ge,0.5365067088,0.0223894544,-1.2149301474
+AuAs,Au,As,0.621287347,-0.3955222751,-1.7931460651
+AuSe,Au,Se,1.3431593574,-1.011359433,-1.567539462
+AuBr,Au,Br,2.3010475491,-0.3777589194,-0.5063491591
+AuKr,Au,Kr,3.8244895836,1.1879782178,3.5333795009
+AuRb,Au,Rb,3.2594528992,0.3314007176,2.956838104
+AuSr,Au,Sr,1.7123700022,0.5799480425,1.8609660586
+AuY,Au,Y,0.318085156,0.8073592626,0.2827341108
+AuZr,Au,Zr,-0.0268126966,-0.2372963598,-1.6950147602
+AuNb,Au,Nb,-0.1297619258,-1.3168103243,-1.6458090215
+AuMo,Au,Mo,-0.0040419733,-1.8589020603,-1.6546999016
+AuRu,Au,Ru,0.1031711974,-2.266945018,-1.6246101263
+AuRh,Au,Rh,0.0239803994,-1.7953021456,-1.6255258467
+AuPd,Au,Pd,-0.0414536808,-0.9441728304,-1.5359534696
+AuAg,Au,Ag,0.2043564587,0.0261670604,-0.7855626612
+AuCd,Au,Cd,0.6896749894,0.454414311,-0.2059470038
+AuIn,Au,In,0.8662997401,0.5379205637,-0.5951442429
+AuSn,Au,Sn,0.9664520089,0.3343674015,-1.0735812227
+AuSb,Au,Sb,1.026498217,0.3200109897,-0.176235099
+AuTe,Au,Te,1.8297090016,-0.337372484,0.4202726818
+AuI,Au,I,3.2948237198,-1.5562787224,1.1271696215
+AuXe,Au,Xe,4.5872407795,0.7347769716,3.5551651493
+AuCs,Au,Cs,3.228597072,0.6331907991,3.0051326372
+AuBa,Au,Ba,2.9725468795,0.8977404521,2.5760755055
+AuLa,Au,La,1.1250155708,0.6408579188,0.8762527312
+AuHf,Au,Hf,-0.1992354635,-0.1962013182,-1.4507103387
+AuTa,Au,Ta,-0.1815313432,-1.3761567102,-2.004887576
+AuW,Au,W,-0.3024025581,-2.0342808575,-2.0940475244
+AuRe,Au,Re,-0.2176465719,-2.6299946675,-2.4823506378
+AuOs,Au,Os,-0.1380772373,-2.9536893424,-2.1820361586
+AuIr,Au,Ir,0.0303938807,-2.6732682158,-2.1576013363
+AuPt,Au,Pt,0.0058196137,-2.1172575425,-2.1362979404
+AuAu,Au,Au,0.3439085094,-1.0842359462,-1.4806099148
+AuHg,Au,Hg,0.8943154178,-1.0826360772,-0.6214145544
+AuTl,Au,Tl,1.2348582434,-1.1651870662,-0.6261174284
+AuPb,Au,Pb,1.3812440323,-1.1674051064,-0.8292914746
+AuBi,Au,Bi,1.3946516567,-1.5229483206,-1.4704766816
+CuH,Cu,H,0.7409866767,-0.7501594984,-2.2077231266
+CuHe,Cu,He,0.4986718266,2.6738657288,1.0039685601
+CuLi,Cu,Li,0.0366464894,2.4302988617,-0.1354490659
+CuBe,Cu,Be,0.132155973,1.2410206386,-1.1521222975
+CuB,Cu,B,0.1054421532,0.5036214353,-1.9080460154
+CuC,Cu,C,0.0345994949,-0.9140096081,-2.3881232043
+CuN,Cu,N,0.0744637559,-1.9395934714,-3.6679319652
+CuO,Cu,O,0.0860099551,-0.1499171301,-2.7054752006
+CuF,Cu,F,0.1237977361,2.7849672246,0.4804591715
+CuNe,Cu,Ne,0.6177008818,2.8999150091,1.1719115183
+CuNa,Cu,Na,0.3412373986,3.4305939354,0.4280876411
+CuMg,Cu,Mg,0.1068035871,2.1342097466,-0.3621295
+CuAl,Cu,Al,0.1449795947,1.5173396384,-1.021542674
+CuSi,Cu,Si,0.1508449933,1.7079405717,-1.2053849721
+CuP,Cu,P,0.1595131628,1.1733309386,-1.6095115759
+CuS,Cu,S,0.230419282,0.9217546465,-1.5527849533
+CuCl,Cu,Cl,-0.4287650522,2.8368650434,0.0055538876
+CuAr,Cu,Ar,0.5699969433,2.5250684077,0.5941966401
+CuK,Cu,K,1.1071282041,4.8899773992,3.2780564533
+CuCa,Cu,Ca,0.252619353,4.7540701096,2.2198888427
+CuSc,Cu,Sc,-0.1325893409,1.0216532214,-1.5505044862
+CuTi,Cu,Ti,-0.0485293388,0.7217913301,-1.8855348702
+CuV,Cu,V,0.0175716851,0.6084563929,-1.8313471464
+CuCr,Cu,Cr,0.0579124516,0.9109599783,-1.3375298768
+CuMn,Cu,Mn,0.0722043544,0.9135587544,-1.4250846157
+CuFe,Cu,Fe,0.0596774713,1.1690275142,-1.5069366996
+CuCo,Cu,Co,0.0498669218,0.8905243197,-1.4963107975
+CuNi,Cu,Ni,0.076256911,1.0189656248,-1.406513726
+CuCu,Cu,Cu,0.088957927,1.4471202698,-1.0585748967
+CuZn,Cu,Zn,0.0780826119,1.782854477,-0.8274190782
+CuGa,Cu,Ga,0.0965386757,2.010284942,-0.7640722497
+CuGe,Cu,Ge,0.1081176782,2.1603422386,-1.05906178
+CuAs,Cu,As,0.1271234135,2.4369571912,-1.3680974707
+CuSe,Cu,Se,0.3918180457,2.509857435,-1.2386142041
+CuBr,Cu,Br,-0.1533799435,3.91570234,0.0131858582
+CuKr,Cu,Kr,0.2393263829,5.9858169648,1.0085092274
+CuRb,Cu,Rb,0.3049879067,7.4196687814,6.288235925
+CuSr,Cu,Sr,0.7741055305,5.1626460337,0.1750815415
+CuY,Cu,Y,0.0466787362,1.8060912808,-1.3649397079
+CuZr,Cu,Zr,-0.1728246646,1.1220772049,-1.8189648583
+CuNb,Cu,Nb,-0.1174219144,1.1723867427,-2.2558659026
+CuMo,Cu,Mo,0.0190430802,0.8299832641,-1.9006190898
+CuRu,Cu,Ru,-0.0159608806,0.5938361146,-1.7814157003
+CuRh,Cu,Rh,0.0362668791,0.9321386813,-1.4749579881
+CuPd,Cu,Pd,0.0627590044,1.4667640308,-1.2089315965
+CuAg,Cu,Ag,0.0604172368,1.9963005314,-0.7307597889
+CuCd,Cu,Cd,0.0686771302,2.2802714348,-0.5903644426
+CuIn,Cu,In,0.140626208,2.4454782364,-0.8676847526
+CuSn,Cu,Sn,0.1935681719,2.4611264397,-1.0544036934
+CuSb,Cu,Sb,0.3527314192,2.8435471501,-1.306510974
+CuTe,Cu,Te,0.8327393454,2.9256118628,-1.0618001506
+CuI,Cu,I,0.5498481787,4.6974116551,-0.1386866443
+CuXe,Cu,Xe,0.4521673421,6.7350024929,0.4971556179
+CuCs,Cu,Cs,0.4461867554,7.3243455229,5.143185511
+CuBa,Cu,Ba,0.20513862,7.0064709147,4.3821788528
+CuLa,Cu,La,0.3418516781,0.8803988926,-1.2267210648
+CuHf,Cu,Hf,-0.1038513334,0.7269443432,-2.0832583321
+CuTa,Cu,Ta,-0.0242667234,0.7617417878,-2.0387918113
+CuW,Cu,W,-0.185359559,0.5267208026,-2.1743402182
+CuRe,Cu,Re,-0.1758965501,0.3600174551,-2.0521062127
+CuOs,Cu,Os,0.0011352961,0.2259791549,-1.7585395942
+CuIr,Cu,Ir,0.0672487496,0.3934892194,-1.6389130419
+CuPt,Cu,Pt,0.0685217413,1.0200732803,-1.3909072923
+CuAu,Cu,Au,0.0850307189,1.8008943263,-0.8304548658
+CuHg,Cu,Hg,0.1275481853,2.325309923,-0.1216169506
+CuTl,Cu,Tl,0.3771177004,1.8830605916,-0.3956039432
+CuPb,Cu,Pb,0.5116092563,1.7690538175,-0.593891077
+CuBi,Cu,Bi,0.5825329673,1.6840956269,-0.7077447925
+IrH,Ir,H,-1.329174618,1.0788118,-2.953029916
+IrHe,Ir,He,0.394733251,3.158891271,0.657306819
+IrLi,Ir,Li,-0.052576545,2.576291086,-1.251433874
+IrBe,Ir,Be,0.261859679,2.008842773,-0.638847234
+IrB,Ir,B,0.189098872,-0.418019724,-1.134720715
+IrC,Ir,C,-1.801662716,-0.312726667,-4.296152049
+IrN,Ir,N,0.131795666,-0.817240923,-2.405370065
+IrO,Ir,O,-0.693776792,-1.359934173,-4.86018054
+IrF,Ir,F,0.037966472,2.013322002,-1.404397227
+IrNe,Ir,Ne,1.189594661,3.009070695,1.78118578
+IrNa,Ir,Na,0.57325094,2.948082096,-0.239777304
+IrMg,Ir,Mg,0.14096701,2.05991115,-0.34149792
+IrAl,Ir,Al,0.305339557,1.991416122,-0.416168211
+IrSi,Ir,Si,0.353161344,0.249970643,-0.673086954
+IrP,Ir,P,0.262984805,-0.640677134,-2.607962312
+IrS,Ir,S,0.294060319,-1.181987126,-3.042671434
+IrCl,Ir,Cl,0.545482231,1.559881325,0.051256421
+IrAr,Ir,Ar,0.862492019,2.28848078,4.781146824
+IrK,Ir,K,0.86720665,1.911932395,1.311203261
+IrCa,Ir,Ca,0.754091535,2.337788304,0.800910986
+IrSc,Ir,Sc,0.108983256,1.847224555,-0.096256968
+IrTi,Ir,Ti,0.160205662,1.128537013,-0.647906384
+IrV,Ir,V,0.219882974,1.258988047,-0.986174663
+IrCr,Ir,Cr,0.179819213,1.452116278,-0.863560934
+IrMn,Ir,Mn,0.191468128,1.602875194,-0.558777409
+IrFe,Ir,Fe,0.185921387,1.456039161,-0.764359102
+IrCo,Ir,Co,0.162881487,1.041209104,-1.18443274
+IrNi,Ir,Ni,0.209769745,1.094928238,-1.189378455
+IrCu,Ir,Cu,0.170591935,1.843035094,-0.781820573
+IrZn,Ir,Zn,0.301384372,1.689111152,-0.136388085
+IrGa,Ir,Ga,0.381545507,1.09794763,-0.151597666
+IrGe,Ir,Ge,0.374760467,0.382229658,-1.260080977
+IrAs,Ir,As,0.378548685,-0.476004058,-2.250479122
+IrSe,Ir,Se,0.744734633,-0.840639647,-2.392387027
+IrBr,Ir,Br,-0.605245966,2.444539051,-0.810404668
+IrKr,Ir,Kr,0.011631474,3.175010203,0.718818432
+IrRb,Ir,Rb,0.392562237,2.104843703,0.543142621
+IrSr,Ir,Sr,0.693534162,1.7397438,-0.075581646
+IrY,Ir,Y,0.391132254,1.560977451,-0.351423315
+IrZr,Ir,Zr,0.067242836,1.324011617,-0.836686415
+IrNb,Ir,Nb,0.139554423,1.158187256,-1.098041639
+IrMo,Ir,Mo,0.198299114,0.606520006,-1.114233037
+IrRu,Ir,Ru,0.204956565,0.943508801,-1.408385032
+IrRh,Ir,Rh,0.242177967,1.055080671,-1.383956562
+IrPd,Ir,Pd,0.307481395,1.060566382,-1.046480096
+IrAg,Ir,Ag,0.382117065,1.234546456,-0.368170428
+IrCd,Ir,Cd,0.489168069,1.607782937,0.100377169
+IrIn,Ir,In,0.603629114,1.155758825,-0.535555862
+IrSn,Ir,Sn,0.631408816,0.289662558,-1.201162279
+IrSb,Ir,Sb,0.660877848,0.272625811,-1.849834291
+IrTe,Ir,Te,1.003497468,-0.378458493,-1.706755021
+IrI,Ir,I,1.623652253,0.18774512,-0.786990587
+IrXe,Ir,Xe,1.375621062,1.147003657,0.496158007
+IrCs,Ir,Cs,0.972424643,2.027354977,0.940892498
+IrBa,Ir,Ba,0.256317661,1.865812199,0.577464393
+IrLa,Ir,La,1.86517589,-0.157274321,0.484925127
+IrHf,Ir,Hf,0.112795969,1.206784463,-0.881598063
+IrTa,Ir,Ta,0.126723696,0.662075362,-1.235774394
+IrW,Ir,W,0.218771692,0.413396176,-1.541674687
+IrRe,Ir,Re,0.254327235,0.86550343,-1.399996498
+IrOs,Ir,Os,0.281262916,0.721915188,-1.613835276
+IrIr,Ir,Ir,0.307140711,0.450482715,-1.633150015
+IrPt,Ir,Pt,0.354738728,0.679721588,-1.67900294
+IrAu,Ir,Au,0.59056705,0.775342232,-1.06604782
+IrHg,Ir,Hg,0.960064484,0.791732804,0.152948074
+IrTl,Ir,Tl,1.171346513,0.476984919,-0.01595133
+IrPb,Ir,Pb,1.165202166,0.356611964,0.008556266
+IrBi,Ir,Bi,1.485268297,-0.306560014,-0.751064094
+NiH,Ni,H,3.173461017,-1.166767199,0.341337751
+NiHe,Ni,He,0.807502801,2.954415123,2.648410102
+NiLi,Ni,Li,0.424290529,2.146123646,1.044025451
+NiBe,Ni,Be,0.428519811,1.450598898,0.272201312
+NiB,Ni,B,0.475938299,1.338322164,0.019389064
+NiC,Ni,C,0.975431799,-0.408893009,-1.034054121
+NiN,Ni,N,-0.681459805,-0.326518011,-1.653739921
+NiO,Ni,O,0.271665035,-0.023045247,-1.214150342
+NiF,Ni,F,1.016003749,3.127908504,2.402125065
+NiNe,Ni,Ne,1.101919987,2.297416008,2.509228489
+NiNa,Ni,Na,0.68362035,2.560615347,2.027437107
+NiMg,Ni,Mg,0.472198293,1.802127763,0.774928371
+NiAl,Ni,Al,0.539871437,1.177221382,0.060406157
+NiSi,Ni,Si,0.546775087,1.271063741,-0.160659442
+NiP,Ni,P,0.535920951,1.511911413,0.018155097
+NiS,Ni,S,0.50169314,0.827775731,-0.434025425
+NiCl,Ni,Cl,0.644504489,2.041954614,1.280622193
+NiAr,Ni,Ar,2.075920751,0.996752744,2.120797623
+NiK,Ni,K,0.96657409,3.422978401,3.157964151
+NiCa,Ni,Ca,0.750675677,4.016833053,2.781234386
+NiSc,Ni,Sc,0.481042727,1.154139456,0.169911985
+NiTi,Ni,Ti,0.481290254,0.75834143,-0.977003653
+NiV,Ni,V,0.573055499,0.489122865,-1.141965098
+NiCr,Ni,Cr,0.524879786,0.556891046,-1.115611355
+NiMn,Ni,Mn,0.533039713,0.720207892,-0.980714493
+NiFe,Ni,Fe,0.604753245,0.826952148,-0.961065067
+NiCo,Ni,Co,0.641628286,0.769310792,-0.871811756
+NiNi,Ni,Ni,0.513484041,0.71370221,-1.043839165
+NiCu,Ni,Cu,0.564222637,1.275806909,-0.679512576
+NiZn,Ni,Zn,0.558975908,1.512117773,-0.437670249
+NiGa,Ni,Ga,0.557959434,1.344622922,-0.543207372
+NiGe,Ni,Ge,0.56103197,1.282191366,-0.639326436
+NiAs,Ni,As,0.557873313,1.360102158,-0.577379105
+NiSe,Ni,Se,0.618859277,2.423208069,-0.173388952
+NiBr,Ni,Br,1.466958507,3.644395163,1.959021943
+NiKr,Ni,Kr,0.98642899,6.887607689,4.998079931
+NiRb,Ni,Rb,1.763724403,5.809679236,4.38481822
+NiSr,Ni,Sr,1.255626079,4.429711701,3.541555235
+NiY,Ni,Y,0.537632408,0.93604839,0.069428047
+NiZr,Ni,Zr,0.446578464,0.658922643,-1.032348264
+NiNb,Ni,Nb,0.475979415,0.444094828,-1.394187889
+NiMo,Ni,Mo,0.446228851,0.480624493,-1.357885832
+NiRu,Ni,Ru,0.525144637,0.352004858,-1.391230752
+NiRh,Ni,Rh,0.533656429,0.544401438,-1.226870836
+NiPd,Ni,Pd,0.545378633,0.874731847,-1.049914072
+NiAg,Ni,Ag,0.579249149,1.431117375,-0.529292789
+NiCd,Ni,Cd,0.659677784,1.834935679,-0.070001417
+NiIn,Ni,In,0.682197787,1.369165938,-0.41139224
+NiSn,Ni,Sn,0.668122479,1.070597408,-0.693722204
+NiSb,Ni,Sb,0.682090553,0.982513665,-0.704711995
+NiTe,Ni,Te,0.791727952,1.495514096,-0.270633363
+NiI,Ni,I,1.458809428,1.386267145,0.522388833
+NiXe,Ni,Xe,0.921475107,2.64210972,1.211669921
+NiCs,Ni,Cs,1.798801886,5.414762488,3.643801616
+NiBa,Ni,Ba,1.9468428,5.183677054,2.691709189
+NiLa,Ni,La,0.871296728,4.607861215,3.480303181
+NiHf,Ni,Hf,0.454383787,0.537511088,-0.513746493
+NiTa,Ni,Ta,0.495645899,0.258060767,-0.918614892
+NiW,Ni,W,0.55311531,0.188401277,-1.015400422
+NiRe,Ni,Re,0.568021934,0.062306238,-1.025878118
+NiOs,Ni,Os,0.569550618,0.059457705,-1.01394367
+NiIr,Ni,Ir,0.546516407,0.24943235,-0.759219493
+NiPt,Ni,Pt,0.606485769,0.632122863,-0.444247845
+NiAu,Ni,Au,0.618273864,1.20666374,0.043818754
+NiHg,Ni,Hg,0.728374279,1.68001507,0.564442103
+NiTl,Ni,Tl,0.817307842,1.278415398,0.55125143
+NiPb,Ni,Pb,0.848672819,1.139075424,0.442341946
+NiBi,Ni,Bi,0.960990997,0.994810385,0.353169262
+PbH,Pb,H,-2.8939922044,2.1445283189,-4.0428629173
+PbHe,Pb,He,-2.0052930696,5.7618527517,0.4994215966
+PbLi,Pb,Li,-2.110216246,4.8716081284,-0.4752002483
+PbBe,Pb,Be,-2.4874355973,3.2624205993,-2.4285180137
+PbB,Pb,B,-2.197360403,1.8126488752,-3.3263354602
+PbC,Pb,C,-2.2004203867,0.0095046421,-1.9890455122
+PbN,Pb,N,-4.0156614092,0.7840004811,-2.8476451675
+PbO,Pb,O,-4.363908948,4.632824882,-3.1442809629
+PbF,Pb,F,-4.8178958402,6.6064942287,-1.5198387552
+PbNe,Pb,Ne,-2.0060380635,5.9025992587,0.6022119247
+PbNa,Pb,Na,-1.9043411893,5.4345151234,0.1369368526
+PbMg,Pb,Mg,-2.0189330908,4.0195240421,-1.3732047822
+PbAl,Pb,Al,-1.8406724346,3.1883288837,-1.800385137
+PbSi,Pb,Si,-1.9626445724,3.337027728,-1.6479811216
+PbP,Pb,P,-2.2445399024,3.3964592368,-1.6582577478
+PbS,Pb,S,-2.1482483286,3.965686528,-1.5446371616
+PbCl,Pb,Cl,-1.6022826946,4.4353271928,-0.4207668885
+PbAr,Pb,Ar,-1.4873074146,5.8241074484,1.4045180766
+PbK,Pb,K,-1.7532937899,5.9048766009,0.8184123589
+PbCa,Pb,Ca,-1.9859955718,4.7588874037,-0.5320255215
+PbSc,Pb,Sc,-2.1576797659,3.6878347885,-1.6959486143
+PbTi,Pb,Ti,-2.2334777008,3.3371425898,-1.8906661368
+PbV,Pb,V,-2.1518218775,3.4116928202,-1.1519740133
+PbCr,Pb,Cr,-2.1405534219,3.6163864589,0.050057713
+PbMn,Pb,Mn,-2.136126171,3.5401396044,-0.0492296721
+PbFe,Pb,Fe,-2.6891913385,3.6228666545,-1.2296583772
+PbCo,Pb,Co,-2.2804531155,3.5896875033,-1.3692007934
+PbNi,Pb,Ni,-2.605755385,4.0394684807,-1.3743235443
+PbCu,Pb,Cu,-2.6961608099,4.1755809811,-1.6288800073
+PbZn,Pb,Zn,-2.108268432,3.9550998644,-1.5470534633
+PbGa,Pb,Ga,-1.7397321913,3.8061869167,-1.2603042238
+PbGe,Pb,Ge,-1.6169780318,3.5521808688,-1.3481194574
+PbAs,Pb,As,-2.1747313639,4.066593518,-1.3806157858
+PbSe,Pb,Se,-1.9451878479,4.3212542186,-1.0491449527
+PbBr,Pb,Br,-2.0864243212,5.3437520551,-0.0346897424
+PbKr,Pb,Kr,-1.4127107429,6.5189084201,1.6353325925
+PbRb,Pb,Rb,-1.5590318079,5.9793110182,1.1269734099
+PbSr,Pb,Sr,-1.800123258,4.8927014042,-0.1698028664
+PbY,Pb,Y,-2.1785915913,3.8195786735,-1.4640081492
+PbZr,Pb,Zr,-2.1967323132,3.3716698979,-1.939029647
+PbNb,Pb,Nb,-2.1321324574,2.9922564294,-1.9404612041
+PbMo,Pb,Mo,-2.1076040166,3.1244488726,-1.5453883396
+PbRu,Pb,Ru,-2.5485889357,3.472126055,-1.7748750972
+PbRh,Pb,Rh,-2.5357679851,3.866485325,-1.4872954768
+PbPd,Pb,Pd,-2.2207054795,4.1085458206,-1.0740615562
+PbAg,Pb,Ag,-2.218625627,4.5999530799,-1.0528639163
+PbCd,Pb,Cd,-2.0871480407,4.3718694151,-1.1281543982
+PbIn,Pb,In,-1.8740229679,4.2555242531,-1.0032731552
+PbSn,Pb,Sn,-1.8870976951,4.3521645188,-0.9733992423
+PbSb,Pb,Sb,-1.8535812805,4.481023504,-1.0891569568
+PbTe,Pb,Te,-1.6255803016,4.4719787478,-0.8582434657
+PbI,Pb,I,-0.9402207152,4.4851404911,-0.0760966581
+PbXe,Pb,Xe,-0.4056631046,5.663002847,1.4226198554
+PbCs,Pb,Cs,-0.1694467357,5.0212514609,0.9348817038
+PbBa,Pb,Ba,-1.6484378239,5.1434975056,-0.6987553911
+PbLa,Pb,La,-1.7982993563,4.1815947379,-0.9394571293
+PbHf,Pb,Hf,-2.0892137893,3.060951686,-2.1305441246
+PbTa,Pb,Ta,-2.0880355568,2.5874251901,-2.2698907141
+PbW,Pb,W,-2.0285520565,2.2049243643,-2.0873811793
+PbRe,Pb,Re,-1.9368026956,2.1832148548,-2.1822788756
+PbOs,Pb,Os,-2.0082486339,2.3205919685,-2.2226373502
+PbIr,Pb,Ir,-2.6640176806,3.5290762251,-1.9149709925
+PbPt,Pb,Pt,-1.9800284173,3.3715228563,-1.4349183186
+PbAu,Pb,Au,-2.1724144166,4.1031843829,-1.4243477169
+PbHg,Pb,Hg,-1.6307089166,4.1805037939,-0.8761315965
+PbTl,Pb,Tl,-1.9716796944,4.8499888326,-0.5223998191
+PbPb,Pb,Pb,-1.8365825181,4.7483740156,-0.5925658284
+PbBi,Pb,Bi,-1.4798570237,4.4476715386,-0.8531264893
+PdH,Pd,H,0.205285674,-1.3368440699,-3.3782139089
+PdHe,Pd,He,0.6300872958,0.7228796504,-0.5263173288
+PdLi,Pd,Li,0.1058599718,0.6370961139,-1.6866225655
+PdBe,Pd,Be,0.1636479129,-0.266075022,-2.5494002561
+PdB,Pd,B,0.138429932,-0.9869448019,-3.7586923327
+PdC,Pd,C,1.2581371563,-2.260120983,-3.6396424591
+PdN,Pd,N,-0.2005068975,-1.8668635146,-4.4242548244
+PdO,Pd,O,0.088037976,-2.6437086584,-4.9392387894
+PdF,Pd,F,0.3910511071,-0.2591415174,-2.529137621
+PdNe,Pd,Ne,0.1020124689,1.5993560821,-0.2324063881
+PdNa,Pd,Na,0.1836135993,1.1395001711,-1.0939806242
+PdMg,Pd,Mg,0.1922783541,0.2628880765,-2.1021322498
+PdAl,Pd,Al,0.2438833384,-0.0770326058,-2.4749024463
+PdSi,Pd,Si,0.2505377251,0.0385049279,-2.4974301025
+PdP,Pd,P,0.2088271126,-0.242072781,-2.7983469016
+PdS,Pd,S,0.1812038383,-0.5700380484,-2.9649192948
+PdCl,Pd,Cl,-0.6509176432,1.1673618513,-2.0854467783
+PdAr,Pd,Ar,0.1323249148,1.2453941769,-0.8427463157
+PdK,Pd,K,0.127872962,1.4127470013,-0.6536758972
+PdCa,Pd,Ca,0.0911008502,1.4026277367,-1.1300847161
+PdSc,Pd,Sc,0.1017380674,0.1873960002,-2.2821831283
+PdTi,Pd,Ti,0.1401024632,-0.3574646131,-2.7293901491
+PdV,Pd,V,0.1088794671,-0.4267987053,-3.0762269834
+PdCr,Pd,Cr,-0.60085606,-0.4209552903,-3.649909208
+PdMn,Pd,Mn,-1.3845855523,-0.3834384221,-4.3765729483
+PdFe,Pd,Fe,-1.0693678923,0.3224658776,-4.1705181822
+PdCo,Pd,Co,-0.396687941,-0.5981680888,-3.6238434358
+PdNi,Pd,Ni,0.1122948546,-0.9101353977,-3.123186624
+PdCu,Pd,Cu,0.1925029331,-0.4935256461,-2.8280148658
+PdZn,Pd,Zn,0.1285090771,0.1467557855,-2.3617161356
+PdGa,Pd,Ga,0.1349998297,0.3418033195,-2.2331099285
+PdGe,Pd,Ge,0.1336215844,0.1571932024,-2.2982128763
+PdAs,Pd,As,-0.0234729637,-0.0807240887,-2.5989368573
+PdSe,Pd,Se,0.0781166621,0.0146222948,-2.5300590048
+PdBr,Pd,Br,-0.1914750071,0.6826646349,-1.9732987407
+PdKr,Pd,Kr,0.2187570061,1.3498550858,-0.7552880023
+PdRb,Pd,Rb,0.1774613841,1.4044730737,-0.651511187
+PdSr,Pd,Sr,0.0922973894,0.5064605789,-1.5388956379
+PdY,Pd,Y,0.0402949101,0.7434003962,-1.7215817368
+PdZr,Pd,Zr,0.1004842088,-0.209139578,-2.748297842
+PdNb,Pd,Nb,0.1488536055,-0.5680300184,-2.987655122
+PdMo,Pd,Mo,0.1503120263,-0.792482538,-3.1980811022
+PdRu,Pd,Ru,0.1709869965,-1.0603854766,-3.2567381948
+PdRh,Pd,Rh,0.1763823563,-1.1027153827,-3.3535274381
+PdPd,Pd,Pd,0.2250889333,-0.8842962495,-3.1945259462
+PdAg,Pd,Ag,0.1416325671,0.0074990131,-2.5089518271
+PdCd,Pd,Cd,0.1547644697,0.2622024284,-2.2061620285
+PdIn,Pd,In,0.1382676372,0.2009034456,-2.3059271246
+PdSn,Pd,Sn,0.1398326794,0.243664577,-2.3599219541
+PdSb,Pd,Sb,0.1379120795,-0.1004252622,-2.5299345647
+PdTe,Pd,Te,0.1314330854,0.018998048,-2.2513222437
+PdI,Pd,I,-0.0671808477,0.9575523615,-1.6128388876
+PdXe,Pd,Xe,0.1307659843,1.3406008547,-0.7391513515
+PdCs,Pd,Cs,0.1876460798,4.2325463792,-0.8575577168
+PdBa,Pd,Ba,0.1600867514,0.414804933,-1.6481927488
+PdLa,Pd,La,0.0778558476,0.7416766614,-1.9651794477
+PdHf,Pd,Hf,0.1281821918,-0.2803896072,-2.772035402
+PdTa,Pd,Ta,0.1644884798,-0.5209747964,-3.0578430401
+PdW,Pd,W,0.1730465427,-0.8160368762,-3.3070010273
+PdRe,Pd,Re,0.2000650789,-1.0948347848,-3.3469005375
+PdOs,Pd,Os,0.2099138657,-1.1952881895,-3.3343122354
+PdIr,Pd,Ir,0.2296990725,-1.26751377,-3.4067447972
+PdPt,Pd,Pt,0.2265665182,-1.1657112749,-3.4953176896
+PdAu,Pd,Au,0.137942116,-0.0501144452,-2.8130820589
+PdHg,Pd,Hg,0.1387659788,0.8758272891,-2.068605215
+PdTl,Pd,Tl,0.1395714763,1.0806628726,-1.8101118986
+PdPb,Pd,Pb,0.1302730956,0.774533535,-1.8904769738
+PdBi,Pd,Bi,0.1543827768,0.6927763221,-2.0290120121
+PtH,Pt,H,-1.2596537066,-3.064983543,-3.5454686476
+PtHe,Pt,He,0.530950435,-0.883396253,0.587148704
+PtLi,Pt,Li,0.0612829575,-1.073250812,-0.1716924285
+PtBe,Pt,Be,0.1149675075,-1.646195716,-0.9624886345
+PtB,Pt,B,0.105008709,-3.646421405,-3.013305962
+PtC,Pt,C,0.0716787131,-4.445573069,-4.5264131719
+PtN,Pt,N,0.0099795736,-3.544116763,-3.3836843454
+PtO,Pt,O,0.1517000817,-5.830293939,-3.9988632643
+PtF,Pt,F,-0.2051527706,-1.381293475,-2.0011162966
+PtNe,Pt,Ne,1.2416308611,-1.115457723,1.0044238941
+PtNa,Pt,Na,0.6303807155,-0.927999838,0.5347582725
+PtMg,Pt,Mg,0.196304547,-1.350276419,-0.336982032
+PtAl,Pt,Al,0.2783164891,-1.948451908,-1.1065137069
+PtSi,Pt,Si,0.3076461229,-2.43044978,-1.5930647301
+PtP,Pt,P,0.2564359001,-2.951734524,-2.3478470629
+PtS,Pt,S,0.0720647794,-3.665008448,-3.1512731476
+PtCl,Pt,Cl,2.7682232982,-3.859099474,-0.1759091128
+PtAr,Pt,Ar,3.2266507978,-2.37709595,1.6390877268
+PtK,Pt,K,2.2818992338,-2.835890855,0.4350848318
+PtCa,Pt,Ca,0.6815307597,-1.223925669,0.2065246107
+PtSc,Pt,Sc,0.089771009,-1.362522101,-0.660374332
+PtTi,Pt,Ti,0.110042058,-2.035148397,-1.352895667
+PtV,Pt,V,0.194518167,-2.284643983,-1.345750429
+PtCr,Pt,Cr,0.175499577,-2.371686142,-1.379812969
+PtMn,Pt,Mn,0.196398424,-2.253375191,-1.364048303
+PtFe,Pt,Fe,0.189473117,-2.263710468,-1.317491122
+PtCo,Pt,Co,0.179034005,-2.589239228,-1.35740325
+PtNi,Pt,Ni,0.2070904498,-2.784183657,-1.4932572352
+PtCu,Pt,Cu,0.2070328101,-2.085622336,-1.0840527569
+PtZn,Pt,Zn,0.2877088345,-1.702042601,-0.7666139785
+PtGa,Pt,Ga,0.3440331904,-1.945399108,-0.9455209336
+PtGe,Pt,Ge,0.3958112514,-2.10292296,-1.3242923766
+PtAs,Pt,As,0.3536776019,-3.027364883,-2.0365092321
+PtSe,Pt,Se,0.2415345041,-3.099007972,-2.3231143999
+PtBr,Pt,Br,2.7599552437,-3.468911904,-0.0629732443
+PtKr,Pt,Kr,3.8762963999,-3.858635805,0.8253402489
+PtRb,Pt,Rb,3.5443435874,-4.097423886,0.4048074524
+PtSr,Pt,Sr,1.6602367767,-1.521299731,-0.3347129603
+PtY,Pt,Y,0.386066009,-1.34419867,-0.199202967
+PtZr,Pt,Zr,0.061193594,-1.546534846,-1.158645754
+PtNb,Pt,Nb,0.146536244,-2.157221821,-1.572180291
+PtMo,Pt,Mo,0.225051121,-2.425749814,-1.563087936
+PtRu,Pt,Ru,0.190328096,-3.016666661,-1.758384436
+PtRh,Pt,Rh,0.184956307,-3.083072501,-1.865312981
+PtPd,Pt,Pd,0.2605339097,-2.748059459,-1.6593030293
+PtAg,Pt,Ag,0.3544960049,-1.869176985,-0.8423862211
+PtCd,Pt,Cd,0.4657230717,-1.804075785,-0.4266759443
+PtIn,Pt,In,0.5439666606,-1.828460424,-0.8489375014
+PtSn,Pt,Sn,0.6240914952,-1.901384747,-0.9314176058
+PtSb,Pt,Sb,0.6267456853,-2.305849521,-1.4983560927
+PtTe,Pt,Te,0.8725518282,-3.056253799,-1.7484029488
+PtI,Pt,I,2.2889586999,-3.528172161,-0.6841541631
+PtXe,Pt,Xe,1.2943945355,-1.396501735,0.6065328845
+PtCs,Pt,Cs,1.3931713557,-1.262550265,0.6518565507
+PtBa,Pt,Ba,3.2936481702,-4.232672159,-3.0869596818
+PtLa,Pt,La,1.57981336,-2.921022008,-0.668929627
+PtHf,Pt,Hf,0.06763669,-1.700459167,-1.227938295
+PtTa,Pt,Ta,0.20612746,-2.261608199,-1.664588954
+PtW,Pt,W,0.324902581,-2.502638259,-1.704593632
+PtRe,Pt,Re,0.292542495,-2.809633708,-1.780121136
+PtOs,Pt,Os,0.311180839,-3.173437618,-1.867919447
+PtIr,Pt,Ir,0.248896998,-3.26125471,-2.022283234
+PtPt,Pt,Pt,0.3866873213,-3.102029145,-1.9080757807
+PtAu,Pt,Au,0.5104716148,-2.366028844,-1.3051014402
+PtHg,Pt,Hg,0.8579771339,-1.718643585,-0.2792142591
+PtTl,Pt,Tl,1.0637066272,-1.984050843,-0.4533122908
+PtPb,Pt,Pb,1.1709902795,-2.623832764,-0.9687218195
+PtBi,Pt,Bi,1.2116064427,-2.485902672,-1.0129535993
+RhH,Rh,H,1.208229754,-0.661045064,-1.835839925
+RhHe,Rh,He,0.966987841,2.803025246,1.624683371
+RhLi,Rh,Li,0.341986218,2.148338956,0.085758021
+RhBe,Rh,Be,0.387502124,1.492724036,-0.779223072
+RhB,Rh,B,0.863040122,0.249781756,-1.242117411
+RhC,Rh,C,1.570421431,-1.829963498,-2.410556557
+RhN,Rh,N,2.311734251,-3.076303976,-3.011871434
+RhO,Rh,O,0.607410917,-1.625079863,-3.483973026
+RhF,Rh,F,0.119663937,0.212563491,-1.781479068
+RhNe,Rh,Ne,1.117046243,1.993154242,1.231043394
+RhNa,Rh,Na,0.747331489,1.893405344,0.718332003
+RhMg,Rh,Mg,0.396294488,1.52631208,-0.359587592
+RhAl,Rh,Al,0.394244193,1.318074485,-0.739409516
+RhSi,Rh,Si,0.409813538,0.925653515,-0.934242954
+RhP,Rh,P,0.391532132,0.040787606,-1.710625863
+RhS,Rh,S,0.289757204,0.179793144,-1.854367522
+RhCl,Rh,Cl,1.509861668,1.24339304,0.460313939
+RhAr,Rh,Ar,1.732205901,0.847912251,0.746614261
+RhK,Rh,K,1.626365347,5.376424999,4.465104154
+RhCa,Rh,Ca,0.781016258,4.127385225,2.15434909
+RhSc,Rh,Sc,0.276217557,3.262689362,0.449722446
+RhTi,Rh,Ti,0.282684121,1.099852093,-1.050034876
+RhV,Rh,V,0.302698673,1.055145792,-1.191595742
+RhCr,Rh,Cr,-0.149257421,1.528956231,-0.927191526
+RhMn,Rh,Mn,-0.981911129,1.516701648,-1.309541125
+RhFe,Rh,Fe,-0.81843202,2.177954521,-1.06491078
+RhCo,Rh,Co,-0.329142129,2.068637747,-1.094286725
+RhNi,Rh,Ni,-0.240973301,2.134267481,-1.049132099
+RhCu,Rh,Cu,-0.031684578,2.616324382,-0.462725532
+RhZn,Rh,Zn,-0.065002183,3.168317876,0.064945152
+RhGa,Rh,Ga,-0.054923574,3.392931103,0.162365879
+RhGe,Rh,Ge,-0.047806625,3.3745832,0.070188425
+RhAs,Rh,As,-0.031168142,3.545954299,-0.033300692
+RhSe,Rh,Se,-0.050997611,3.547581871,0.107694254
+RhBr,Rh,Br,-0.037369419,5.686170547,2.406876481
+RhKr,Rh,Kr,0.072657598,8.258207703,5.49680804
+RhRb,Rh,Rb,-0.206322862,8.74084989,5.914625493
+RhSr,Rh,Sr,-0.087408968,6.47464747,3.694642586
+RhY,Rh,Y,0.01712388,4.292878695,1.446406686
+RhZr,Rh,Zr,-0.229783186,3.337274376,0.136292282
+RhNb,Rh,Nb,-0.187075845,2.482773624,-0.647445186
+RhMo,Rh,Mo,-0.211670223,2.140958015,-0.957794089
+RhRu,Rh,Ru,-0.181165332,1.830573444,-1.105417566
+RhRh,Rh,Rh,-0.236821396,1.915448541,-1.110459368
+RhPd,Rh,Pd,-0.163351808,2.549066071,-0.71710927
+RhAg,Rh,Ag,0.103707356,3.28351873,0.283394476
+RhCd,Rh,Cd,0.300259692,3.931241577,0.989867206
+RhIn,Rh,In,0.346407228,3.906206832,0.999640471
+RhSn,Rh,Sn,0.363146758,3.625572027,0.744461112
+RhSb,Rh,Sb,0.334664784,3.266987053,0.417076061
+RhTe,Rh,Te,0.360002269,3.313484634,0.459794806
+RhI,Rh,I,-0.407549645,5.727989768,2.037937003
+RhXe,Rh,Xe,3.167131173,4.473454648,4.596904642
+RhCs,Rh,Cs,1.088561351,8.283640238,6.456779888
+RhBa,Rh,Ba,0.669195097,7.384650502,5.299691549
+RhLa,Rh,La,0.963117629,5.25389213,3.365979424
+RhHf,Rh,Hf,-0.097961126,3.118602468,0.044324345
+RhTa,Rh,Ta,-0.126293468,2.39512634,-0.698178029
+RhW,Rh,W,-0.045236687,1.773882894,-1.121406609
+RhRe,Rh,Re,-0.100460013,1.64978357,-1.226085041
+RhOs,Rh,Os,-0.032581112,1.475456093,-1.291433463
+RhIr,Rh,Ir,-0.178085868,1.72785553,-1.280743005
+RhPt,Rh,Pt,-0.10621495,1.996805534,-1.047131188
+RhAu,Rh,Au,0.030361019,2.828047315,-0.226148845
+RhHg,Rh,Hg,0.519980094,4.142349886,1.280340813
+RhTl,Rh,Tl,0.780255138,4.107850218,1.652707576
+RhPb,Rh,Pb,0.82913116,3.909257312,1.627954342
+RhBi,Rh,Bi,0.78470052,3.824232467,1.47733011
+NaH,Na,H,-0.8234956738,4.5695403694,0.1078570605
+NaHe,Na,He,0.3941979412,3.3763306909,0.2836342137
+NaLi,Na,Li,0.2879672081,1.0359974852,-1.0607200033
+NaBe,Na,Be,0.0339409086,-0.9346857175,-2.79353453
+NaB,Na,B,0.2182935497,-0.8272355821,-2.122909709
+NaC,Na,C,0.5942634553,-0.8499872328,-1.0431709241
+,Na,N,1.569838696,0.4491090003,1.52699721
+NaO,Na,O,3.2005287868,0.3280277534,0.8029581137
+NaF,Na,F,-0.2471280751,2.818943711,-0.2234302775
+NaNe,Na,Ne,2.1831471616,3.4270980403,2.0727137851
+NaNa,Na,Na,2.5338751928,1.3612157989,1.1599245607
+NaMg,Na,Mg,2.683287283,0.2720459973,0.2498843991
+NaAl,Na,Al,2.5044222401,-0.0852699285,0.0705088605
+NaSi,Na,Si,2.5187131916,0.1203766545,0.603907362
+NaP,Na,P,2.3720657868,0.73668278,0.5115270036
+NaS,Na,S,5.3343150221,-1.5167649337,1.2714689174
+NaCl,Na,Cl,2.0694194669,2.9112219026,2.1916230296
+NaAr,Na,Ar,2.6445115658,3.2005242575,2.3014867922
+NaK,Na,K,2.7343499819,2.1561246429,1.6674567005
+NaCa,Na,Ca,2.9177951594,0.5327244942,0.7903963375
+NaSc,Na,Sc,3.100996238,-0.7879361464,0.233452102
+NaTi,Na,Ti,2.7023438757,-0.3116803581,0.0634537285
+NaV,Na,V,2.5187581595,-0.0408020864,0.235478659
+NaCr,Na,Cr,2.2594657937,0.3578625628,-0.0206546526
+NaMn,Na,Mn,2.6014251776,-0.2086707648,0.0482310912
+NaFe,Na,Fe,2.7115917335,1.1790576846,0.3281524868
+NaCo,Na,Co,2.6272911381,0.1580979388,0.351473056
+NaNi,Na,Ni,2.6758860029,0.0635703149,0.5392028214
+NaCu,Na,Cu,1.9281558351,0.4617227871,0.2774909168
+NaZn,Na,Zn,2.3458589384,0.8302392342,0.4223800939
+NaGa,Na,Ga,2.3885389298,0.4222530805,0.4174330139
+NaGe,Na,Ge,2.4970313736,0.5577538296,0.7231029162
+NaAs,Na,As,2.3887670487,1.0835366501,1.1690308241
+NaSe,Na,Se,2.327251579,1.6538864622,1.4765727245
+NaBr,Na,Br,2.2813009696,2.8438308803,2.243916285
+NaKr,Na,Kr,2.6016372172,2.9807695259,2.3220476505
+NaRb,Na,Rb,2.9695743814,2.1966750374,1.9384607716
+NaSr,Na,Sr,3.0094586571,0.1417559037,0.57507171
+NaY,Na,Y,3.1847553723,-0.946027067,0.0172451719
+NaZr,Na,Zr,2.8751078949,-0.8387334317,0.1445929179
+NaNb,Na,Nb,2.506478636,0.2189028882,0.8572316124
+NaMo,Na,Mo,1.9958455357,1.013236211,1.2303557583
+NaRu,Na,Ru,2.7088155008,-0.4021158708,0.7487660809
+NaRh,Na,Rh,2.4437466667,0.1415295857,0.7309825282
+NaPd,Na,Pd,2.0351885921,1.226777383,0.639469211
+NaAg,Na,Ag,2.0464618948,1.3402976781,0.7173981269
+NaCd,Na,Cd,2.5249711916,0.8249389242,0.6102941028
+NaIn,Na,In,2.5639635911,0.7889100325,0.574773476
+NaSn,Na,Sn,2.3619393773,0.903527572,0.6565912525
+NaSb,Na,Sb,2.2535567305,1.4478409642,0.9176696374
+NaTe,Na,Te,2.2276727306,2.8705788208,1.4924711861
+NaI,Na,I,2.8293795423,2.5358833507,2.1738995019
+NaXe,Na,Xe,3.0234342901,2.7554709307,2.501699174
+NaCs,Na,Cs,3.3813788481,2.058656413,2.2190724443
+NaBa,Na,Ba,3.3570631922,0.3308496888,0.8655920103
+NaLa,Na,La,3.5093415646,-0.6933214164,0.5528803752
+NaHf,Na,Hf,3.2741435709,-1.5269558684,-0.1550230612
+NaTa,Na,Ta,1.7207031311,0.3311435267,0.2428424539
+NaW,Na,W,1.6153102673,0.6183390749,0.6163671061
+NaRe,Na,Re,1.7860077625,0.373234897,0.6464777435
+NaOs,Na,Os,1.6399128258,0.3275689125,0.4322484254
+NaIr,Na,Ir,1.8726153553,0.1327639476,0.2876804479
+NaPt,Na,Pt,2.1115699927,0.9425191725,0.6674064131
+NaAu,Na,Au,2.1619882855,1.5911537501,0.7970427102
+NaHg,Na,Hg,2.5254633422,1.7290514743,1.0396508492
+NaTl,Na,Tl,2.7299575968,1.0810804859,0.9426461478
+NaPb,Na,Pb,2.809984784,0.8148625874,0.9174182817
+NaBi,Na,Bi,2.9840287929,0.98280081,1.1455324189
+FeH,Fe,H,-1.046222693,0.66009352,-2.775162375
+FeHe,Fe,He,-0.173750652,2.945094898,0.183047433
+FeLi,Fe,Li,-0.965285034,3.03050627,-0.949786813
+FeBe,Fe,Be,-0.873910476,1.06048202,-2.54067873
+FeB,Fe,B,-0.846924654,1.186816856,-2.571935703
+FeC,Fe,C,-0.937274053,2.437547928,-1.753735769
+FeN,Fe,N,-1.002649605,3.006671326,-1.028255463
+FeO,Fe,O,-1.225389481,1.376226914,-2.314883517
+FeF,Fe,F,-1.623709317,2.76634919,-2.520280794
+FeNe,Fe,Ne,0.526625563,2.69859247,-0.413334698
+FeNa,Fe,Na,-0.381377614,2.816719933,-0.76443219
+FeMg,Fe,Mg,-0.645769271,2.820723473,-1.768428256
+FeAl,Fe,Al,-0.478045328,1.145463728,-2.712296643
+FeSi,Fe,Si,-0.434821646,0.967018157,-3.008906402
+FeP,Fe,P,-0.60773871,1.532110649,-2.688282544
+FeS,Fe,S,-0.59882565,1.895907939,-1.858846404
+FeCl,Fe,Cl,-0.291235584,3.029914374,-0.821979958
+FeAr,Fe,Ar,2.866066995,3.208822881,-0.305313636
+FeK,Fe,K,-0.177775979,4.241486438,1.512751902
+FeCa,Fe,Ca,-0.537254122,5.649948024,9.558836615
+FeSc,Fe,Sc,-0.672253852,2.355680302,-2.58300778
+FeTi,Fe,Ti,-1.000573933,0.458938797,-2.977211652
+FeV,Fe,V,-1.016030747,1.279201242,-2.87374736
+FeCr,Fe,Cr,-0.942095394,1.206837974,-2.834020916
+FeMn,Fe,Mn,-0.814233601,1.206478663,-2.593746614
+FeFe,Fe,Fe,-0.874618748,0.355433422,-2.661571056
+FeCo,Fe,Co,-0.979557276,0.409782282,-2.935116634
+FeNi,Fe,Ni,-0.912735878,0.382155344,-2.866789644
+FeCu,Fe,Cu,-0.858564479,0.763410342,-2.410788366
+FeZn,Fe,Zn,-0.519689626,0.338366003,-2.266530569
+FeGa,Fe,Ga,-0.307186403,0.035764004,-2.473249906
+FeGe,Fe,Ge,-0.26169212,0.096758403,-2.469199145
+FeAs,Fe,As,-0.207731808,0.367866203,-2.165682737
+FeSe,Fe,Se,-0.144188395,2.220695784,-1.460666984
+FeBr,Fe,Br,0.249440922,2.921017878,-0.440393803
+FeKr,Fe,Kr,3.416466541,2.08797025,-0.286372741
+FeRb,Fe,Rb,-0.198560367,3.824020687,1.393905757
+FeSr,Fe,Sr,-0.468794518,6.163140828,2.34954522
+FeY,Fe,Y,-5.561454326,8.677412957,0.058174816
+FeZr,Fe,Zr,-5.922388858,7.328407564,-2.837971581
+FeNb,Fe,Nb,-6.314508679,6.711288658,-3.167426515
+FeMo,Fe,Mo,-6.433728076,6.39306989,-3.133526953
+FeRu,Fe,Ru,-6.554042757,5.940606379,-3.289519866
+FeRh,Fe,Rh,-6.228091444,6.324895065,-2.717569982
+FePd,Fe,Pd,-5.860540482,6.499345093,-2.389773451
+FeAg,Fe,Ag,-5.488434979,7.029362382,-2.11655567
+FeCd,Fe,Cd,-5.03654407,7.277613937,-2.071550728
+FeIn,Fe,In,-4.700562159,6.857953336,-2.069299669
+FeSn,Fe,Sn,-5.502688384,7.07468032,-2.353327419
+FeSb,Fe,Sb,-5.140573797,7.067928186,-2.086089715
+FeTe,Fe,Te,-5.09022732,7.585248323,-1.703094318
+FeI,Fe,I,-5.344069941,8.490375446,-0.598456574
+FeXe,Fe,Xe,-4.603854958,11.021774067,1.018305668
+FeCs,Fe,Cs,-5.705808483,13.232790571,-0.319917273
+FeBa,Fe,Ba,-5.509190641,12.521841977,1.583641846
+FeLa,Fe,La,-6.150422359,8.440417024,-0.036669664
+FeHf,Fe,Hf,-5.934016616,6.966508855,-2.063701987
+FeTa,Fe,Ta,-6.253700149,6.442083904,-2.760102943
+FeW,Fe,W,-6.313552703,5.593908282,-3.125056269
+FeRe,Fe,Re,-6.524212488,5.44619535,-3.376038681
+FeOs,Fe,Os,-6.499836423,5.352183386,-3.284518927
+FeIr,Fe,Ir,-6.130845904,5.30165604,-2.952752071
+FePt,Fe,Pt,-5.727756378,5.555796747,-2.481179108
+FeAu,Fe,Au,-5.285693824,6.626249271,-1.84772244
+FeHg,Fe,Hg,-5.144800888,7.57654653,-1.129512344
+FeTl,Fe,Tl,-5.427848838,6.789858508,-1.259842706
+FePb,Fe,Pb,-4.903362083,7.58547175,-1.043733699
+FeBi,Fe,Bi,-5.124867024,7.990423632,-0.819312964
+CrH,Cr,H,2.128530383,1.834332079,2.234894989
+CrHe,Cr,He,2.759104727,1.705066613,2.65091918
+CrLi,Cr,Li,1.84406211,2.294186578,1.001715458
+CrBe,Cr,Be,1.825109295,1.203794547,-0.222987385
+CrB,Cr,B,1.796728479,0.643809843,0.18211731
+CrC,Cr,C,1.969677385,0.177534037,2.468883346
+CrN,Cr,N,1.833395867,2.968394836,3.54046829
+CrO,Cr,O,1.372912281,2.41071638,3.641399275
+CrF,Cr,F,0.79234044,1.739248817,1.153669536
+CrNe,Cr,Ne,3.569783552,2.301181457,3.805698612
+CrNa,Cr,Na,3.090570015,-2.829264639,2.262266732
+CrMg,Cr,Mg,2.187545498,-2.712928679,0.453194046
+CrAl,Cr,Al,2.095387517,0.237646925,-0.617180051
+CrSi,Cr,Si,2.165336506,0.25024329,-0.562243792
+CrP,Cr,P,0.067346873,1.625336855,-0.122769671
+CrS,Cr,S,0.051476056,3.895155944,1.180462555
+CrCl,Cr,Cl,0.178139584,4.734299473,2.059717899
+CrAr,Cr,Ar,-0.700929084,6.892902775,4.837787397
+CrK,Cr,K,-0.356229628,5.71323985,0.783757156
+CrCa,Cr,Ca,-0.523009555,4.559557835,2.563973848
+CrSc,Cr,Sc,0.176032545,2.138457341,0.279859855
+CrTi,Cr,Ti,-0.286350557,-0.441150411,-0.471302013
+CrV,Cr,V,-0.28926831,0.438634769,-0.440107036
+CrCr,Cr,Cr,-0.289368083,0.521788761,0.031772813
+CrMn,Cr,Mn,-0.660069495,0.387134111,-0.385627956
+CrFe,Cr,Fe,-0.179391259,0.413716519,-0.188246781
+CrCo,Cr,Co,-0.448655778,0.533942233,-0.544112287
+CrNi,Cr,Ni,-0.136584026,0.73050253,-0.257362355
+CrCu,Cr,Cu,-0.175055016,1.257804363,0.005046627
+CrZn,Cr,Zn,0.1092312,-0.378263185,0.12660944
+CrGa,Cr,Ga,0.324587101,0.084980773,-0.297486725
+CrGe,Cr,Ge,0.592221611,-0.340002677,-0.28963261
+CrAs,Cr,As,0.803020231,-0.94417516,0.353798723
+CrSe,Cr,Se,0.885880346,2.836531601,1.261994676
+CrBr,Cr,Br,1.088635983,2.998403924,1.703814171
+CrKr,Cr,Kr,3.009351409,-0.255267817,3.154924681
+CrRb,Cr,Rb,1.207054772,3.755865865,2.57403669
+CrSr,Cr,Sr,0.385221087,4.69499722,2.32195943
+CrY,Cr,Y,1.470120339,0.930023832,1.320999445
+CrZr,Cr,Zr,0.166558286,1.486824115,-0.583573547
+CrNb,Cr,Nb,-0.168894409,2.138496724,-0.540147781
+CrMo,Cr,Mo,-0.322606521,1.991030715,-0.691319959
+CrRu,Cr,Ru,-0.241200589,1.668583953,-0.768520538
+CrRh,Cr,Rh,-0.22741,2.10183595,-0.552529699
+CrPd,Cr,Pd,-0.001833678,2.382102231,-0.157200227
+CrAg,Cr,Ag,0.369736918,2.98247366,0.205419991
+CrCd,Cr,Cd,0.776378123,2.008796841,0.472598005
+CrIn,Cr,In,1.018963751,2.352984102,0.330266636
+CrSn,Cr,Sn,1.465999602,1.073370891,0.209935196
+CrSb,Cr,Sb,1.053569494,1.937011771,0.571893139
+CrTe,Cr,Te,1.211598752,2.047549108,1.260916302
+CrI,Cr,I,1.054297226,2.720613324,2.069303127
+CrXe,Cr,Xe,4.383236184,0.134337875,4.533780985
+CrCs,Cr,Cs,5.110130551,0.341906153,3.300810862
+CrBa,Cr,Ba,-0.899180686,4.961215173,0.873319331
+CrLa,Cr,La,-1.073181755,4.629465889,1.223866072
+CrHf,Cr,Hf,0.061974144,1.658671943,-0.321109654
+CrTa,Cr,Ta,-0.148777266,1.922092185,-0.71725013
+CrW,Cr,W,-0.304422456,1.701720726,-0.950955486
+CrRe,Cr,Re,0.427066692,1.484669373,-0.198949192
+CrOs,Cr,Os,0.473670092,1.273684562,-0.352692197
+CrIr,Cr,Ir,-0.162896673,1.417457526,-0.898442503
+CrPt,Cr,Pt,0.072324116,1.835572335,-0.691621549
+CrAu,Cr,Au,0.584287057,2.444890405,-0.069213836
+CrHg,Cr,Hg,1.09101566,1.67428684,0.48753325
+CrTl,Cr,Tl,1.641024147,0.543966071,0.816455536
+CrPb,Cr,Pb,2.308996595,0.524136525,1.225639941
+CrBi,Cr,Bi,1.097238929,2.433645608,1.058746902
+LiH,Li,H,0.4947006352,5.0015355123,1.9541860915
+LiHe,Li,He,0.3663830123,3.1348125991,1.0578894496
+LiLi,Li,Li,0.3261137297,2.8326693856,0.2045937096
+LiBe,Li,Be,0.5399747371,-0.8530170257,0.1099166355
+LiB,Li,B,0.1138274676,-0.6859949145,1.1767805082
+LiC,Li,C,0.3100056212,-0.3577329039,2.6819460091
+LiN,Li,N,-2.592831807,5.7532543302,1.7188819721
+LiO,Li,O,0.6277702864,4.7539049833,5.1683854623
+LiF,Li,F,-1.1395703439,4.3220874982,0.2477583512
+LiNe,Li,Ne,1.336729359,4.0664015025,1.9516160928
+LiNa,Li,Na,1.4777762831,3.0851356826,1.4438169677
+LiMg,Li,Mg,1.6542296802,0.1174765345,1.0876828993
+LiAl,Li,Al,1.5802961077,-0.5323852324,1.0526611344
+LiSi,Li,Si,1.0178594111,-0.3374676271,1.3310234632
+LiP,Li,P,0.5745829024,0.7853196986,1.8208869663
+LiS,Li,S,0.0871143105,1.5502110895,2.3177479766
+LiCl,Li,Cl,0.8087486492,5.0628542674,2.7529402835
+LiAr,Li,Ar,1.7597931505,4.2042212493,2.7993818212
+LiK,Li,K,1.8408814571,3.4088761331,2.3369705681
+LiCa,Li,Ca,1.8060999384,2.1316082771,1.4176394063
+LiSc,Li,Sc,1.7060819803,1.0403288659,0.4193432196
+LiTi,Li,Ti,1.248509861,-0.5674860878,-1.046607597
+LiV,Li,V,1.1946579092,-0.0949405605,-0.9657300981
+LiCr,Li,Cr,1.1768190505,0.0794557581,-0.9926346962
+LiMn,Li,Mn,1.4189861421,-0.2436613812,-1.0000564935
+LiFe,Li,Fe,1.3673195491,0.1260260756,-1.0268997227
+LiCo,Li,Co,1.0161670704,-0.0906107541,-1.2543174459
+LiNi,Li,Ni,0.7127210893,0.2336070149,-1.3583884276
+LiCu,Li,Cu,0.8267916852,0.6686760166,-0.9806190329
+LiZn,Li,Zn,1.3447120795,0.4424568806,-0.6165440865
+LiGa,Li,Ga,1.4508088738,0.3145732462,-0.5822759807
+LiGe,Li,Ge,1.1795692886,0.4334027818,-0.6963570228
+LiAs,Li,As,0.7094679254,1.2057518082,-0.7755802022
+LiSe,Li,Se,0.6481012833,1.5473861651,-0.0834822719
+LiBr,Li,Br,1.1377672773,3.3311315374,1.0673113527
+LiKr,Li,Kr,1.8460463256,2.8713318352,1.4426700696
+LiRb,Li,Rb,2.030576883,4.1242013336,1.0469514099
+LiSr,Li,Sr,1.4780837791,3.5346959846,-0.1751063037
+LiY,Li,Y,1.9180954376,0.9769803835,-1.0571172674
+LiZr,Li,Zr,1.4878971055,-0.5958468034,-1.2327782936
+LiNb,Li,Nb,1.1818961724,-0.1784260577,-0.9616870617
+LiMo,Li,Mo,1.2746756639,-0.3212211753,-0.5952752024
+LiRu,Li,Ru,0.8188277698,-0.3581089737,-1.3971393624
+LiRh,Li,Rh,0.6623243667,-0.1120354367,-1.5611374161
+LiPd,Li,Pd,0.548491849,1.2234077248,-1.2242287489
+LiAg,Li,Ag,1.0464579607,2.0653920634,-0.4363217089
+LiCd,Li,Cd,1.5251742736,1.2426232468,-0.287089202
+LiIn,Li,In,1.6632833418,0.5509733447,-0.4169288493
+LiSn,Li,Sn,1.5818386903,0.7400441521,-0.4290931303
+LiSb,Li,Sb,1.3990563061,1.4792390905,-0.3315856081
+LiTe,Li,Te,1.4297229625,2.1897694066,0.3152544261
+LiI,Li,I,1.5990133184,3.0362105531,1.3139103164
+LiXe,Li,Xe,1.9532775016,3.1146967631,1.517734465
+LiCs,Li,Cs,2.416489309,2.7369546975,1.2758820956
+LiBa,Li,Ba,2.3646069032,2.0013729751,0.4467244799
+LiLa,Li,La,1.7761442029,1.4758014134,-0.326454116
+LiHf,Li,Hf,1.5366324528,-0.9586460803,-1.5024726944
+LiTa,Li,Ta,1.1835208564,-0.5789052016,-1.4500638438
+LiW,Li,W,1.1647466796,-0.721880756,-1.3040905435
+LiRe,Li,Re,1.078616349,-0.7733865984,-1.4825109878
+LiOs,Li,Os,0.939957787,-0.723964583,-1.7145740159
+LiIr,Li,Ir,0.8617697003,-0.1328823478,-1.5847026205
+LiPt,Li,Pt,0.6420160272,0.989944644,-1.3418872296
+LiAu,Li,Au,0.8010622298,1.6986005684,-0.6633521821
+LiHg,Li,Hg,1.4418916101,1.3584630763,-0.0955490621
+LiTl,Li,Tl,1.675464488,1.2260813585,-0.0871647551
+LiPb,Li,Pb,1.7248791144,0.8995798449,-0.114570663
+LiBi,Li,Bi,1.6910544713,1.6318224633,0.1338694774
+MoH,Mo,H,0.20158558,3.79413309,-1.814958393
+MoHe,Mo,He,0.736973802,3.464702294,1.376262583
+MoLi,Mo,Li,0.703991693,2.004206238,-0.111320754
+MoBe,Mo,Be,0.64989194,1.002260155,-1.456830662
+MoB,Mo,B,0.517876622,1.164892656,-1.341445048
+MoC,Mo,C,0.33615856,1.495799732,-0.235034148
+MoN,Mo,N,0.160976469,1.041872077,0.982877927
+MoO,Mo,O,0.251621088,2.719493163,-0.439883508
+MoF,Mo,F,0.44364901,2.94206652,0.155690902
+MoNe,Mo,Ne,0.724970902,3.958502623,1.870723838
+MoNa,Mo,Na,0.231774226,3.517083309,1.006670573
+MoMg,Mo,Mg,0.27963627,2.288955278,-0.458920349
+MoAl,Mo,Al,0.294031395,0.967889345,-1.615012466
+MoSi,Mo,Si,0.182760149,1.132479724,-1.882382382
+MoP,Mo,P,0.244789639,1.751286395,-1.466080177
+MoS,Mo,S,0.819040915,1.209378991,-0.364220371
+MoCl,Mo,Cl,1.559048574,2.023023302,0.843753947
+MoAr,Mo,Ar,1.057667047,3.533848067,3.803605196
+MoK,Mo,K,0.886851321,2.877682789,1.411668325
+MoCa,Mo,Ca,0.569551159,2.179097937,1.311156339
+MoSc,Mo,Sc,0.079413139,1.886727547,-0.587588368
+MoTi,Mo,Ti,0.014940055,0.690832599,-1.57514694
+MoV,Mo,V,0.476760434,0.155975905,-1.667852839
+MoCr,Mo,Cr,0.555368009,0.368130052,-1.305347054
+MoMn,Mo,Mn,0.616837493,0.30996876,-1.194013972
+MoFe,Mo,Fe,0.465135077,0.46789543,-1.342825653
+MoCo,Mo,Co,0.438639028,0.511337937,-1.42233584
+MoNi,Mo,Ni,0.497999883,0.683311743,-1.361920856
+MoCu,Mo,Cu,0.739476936,0.970051784,-1.207657678
+MoZn,Mo,Zn,0.466577025,1.398790175,-1.152679818
+MoGa,Mo,Ga,0.549844538,1.177147531,-1.305729426
+MoGe,Mo,Ge,0.491724096,1.39276553,-1.344601673
+MoAs,Mo,As,0.336749882,1.679798087,-0.965973977
+MoSe,Mo,Se,0.478468654,1.936853677,-0.257355664
+MoBr,Mo,Br,-0.162329314,3.396677264,1.13992207
+MoKr,Mo,Kr,0.246762822,4.924846682,4.168249989
+MoRb,Mo,Rb,1.205862253,2.452094654,1.760430212
+MoSr,Mo,Sr,0.271218806,2.636113911,0.776681467
+MoY,Mo,Y,0.287207053,1.721301906,0.496366141
+MoZr,Mo,Zr,0.244363782,0.343931892,-0.895865645
+MoNb,Mo,Nb,-0.099265177,0.864025187,-1.537955439
+MoMo,Mo,Mo,-0.037169058,0.607260699,-1.666046956
+MoRu,Mo,Ru,0.633281329,0.019735728,-1.647791331
+MoRh,Mo,Rh,0.759557297,0.106128743,-1.495525581
+MoPd,Mo,Pd,0.289552115,1.077057863,-1.262811775
+MoAg,Mo,Ag,0.215439007,1.905980093,-0.904238386
+MoCd,Mo,Cd,0.751860972,1.876797288,-0.618039332
+MoIn,Mo,In,0.733632618,1.590870639,-0.612395379
+MoSn,Mo,Sn,0.644516933,0.84296902,-0.654605529
+MoSb,Mo,Sb,0.423397155,2.31931223,-0.416042104
+MoTe,Mo,Te,0.246092383,2.763785697,0.09946228
+MoI,Mo,I,0.511964355,2.049017487,1.362901806
+MoXe,Mo,Xe,0.551059655,3.82533815,1.217982369
+MoCs,Mo,Cs,0.345416619,3.405392183,1.420899903
+MoBa,Mo,Ba,0.171541366,2.797774164,0.140428974
+MoLa,Mo,La,0.075059335,2.656643652,-0.395476143
+MoHf,Mo,Hf,0.285662919,0.437653046,-1.785828081
+MoTa,Mo,Ta,-0.076962503,0.525634383,-1.959769038
+MoW,Mo,W,-0.02423941,0.318403004,-1.885312437
+MoRe,Mo,Re,0.070114818,0.150187034,-1.911963084
+MoOs,Mo,Os,0.673351641,-0.343835492,-1.920109885
+MoIr,Mo,Ir,0.821118789,-0.336444734,-1.794281739
+MoPt,Mo,Pt,0.45518458,0.437350567,-1.577817474
+MoAu,Mo,Au,0.363637797,1.58523495,-1.223074151
+MoHg,Mo,Hg,0.212712487,2.593373797,-0.569274074
+MoTl,Mo,Tl,0.643732793,1.204726935,-0.356684465
+MoPb,Mo,Pb,0.165846828,2.425552987,-0.322823809
+MoBi,Mo,Bi,0.314707623,1.77423864,0.010264659
+NbH,Nb,H,0.197550499,0.427626976,-1.395955314
+NbHe,Nb,He,1.356874426,2.735819171,1.626000086
+NbLi,Nb,Li,0.496108952,2.124993568,0.338197685
+NbBe,Nb,Be,0.698925934,-0.036338306,-1.330792627
+NbB,Nb,B,0.497160539,0.324735393,-1.274446578
+NbC,Nb,C,0.375866627,1.663063695,-0.046806064
+NbN,Nb,N,0.130604892,3.035310634,1.07568303
+NbO,Nb,O,0.274301783,1.36461728,0.690307748
+NbF,Nb,F,-0.200460068,2.450553716,0.529455115
+NbNe,Nb,Ne,0.593487769,4.236560488,2.145157405
+NbNa,Nb,Na,0.066341694,4.085578885,1.065489043
+NbMg,Nb,Mg,0.196661195,2.460505807,-0.299040541
+NbAl,Nb,Al,0.235462102,0.555271091,-1.609208506
+NbSi,Nb,Si,0.220165354,1.373267675,-1.644561959
+NbP,Nb,P,0.322099391,1.267904223,-1.209657106
+NbS,Nb,S,0.155351156,2.109284409,-0.272926703
+NbCl,Nb,Cl,0.458967452,2.437305124,0.764622858
+NbAr,Nb,Ar,0.232530305,5.705593495,3.576749224
+NbK,Nb,K,0.625976238,2.874622336,2.323137332
+NbCa,Nb,Ca,0.032020227,2.71723297,1.35391665
+NbSc,Nb,Sc,0.043726679,1.510717552,-0.352706121
+NbTi,Nb,Ti,0.052417992,1.018530165,-1.182031606
+NbV,Nb,V,0.177693208,0.60197104,-1.686854479
+NbCr,Nb,Cr,0.396134001,0.491532861,-1.040292809
+NbMn,Nb,Mn,0.748580083,0.203096058,-0.795424429
+NbFe,Nb,Fe,0.600016597,0.286102693,-1.151060233
+NbCo,Nb,Co,0.52499522,0.35748528,-1.359297074
+NbNi,Nb,Ni,0.557397424,0.426306111,-1.319336642
+NbCu,Nb,Cu,0.54187899,0.851589417,-1.257625536
+NbZn,Nb,Zn,0.472217438,1.484114955,-1.181225404
+NbGa,Nb,Ga,0.219395048,1.024137897,-1.334638477
+NbGe,Nb,Ge,0.511625641,1.516048134,-1.349492183
+NbAs,Nb,As,0.47253387,1.54240649,-0.972438412
+NbSe,Nb,Se,0.250949003,2.10946766,-0.144991928
+NbBr,Nb,Br,0.31333226,2.982177847,0.968696406
+NbKr,Nb,Kr,0.74105906,5.862664372,3.853778326
+NbRb,Nb,Rb,0.470106132,2.806000251,2.902375911
+NbSr,Nb,Sr,0.329599542,3.184790511,1.248899921
+NbY,Nb,Y,0.053483324,2.279444182,0.460256529
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+NbMo,Nb,Mo,0.205903773,0.426893379,-0.993778428
+NbRu,Nb,Ru,0.457880125,0.18642611,-1.583186234
+NbRh,Nb,Rh,0.572791302,0.325605558,-1.367090744
+NbPd,Nb,Pd,0.168522043,0.974592696,-0.687562925
+NbAg,Nb,Ag,0.246600643,1.213358006,-0.34976234
+NbCd,Nb,Cd,0.211491696,1.434112623,-0.730423954
+NbIn,Nb,In,0.651661395,0.471831145,-0.86216535
+NbSn,Nb,Sn,0.270880537,1.601789483,-0.933585353
+NbSb,Nb,Sb,0.214869613,2.575558107,-0.843876191
+NbTe,Nb,Te,0.284871033,2.949888849,0.282021095
+NbI,Nb,I,0.21795499,3.246626164,1.10864661
+NbXe,Nb,Xe,0.79849441,4.924699056,3.667150947
+NbCs,Nb,Cs,0.294716423,6.047467818,4.613863869
+NbBa,Nb,Ba,0.179402254,1.928138295,1.937175957
+NbLa,Nb,La,0.067899153,1.677321321,1.997387575
+NbHf,Nb,Hf,0.005100475,0.890011301,-0.806172845
+NbTa,Nb,Ta,0.179165518,0.078948251,-1.291143862
+NbW,Nb,W,0.251060845,0.137921396,-1.276210341
+NbRe,Nb,Re,0.442741074,-0.017599948,-1.834916868
+NbOs,Nb,Os,0.549011827,-0.158232181,-1.792763402
+NbIr,Nb,Ir,0.239869365,0.280705894,-1.675995635
+NbPt,Nb,Pt,0.17361287,0.615490903,-1.452764869
+NbAu,Nb,Au,0.175144877,1.097290434,-0.458636446
+NbHg,Nb,Hg,0.259064786,2.526354412,-0.442412106
+NbTl,Nb,Tl,0.151771528,1.953911241,-0.53554938
+NbPb,Nb,Pb,0.336377515,2.21639496,-0.2823692
+NbBi,Nb,Bi,0.346549831,3.236187207,0.030341294
+VH,V,H,-0.24472945,3.184485259,0.580156175
+VHe,V,He,0.919878634,3.4248215,1.126345769
+VLi,V,Li,-0.254988499,2.490202598,-0.400793885
+VBe,V,Be,-0.232125903,1.040243541,-1.734984891
+VB,V,B,-0.192346634,0.878948178,-1.665414179
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+VO,V,O,-0.437656352,3.049176575,0.492227618
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+VP,V,P,0.134132107,1.156992224,-1.482339761
+VS,V,S,0.086619504,2.317444079,-0.50136952
+VCl,V,Cl,0.24250264,2.848376772,0.595100633
+VAr,V,Ar,3.495730228,2.674910939,3.452784614
+VK,V,K,0.699823648,4.498987213,3.168946245
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+VMn,V,Mn,-0.380047635,1.431762572,-1.368979419
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+VCo,V,Co,-0.440780926,1.00663318,-1.750621356
+VNi,V,Ni,-0.369744833,1.029808727,-1.885941488
+VCu,V,Cu,-0.337787599,1.338317557,-1.675382066
+VZn,V,Zn,0.017673459,1.093106948,-1.569255216
+VGa,V,Ga,0.222006627,1.152701075,-1.764116064
+VGe,V,Ge,0.102939929,1.200478508,-1.699325372
+VAs,V,As,0.130273226,1.810628041,-1.303280334
+VSe,V,Se,-0.064892205,2.909878271,-0.458081217
+VBr,V,Br,0.402597827,3.15155196,0.736632277
+VKr,V,Kr,2.944736111,3.856496112,3.570888123
+VRb,V,Rb,0.825296284,6.501661341,4.176108173
+VSr,V,Sr,0.962910764,3.184140881,2.304703304
+VY,V,Y,-0.343638877,3.23919002,0.338342607
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+VMo,V,Mo,0.081019102,0.458504534,-2.000773365
+VRu,V,Ru,0.090034665,0.716237291,-1.706255568
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+VAg,V,Ag,0.053686681,1.700769935,-1.281904024
+VCd,V,Cd,0.125351674,2.067768667,-0.602889747
+VIn,V,In,0.023761015,1.568479892,-1.201517687
+VSn,V,Sn,0.317732812,1.767269881,-1.083089501
+VSb,V,Sb,0.140942969,2.28734513,-0.850120704
+VTe,V,Te,0.268006447,3.102817021,-0.282173538
+VI,V,I,0.410301657,3.371128873,1.155859657
+VXe,V,Xe,4.226761449,1.718906543,3.309148431
+VCs,V,Cs,5.59389899,2.006544185,4.467737928
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+VPb,V,Pb,2.37299237,0.379885551,-0.410838997
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+WH,W,H,0.217397362,0.226178544,-1.956365548
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+WBe,W,Be,0.615834697,1.126338724,-1.615240652
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+WXe,W,Xe,0.370588726,3.362443783,2.8841533
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+WIr,W,Ir,0.427581611,-0.052296259,-1.731471741
+WPt,W,Pt,0.460397699,0.495475446,-1.514308501
+WAu,W,Au,0.565742465,1.641972697,-1.024578143
+WHg,W,Hg,0.652412138,2.341953092,-0.217254092
+WTl,W,Tl,0.325259123,1.697167128,0.067999223
+WPb,W,Pb,0.316572478,1.346981351,-0.011772224
+WBi,W,Bi,0.323936599,1.68874283,0.34738831

metadata/table_data/table26.csv

@@ -0,0 +1,537 @@
+M1,M1 (wt%),M2,M2 (wt%),M3,M3 (wt%),M4,M4 (wt%),Support,Temp (oC),O2 Conv. (%),CH4 Conv. (%),H2 yield (%),CO yield (%),C2H6 yield (%),CO2 yield (%),C2H4 yield (%),C2 yield (%),C missing (%)
+Mo,3.0,Cs,3.0,W,3.0,none,0.0,BaO,700.0,15.8,3.4,0.2,0.0,0.7,1.0,0.1,0.7,1.7
+Mo,3.0,Cs,3.0,W,3.0,none,0.0,BaO,700.0,15.5,3.0,0.2,0.0,0.6,1.0,0.1,0.7,1.3
+Mo,3.0,Cs,3.0,W,3.0,none,0.0,BaO,725.0,24.0,3.7,0.2,0.0,1.2,1.4,0.2,1.4,0.8
+Mo,3.0,Cs,3.0,W,3.0,none,0.0,BaO,725.0,23.7,3.7,0.2,0.0,1.2,1.4,0.2,1.4,0.9
+Mo,3.0,Cs,3.0,W,3.0,none,0.0,BaO,750.0,36.0,5.2,0.2,0.0,2.1,2.0,0.6,2.6,0.6
+Mo,3.0,Cs,3.0,W,3.0,none,0.0,BaO,750.0,35.4,5.2,0.2,0.4,2.0,2.0,0.5,2.6,0.3
+Mo,3.0,Cs,3.0,W,3.0,none,0.0,BaO,775.0,53.0,7.8,0.2,0.0,3.2,2.8,1.3,4.5,0.5
+Mo,3.0,Cs,3.0,W,3.0,none,0.0,BaO,775.0,51.8,7.6,0.2,0.5,3.2,2.8,1.3,4.4,-0.1
+Mo,3.0,Cs,3.0,W,3.0,none,0.0,BaO,800.0,69.4,11.6,0.3,0.7,4.8,3.2,3.1,7.9,-0.2
+Mo,3.0,Cs,3.0,W,3.0,none,0.0,BaO,800.0,67.6,11.3,0.3,0.7,4.8,3.1,3.0,7.8,-0.3
+Mo,3.0,Cs,3.0,W,3.0,none,0.0,BaO,825.0,89.7,15.0,0.5,1.1,5.4,3.9,5.0,10.4,-0.3
+Mo,3.0,Cs,3.0,W,3.0,none,0.0,BaO,825.0,88.4,14.9,0.6,1.1,5.4,3.8,5.1,10.5,-0.4
+Mo,3.0,Cs,3.0,W,3.0,none,0.0,BaO,850.0,98.0,16.3,1.0,1.0,5.0,4.5,6.3,11.3,-0.5
+Mo,3.0,Cs,3.0,W,3.0,none,0.0,BaO,850.0,97.8,16.4,1.1,1.0,5.1,4.5,6.4,11.4,-0.6
+Mo,3.0,Cs,3.0,W,3.0,Mn,1.0,BaO,700.0,-0.2,1.9,0.2,0.2,0.5,0.4,0.0,0.5,0.8
+Mo,3.0,Cs,3.0,W,3.0,Mn,1.0,BaO,700.0,0.3,2.0,0.1,0.2,0.4,0.4,0.0,0.5,0.9
+Mo,3.0,Cs,3.0,W,3.0,Mn,1.0,BaO,725.0,4.5,2.8,0.2,0.2,0.8,0.5,0.1,0.9,1.2
+Mo,3.0,Cs,3.0,W,3.0,Mn,1.0,BaO,725.0,4.3,2.3,0.2,0.2,0.8,0.5,0.1,0.9,0.7
+Mo,3.0,Cs,3.0,W,3.0,Mn,1.0,BaO,750.0,9.0,3.1,0.2,0.3,1.3,0.7,0.3,1.5,0.6
+Mo,3.0,Cs,3.0,W,3.0,Mn,1.0,BaO,750.0,8.6,3.2,0.2,0.3,1.2,0.7,0.3,1.5,0.7
+Mo,3.0,Cs,3.0,W,3.0,Mn,1.0,BaO,775.0,15.8,4.1,0.2,0.4,1.9,0.9,0.6,2.5,0.2
+Mo,3.0,Cs,3.0,W,3.0,Mn,1.0,BaO,775.0,15.5,4.2,0.2,0.4,1.9,0.9,0.6,2.5,0.4
+Mo,3.0,Cs,3.0,W,3.0,Mn,1.0,BaO,800.0,24.6,6.1,0.3,0.5,2.8,1.1,1.5,4.3,0.2
+Mo,3.0,Cs,3.0,W,3.0,Mn,1.0,BaO,800.0,24.5,6.2,0.3,0.5,2.8,1.1,1.5,4.3,0.3
+Mo,3.0,Cs,3.0,W,3.0,Mn,1.0,BaO,825.0,41.5,9.3,0.5,0.9,3.2,1.7,2.9,6.1,0.5
+Mo,3.0,Cs,3.0,W,3.0,Mn,1.0,BaO,825.0,40.8,8.9,0.6,0.9,3.2,1.7,2.9,6.1,0.2
+Mo,3.0,Cs,3.0,W,3.0,Mn,1.0,BaO,850.0,58.4,12.7,1.7,1.6,3.1,2.3,5.3,8.4,0.4
+Mo,3.0,Cs,3.0,W,3.0,Mn,1.0,BaO,850.0,57.9,12.5,1.7,1.6,3.1,2.3,5.3,8.4,0.1
+Mg,3.0,Ca,3.0,Nd,3.0,none,0.0,La2O3,700.0,99.1,16.5,1.8,0.0,6.2,5.7,4.3,10.5,0.4
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+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,750.0,33.1,6.7,0.2,0.0,3.8,0.9,2.4,6.2,-0.4
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,775.0,71.1,15.4,0.6,0.0,5.1,1.7,6.9,12.0,1.7
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,775.0,71.1,15.4,0.6,0.0,5.1,1.7,7.0,12.1,1.6
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,800.0,98.0,20.6,0.4,0.0,5.8,2.7,9.2,15.0,2.9
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,800.0,97.9,20.5,0.4,0.0,5.8,2.7,9.2,15.0,2.8
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,825.0,99.8,19.3,0.5,0.0,4.4,2.3,8.1,12.5,4.5
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,825.0,99.8,19.2,0.5,0.0,4.4,2.3,8.1,12.6,4.4
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,850.0,100.0,16.7,0.8,0.0,2.5,1.5,6.2,8.7,6.5
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,850.0,100.0,16.9,0.8,0.0,2.6,1.5,6.2,8.8,6.7
+none,0.0,none,0.0,none,0.0,none,0.0,none,700.0,1.8,3.5,0.0,0.0,0.1,0.0,0.0,0.1,3.3
+none,0.0,none,0.0,none,0.0,none,0.0,none,700.0,-2.2,1.9,0.0,0.0,0.1,0.0,0.0,0.1,1.8
+none,0.0,none,0.0,none,0.0,none,0.0,none,725.0,-2.8,0.9,0.0,0.1,0.2,0.0,0.0,0.2,0.6
+none,0.0,none,0.0,none,0.0,none,0.0,none,725.0,-4.0,-0.3,0.0,0.1,0.2,0.0,0.0,0.2,-0.6
+none,0.0,none,0.0,none,0.0,none,0.0,none,750.0,-1.4,0.9,0.1,0.2,0.4,0.0,0.1,0.5,0.2
+none,0.0,none,0.0,none,0.0,none,0.0,none,750.0,-1.6,0.7,0.1,0.3,0.4,0.0,0.1,0.5,-0.1
+none,0.0,none,0.0,none,0.0,none,0.0,none,775.0,1.1,0.8,0.2,0.5,0.8,0.0,0.3,1.1,-0.8
+none,0.0,none,0.0,none,0.0,none,0.0,none,775.0,1.2,0.7,0.2,0.5,0.8,0.0,0.3,1.1,-1.0
+none,0.0,none,0.0,none,0.0,none,0.0,none,800.0,8.0,2.7,0.4,1.1,1.2,0.0,0.8,2.0,-0.3
+none,0.0,none,0.0,none,0.0,none,0.0,none,800.0,8.2,2.6,0.4,1.1,1.2,0.0,0.8,2.0,-0.5
+none,0.0,none,0.0,none,0.0,none,0.0,none,825.0,18.4,4.3,0.8,2.0,1.6,0.1,1.7,3.3,-1.1
+none,0.0,none,0.0,none,0.0,none,0.0,none,825.0,18.4,4.0,0.8,2.0,1.6,0.1,1.7,3.4,-1.4
+none,0.0,none,0.0,none,0.0,none,0.0,none,850.0,35.7,7.3,1.7,3.6,1.8,0.2,3.2,4.9,-1.3
+none,0.0,none,0.0,none,0.0,none,0.0,none,850.0,35.8,7.3,1.7,3.6,1.8,0.2,3.2,4.9,-1.4
+Li,3.0,none,0.0,none,0.0,none,0.0,La2O3,700.0,3.3,0.2,0.2,0.5,1.1,0.5,0.1,1.2,-2.0
+Li,3.0,none,0.0,none,0.0,none,0.0,La2O3,700.0,3.8,0.5,0.2,0.2,1.1,0.5,0.1,1.2,-1.4
+Li,3.0,none,0.0,none,0.0,none,0.0,La2O3,725.0,8.1,2.7,0.3,0.3,1.7,0.6,0.3,1.9,-0.1
+Li,3.0,none,0.0,none,0.0,none,0.0,La2O3,725.0,8.7,3.0,0.3,0.3,1.7,0.6,0.3,2.0,0.1
+Li,3.0,none,0.0,none,0.0,none,0.0,La2O3,750.0,13.6,4.1,0.3,0.3,2.6,0.9,0.7,3.3,-0.5
+Li,3.0,none,0.0,none,0.0,none,0.0,La2O3,750.0,14.8,4.8,0.3,0.3,2.6,0.8,0.7,3.3,0.4
+Li,3.0,none,0.0,none,0.0,none,0.0,La2O3,775.0,24.1,7.3,0.5,0.5,3.5,1.2,1.6,5.1,0.5
+Li,3.0,none,0.0,none,0.0,none,0.0,La2O3,775.0,24.5,7.5,0.5,0.5,3.6,1.3,1.7,5.2,0.5
+Li,3.0,none,0.0,none,0.0,none,0.0,La2O3,800.0,40.3,10.3,0.9,0.9,4.3,2.0,3.6,7.9,-0.4
+Li,3.0,none,0.0,none,0.0,none,0.0,La2O3,800.0,41.1,10.6,0.9,0.9,4.3,2.0,3.8,8.1,-0.4
+Li,3.0,none,0.0,none,0.0,none,0.0,La2O3,825.0,65.7,15.2,1.6,1.4,4.5,3.2,6.6,11.1,-0.5
+Li,3.0,none,0.0,none,0.0,none,0.0,La2O3,825.0,66.1,15.4,1.6,1.5,4.6,3.3,6.8,11.4,-0.7
+Li,3.0,none,0.0,none,0.0,none,0.0,La2O3,850.0,82.9,18.2,2.5,2.0,4.0,4.3,8.6,12.6,-0.7
+Li,3.0,none,0.0,none,0.0,none,0.0,La2O3,850.0,80.5,17.7,2.6,2.2,3.9,4.1,8.5,12.4,-0.9
+Ba,3.0,none,0.0,none,0.0,none,0.0,La2O3,700.0,80.5,15.2,2.1,1.8,6.4,5.2,3.5,9.9,-1.8
+Ba,3.0,none,0.0,none,0.0,none,0.0,La2O3,700.0,81.6,16.1,2.1,1.8,6.4,5.3,3.7,10.1,-1.2
+Ba,3.0,none,0.0,none,0.0,none,0.0,La2O3,725.0,91.7,19.3,2.2,1.7,7.0,5.7,5.5,12.5,-0.5
+Ba,3.0,none,0.0,none,0.0,none,0.0,La2O3,725.0,92.3,19.5,2.2,1.7,7.0,5.8,5.5,12.5,-0.5
+Ba,3.0,none,0.0,none,0.0,none,0.0,La2O3,750.0,97.5,20.9,2.1,1.5,7.1,5.9,6.5,13.6,-0.1
+Ba,3.0,none,0.0,none,0.0,none,0.0,La2O3,750.0,97.6,21.0,2.1,1.5,7.2,6.0,6.5,13.7,-0.3
+Ba,3.0,none,0.0,none,0.0,none,0.0,La2O3,775.0,99.4,21.5,2.1,1.4,6.9,6.1,7.1,14.0,0.1
+Ba,3.0,none,0.0,none,0.0,none,0.0,La2O3,775.0,99.3,21.4,2.1,1.4,6.9,6.1,7.2,14.1,-0.2
+Ba,3.0,none,0.0,none,0.0,none,0.0,La2O3,800.0,100.0,21.5,2.0,1.3,6.4,6.1,7.7,14.1,0.0
+Ba,3.0,none,0.0,none,0.0,none,0.0,La2O3,800.0,100.0,21.7,2.0,1.3,6.4,6.2,7.8,14.2,0.0
+Ba,3.0,none,0.0,none,0.0,none,0.0,La2O3,825.0,100.0,21.0,2.2,1.3,5.6,6.2,8.2,13.7,-0.3
+Ba,3.0,none,0.0,none,0.0,none,0.0,La2O3,825.0,100.0,21.0,2.2,1.2,5.6,6.3,8.2,13.8,-0.2
+Ba,3.0,none,0.0,none,0.0,none,0.0,La2O3,850.0,100.0,20.1,2.6,1.6,4.3,6.4,7.9,12.3,-0.2
+Ba,3.0,none,0.0,none,0.0,none,0.0,La2O3,850.0,100.0,19.8,2.6,1.5,4.3,6.5,8.0,12.3,-0.5
+Fe,3.0,none,0.0,none,0.0,none,0.0,La2O3,700.0,100.0,13.7,0.7,0.4,5.3,7.5,2.5,7.8,-2.0
+Fe,3.0,none,0.0,none,0.0,none,0.0,La2O3,700.0,100.0,14.2,0.7,0.4,5.9,8.3,2.8,8.6,-3.1
+Fe,3.0,none,0.0,none,0.0,none,0.0,La2O3,725.0,100.0,15.4,0.7,0.4,5.9,8.0,3.1,9.0,-2.0
+Fe,3.0,none,0.0,none,0.0,none,0.0,La2O3,725.0,100.0,15.5,0.7,0.4,5.9,8.1,3.1,9.1,-2.0
+Fe,3.0,none,0.0,none,0.0,none,0.0,La2O3,750.0,100.0,15.8,0.7,0.4,5.9,7.9,3.5,9.4,-1.9
+Fe,3.0,none,0.0,none,0.0,none,0.0,La2O3,750.0,100.0,15.8,0.7,0.4,5.9,8.0,3.5,9.4,-2.1
+Fe,3.0,none,0.0,none,0.0,none,0.0,La2O3,775.0,100.0,16.0,0.8,0.5,5.7,7.7,3.9,9.5,-1.7
+Fe,3.0,none,0.0,none,0.0,none,0.0,La2O3,775.0,100.0,16.4,0.8,0.5,5.8,7.9,3.9,9.7,-1.7
+Fe,3.0,none,0.0,none,0.0,none,0.0,La2O3,800.0,100.0,16.3,1.1,0.7,5.3,7.7,4.5,9.7,-1.8
+Fe,3.0,none,0.0,none,0.0,none,0.0,La2O3,800.0,100.0,16.5,1.1,0.7,5.3,7.8,4.5,9.8,-1.8
+Fe,3.0,none,0.0,none,0.0,none,0.0,La2O3,825.0,100.0,16.3,1.6,1.1,4.5,7.7,5.1,9.5,-2.0
+Fe,3.0,none,0.0,none,0.0,none,0.0,La2O3,825.0,100.0,16.3,1.5,1.1,4.4,7.7,5.1,9.5,-2.0
+Fe,3.0,none,0.0,none,0.0,none,0.0,La2O3,850.0,100.0,16.2,2.4,1.8,3.2,7.6,5.4,8.7,-1.8
+Fe,3.0,none,0.0,none,0.0,none,0.0,La2O3,850.0,100.0,16.3,2.4,1.8,3.3,7.6,5.5,8.8,-1.9
+La,3.0,none,0.0,none,0.0,none,0.0,La2O3,700.0,96.3,13.2,2.5,2.9,6.1,7.2,3.7,9.8,-6.7
+La,3.0,none,0.0,none,0.0,none,0.0,La2O3,700.0,96.5,13.6,2.5,2.8,5.9,6.9,3.6,9.4,-5.5
+La,3.0,none,0.0,none,0.0,none,0.0,La2O3,725.0,98.4,15.9,2.3,2.4,6.4,7.1,4.8,11.2,-4.8
+La,3.0,none,0.0,none,0.0,none,0.0,La2O3,725.0,98.5,15.9,2.3,2.3,6.3,7.0,4.7,10.9,-4.3
+La,3.0,none,0.0,none,0.0,none,0.0,La2O3,750.0,99.6,17.3,2.7,2.2,6.4,7.0,5.8,12.2,-4.2
+La,3.0,none,0.0,none,0.0,none,0.0,La2O3,750.0,99.6,17.1,2.7,2.2,6.5,7.1,5.9,12.4,-4.6
+La,3.0,none,0.0,none,0.0,none,0.0,La2O3,775.0,100.0,18.1,2.9,2.1,6.2,7.0,6.7,12.9,-3.9
+La,3.0,none,0.0,none,0.0,none,0.0,La2O3,775.0,100.0,18.0,2.9,2.1,6.2,7.0,6.7,12.9,-4.0
+La,3.0,none,0.0,none,0.0,none,0.0,La2O3,800.0,100.0,18.3,3.2,2.2,5.7,6.9,7.4,13.0,-3.8
+La,3.0,none,0.0,none,0.0,none,0.0,La2O3,800.0,100.0,18.3,3.2,2.2,5.7,6.9,7.4,13.1,-3.9
+La,3.0,none,0.0,none,0.0,none,0.0,La2O3,825.0,100.0,18.7,3.7,2.5,4.8,7.0,7.9,12.8,-3.6
+La,3.0,none,0.0,none,0.0,none,0.0,La2O3,825.0,100.0,18.4,3.7,2.4,4.8,6.9,7.9,12.7,-3.7
+La,3.0,none,0.0,none,0.0,none,0.0,La2O3,850.0,100.0,18.1,4.5,3.1,3.6,7.0,8.0,11.6,-3.7
+La,3.0,none,0.0,none,0.0,none,0.0,La2O3,850.0,100.0,18.0,4.5,3.1,3.6,7.0,8.1,11.7,-3.9
+Mn,3.0,none,0.0,none,0.0,none,0.0,La2O3,700.0,100.0,10.6,0.9,0.4,4.2,8.6,2.0,6.1,-4.5
+Mn,3.0,none,0.0,none,0.0,none,0.0,La2O3,700.0,100.0,11.8,0.9,0.4,4.3,8.7,2.0,6.4,-3.7
+Mn,3.0,none,0.0,none,0.0,none,0.0,La2O3,725.0,100.0,13.9,1.2,0.6,4.6,8.3,3.0,7.6,-2.5
+Mn,3.0,none,0.0,none,0.0,none,0.0,La2O3,725.0,100.0,13.7,1.2,0.6,4.7,8.2,2.9,7.6,-2.7
+Mn,3.0,none,0.0,none,0.0,none,0.0,La2O3,750.0,100.0,14.7,1.5,0.8,4.6,8.0,3.8,8.4,-2.5
+Mn,3.0,none,0.0,none,0.0,none,0.0,La2O3,750.0,100.0,14.6,1.5,0.8,4.7,8.0,3.8,8.6,-2.8
+Mn,3.0,none,0.0,none,0.0,none,0.0,La2O3,775.0,100.0,15.5,1.9,1.1,4.0,7.5,4.4,8.4,-1.5
+Mn,3.0,none,0.0,none,0.0,none,0.0,La2O3,775.0,100.0,15.2,1.9,1.1,4.3,7.8,4.5,8.8,-2.5
+Mn,3.0,none,0.0,none,0.0,none,0.0,La2O3,800.0,100.0,15.5,2.5,1.6,3.5,7.7,5.2,8.7,-2.5
+Mn,3.0,none,0.0,none,0.0,none,0.0,La2O3,800.0,100.0,15.2,2.4,1.6,3.6,7.8,5.3,8.9,-3.1
+Mn,3.0,none,0.0,none,0.0,none,0.0,La2O3,825.0,100.0,15.5,3.5,2.6,2.4,7.5,5.6,8.0,-2.6
+Mn,3.0,none,0.0,none,0.0,none,0.0,La2O3,825.0,100.0,15.5,3.4,2.5,2.5,7.6,5.7,8.2,-2.9
+Mn,3.0,none,0.0,none,0.0,none,0.0,La2O3,850.0,100.0,15.8,5.1,4.2,1.4,7.4,5.6,7.0,-2.8
+Mn,3.0,none,0.0,none,0.0,none,0.0,La2O3,850.0,100.0,15.9,5.0,4.1,1.5,7.4,5.6,7.1,-2.6
+none,0.0,none,0.0,none,0.0,none,0.0,La2O3,700.0,92.9,15.9,2.8,3.5,5.1,5.5,3.1,8.3,-1.3
+none,0.0,none,0.0,none,0.0,none,0.0,La2O3,700.0,93.1,16.6,2.8,3.2,5.2,5.6,3.2,8.4,-0.5
+none,0.0,none,0.0,none,0.0,none,0.0,La2O3,725.0,96.3,18.1,2.5,2.7,5.5,5.6,4.3,9.9,0.0
+none,0.0,none,0.0,none,0.0,none,0.0,La2O3,725.0,96.5,18.5,2.5,2.7,5.6,5.7,4.4,10.0,0.3
+none,0.0,none,0.0,none,0.0,none,0.0,La2O3,750.0,98.7,19.2,2.3,2.3,5.7,5.7,5.4,11.1,0.1
+none,0.0,none,0.0,none,0.0,none,0.0,La2O3,750.0,98.8,19.5,2.3,2.2,5.8,5.8,5.4,11.1,0.4
+none,0.0,none,0.0,none,0.0,none,0.0,La2O3,775.0,99.8,19.6,2.2,2.0,5.7,5.8,6.1,11.8,0.0
+none,0.0,none,0.0,none,0.0,none,0.0,La2O3,775.0,99.8,19.8,2.2,1.9,5.7,5.8,6.1,11.8,0.2
+none,0.0,none,0.0,none,0.0,none,0.0,La2O3,800.0,100.0,19.6,2.3,1.8,5.5,5.9,6.6,12.1,-0.2
+none,0.0,none,0.0,none,0.0,none,0.0,La2O3,800.0,100.0,19.7,2.3,1.8,5.5,5.9,6.6,12.1,-0.1
+none,0.0,none,0.0,none,0.0,none,0.0,La2O3,825.0,100.0,19.7,2.5,1.8,4.9,5.9,7.1,12.0,0.0
+none,0.0,none,0.0,none,0.0,none,0.0,La2O3,825.0,100.0,19.9,2.5,1.8,4.9,6.0,7.1,12.0,0.1
+none,0.0,none,0.0,none,0.0,none,0.0,La2O3,850.0,100.0,19.5,2.9,2.0,4.0,6.0,7.4,11.4,0.1
+none,0.0,none,0.0,none,0.0,none,0.0,La2O3,850.0,100.0,19.8,2.9,2.0,4.0,6.0,7.4,11.5,0.3
+Li,3.0,Fe,3.0,Ba,3.0,Mn,5.0,La2O3,700.0,30.0,4.7,0.0,1.0,4.4,2.2,1.4,5.8,-4.2
+Li,3.0,Fe,3.0,Ba,3.0,Mn,5.0,La2O3,700.0,30.5,5.2,0.0,0.1,4.4,2.2,1.4,5.8,-3.0
+Li,3.0,Fe,3.0,Ba,3.0,Mn,5.0,La2O3,725.0,66.7,11.1,0.1,0.4,6.4,4.5,2.9,9.4,-3.2
+Li,3.0,Fe,3.0,Ba,3.0,Mn,5.0,La2O3,725.0,65.4,11.2,0.1,0.4,6.5,4.5,3.1,9.7,-3.3
+Li,3.0,Fe,3.0,Ba,3.0,Mn,5.0,La2O3,750.0,84.4,17.1,0.3,0.7,7.6,4.7,7.1,14.6,-2.9
+Li,3.0,Fe,3.0,Ba,3.0,Mn,5.0,La2O3,750.0,83.4,17.1,0.4,0.5,7.6,4.7,7.2,14.8,-2.9
+Li,3.0,Fe,3.0,Ba,3.0,Mn,5.0,La2O3,775.0,94.0,19.3,0.4,0.2,7.5,5.5,8.8,16.2,-2.7
+Li,3.0,Fe,3.0,Ba,3.0,Mn,5.0,La2O3,775.0,93.9,19.3,0.4,0.2,7.5,5.6,8.8,16.3,-2.8
+Li,3.0,Fe,3.0,Ba,3.0,Mn,5.0,La2O3,800.0,98.2,19.5,0.4,0.8,7.0,6.0,9.2,16.2,-3.5
+Li,3.0,Fe,3.0,Ba,3.0,Mn,5.0,La2O3,800.0,98.3,19.3,0.4,0.1,7.0,6.1,9.2,16.2,-3.0
+Li,3.0,Fe,3.0,Ba,3.0,Mn,5.0,La2O3,825.0,99.7,18.6,0.5,0.1,6.0,6.5,8.8,14.8,-2.8
+Li,3.0,Fe,3.0,Ba,3.0,Mn,5.0,La2O3,825.0,99.7,18.6,0.5,0.1,6.1,6.5,8.9,14.9,-2.9
+Li,3.0,Fe,3.0,Ba,3.0,Mn,5.0,La2O3,850.0,100.0,17.2,0.5,0.1,4.7,7.0,7.7,12.4,-2.3
+Li,3.0,Fe,3.0,Ba,3.0,Mn,5.0,La2O3,850.0,100.0,16.8,0.5,0.8,4.8,7.1,7.7,12.5,-3.6
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,700.0,9.4,0.7,0.0,0.3,1.0,0.4,0.2,1.1,-1.1
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,700.0,9.6,1.6,0.0,0.2,1.0,0.4,0.2,1.1,-0.2
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,725.0,18.2,4.4,0.1,0.5,2.2,0.6,0.7,2.9,0.3
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,725.0,18.3,4.5,0.1,0.5,2.2,0.6,0.7,2.9,0.4
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,750.0,35.9,8.4,0.3,1.2,3.9,1.0,2.7,6.6,-0.4
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,750.0,36.0,8.4,0.3,1.2,3.2,0.8,2.2,5.5,0.9
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,775.0,75.2,17.2,0.6,2.7,5.2,1.9,7.2,12.4,0.2
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,775.0,75.3,17.2,0.6,2.7,5.3,2.0,7.4,12.7,-0.2
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,800.0,98.5,21.5,0.4,3.0,5.8,2.9,9.4,15.2,0.4
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,800.0,98.4,21.4,0.4,3.1,5.2,2.6,8.6,13.8,1.9
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,825.0,99.8,19.9,0.5,4.0,4.3,2.4,8.1,12.4,1.1
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,825.0,99.8,20.0,0.5,4.4,4.4,2.4,8.3,12.6,0.4
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,850.0,100.0,17.8,0.9,6.7,2.2,1.4,5.7,7.9,1.8
+Na,0.78,Mn,1.9,W,3.13,none,0.0,SiO2,850.0,100.0,17.6,0.9,6.9,2.1,1.3,5.3,7.4,2.1
+,,,,,,,,,,,,,,,,,,
+,,,,,,,,,,,,,,,,,,
+,,,,,,,,,,,,,,,,,,
+,,,,,,,,,,,,,,,,,,

metadata/table_data/table28.csv

@@ -0,0 +1,1308 @@
+M1,M2,M3,Support,Temperature,Pch4,Po2,Par,C2y,Type
+Na,Mn,Si,Mg,850,0.68,0.33,0.0,13.4,Literature
+Li,Al,none,Ca,643,0.91,0.09,0.0,4.8,Literature
+Li,Mg,none,Al,796,0.95,0.05,0.0,6.9,Literature
+K,B,none,Al,791,0.91,0.09,0.0,6.7,Literature
+Li,Mg,none,Si,824,0.91,0.09,0.0,10.8,Literature
+Y,Ba,none,Al,850,0.3,0.06,0.6,13.7,Literature
+Li,Mg,none,Al,671,0.6,0.4,0.0,11.5,Literature
+Na,Pb,none,Si,840,0.87,0.03,0.1,4.8,Literature
+Li,Ni,none,Ti,800,0.27,0.13,0.6,9.9,Literature
+Li,Ni,none,Ti,850,0.27,0.13,0.6,16.7,Literature
+Yb,Ce,none,Sr,750,0.13,0.07,0.8,33.6,Literature
+Na,La,none,Mn,820,0.51,0.1,0.4,13.3,Literature
+Na,La,none,Mn,820,0.83,0.17,0.0,13.4,Literature
+Na,Gd,none,Mn,820,0.83,0.17,0.0,14.2,Literature
+Na,Sm,none,Mn,820,0.83,0.17,0.0,13.1,Literature
+Na,La,none,Mn,845,0.41,0.2,0.4,9.4,Literature
+Yb,Ce,none,Sr,750,0.14,0.07,0.8,31.6,Literature
+Na,La,none,Al,740,0.33,0.07,0.6,0.6,Literature
+K,La,none,Al,740,0.33,0.07,0.6,0.9,Literature
+Ca,La,none,Al,740,0.33,0.07,0.6,0.5,Literature
+Ba,La,none,Al,740,0.33,0.07,0.6,0.5,Literature
+Li,Ti,none,Sr,850,0.5,0.38,0.1,11.1,Literature
+Li,Ti,none,Sr,850,0.5,0.38,0.1,1.2,Literature
+Li,Ni,none,Ti,750,0.32,0.08,0.6,13.2,Literature
+Li,Ni,none,Ti,800,0.27,0.13,0.6,17.8,Literature
+Sb,Bi,none,Ba,750,0.67,0.33,0.0,9.1,Literature
+Ru,Bi,none,Ba,750,0.67,0.33,0.0,7.8,Literature
+Y,Ba,none,Sn,750,0.15,0.08,0.8,5.8,Literature
+K,Ca,none,Nb,800,0.4,0.08,0.5,8.7,Literature
+K,Sr,none,Nb,750,0.4,0.08,0.5,4.6,Literature
+Cs,Ca,none,Nb,750,0.4,0.08,0.5,4.6,Literature
+K,Ca,none,Ta,750,0.4,0.08,0.5,5.6,Literature
+Sr,La,none,Ca,800,0.9,0.1,0.0,14.5,Literature
+Y,Ba,none,Cu,750,0.18,0.09,0.7,3.9,Literature
+Bi,Pb,none,Ba,775,0.3,0.04,0.7,0.8,Literature
+Li,Ti,none,Ca,707,0.5,0.1,0.4,11.9,Literature
+Na,La,none,Zr,720,0.4,0.1,0.5,12.8,Literature
+K,La,none,Zr,680,0.4,0.1,0.5,13.4,Literature
+Rb,La,none,Zr,680,0.4,0.1,0.5,13.3,Literature
+Li,Ti,none,Ca,707,0.48,0.11,0.4,12.1,Literature
+Li,Ti,none,Sr,710,0.48,0.11,0.4,9.9,Literature
+Li,Sb,none,Te,700,0.17,0.03,0.8,11.2,Literature
+Ti,Mg,none,Ba,868,0.17,0.03,0.8,12.2,Literature
+La,Sr,none,Mn,795,0.3,0.05,0.6,2.2,Literature
+La,Fe,none,Nb,795,0.3,0.05,0.6,2.2,Literature
+La,Sr,none,Y,795,0.3,0.05,0.6,6.7,Literature
+Zr,Mg,none,Ca,620,0.4,0.1,0.5,11.8,Literature
+Zr,Mg,none,Sr,700,0.4,0.1,0.5,15.6,Literature
+Zr,Mg,none,Ba,800,0.4,0.1,0.5,14.3,Literature
+Fe,Cr,none,Al,800,0.5,0.1,0.4,0.8,Literature
+Pb,none,none,Al,750,0.51,0.05,0.4,3.7,Literature
+Pb,none,none,Si,831,0.83,0.04,0.1,6.8,Literature
+Na,Al,none,Li,850,0.18,0.06,0.8,11.1,Literature
+W,none,none,Mg,800,0.1,0.03,0.9,0.0,Literature
+Zn,none,none,Al,750,0.08,0.04,0.9,5.6,Literature
+Zn,none,none,Al,750,0.08,0.04,0.9,5.4,Literature
+Li,none,none,Zn,700,0.44,0.11,0.5,2.1,Literature
+Mg,none,none,Li,750,0.52,0.12,0.4,7.1,Literature
+Li,Zr,none,Zn,800,0.27,0.06,0.7,4.8,Literature
+Li,none,none,Zr,750,0.88,0.13,0.0,4.2,Literature
+Li,Ti,none,Mg,751,0.5,0.1,0.4,5.8,Literature
+La,none,none,Zn,800,0.5,0.1,0.4,13.2,Literature
+P,none,none,Fe,800,0.1,0.03,0.9,0.4,Literature
+Ni,Sb,none,Te,650,0.25,0.05,0.7,11.0,Literature
+Li,none,none,La,704,0.47,0.11,0.4,29.2,Literature
+Li,none,none,La,710,0.48,0.11,0.4,12.8,Literature
+Li,Si,none,Mg,850,0.19,0.09,0.7,17.1,Literature
+K,Pb,none,Al,750,0.7,0.07,0.2,5.7,Literature
+Y,Ba,none,Sn,800,0.83,0.17,0.0,8.7,Literature
+Cs,Ba,none,La,750,0.38,0.13,0.5,14.2,Literature
+Sm,none,none,Na,780,0.68,0.07,0.3,6.4,Literature
+Li,none,none,Al,800,0.4,0.08,0.5,0.2,Literature
+Al,none,none,Ba,850,0.95,0.05,0.0,8.8,Literature
+Pr,Nd,none,La,835,0.63,0.08,0.3,9.5,Literature
+Si,none,none,Ca,771,0.67,0.07,0.3,4.6,Literature
+Ce,Na,none,Ca,700,0.5,0.1,0.4,2.8,Literature
+Co,Li,Mg,Al,800,0.91,0.09,0.0,4.6,Literature
+Ni,Li,Mg,Al,800,0.91,0.09,0.0,7.8,Literature
+Li,Nd,none,Mg,920,0.47,0.12,0.4,14.9,Literature
+Mg,Nd,none,Li,920,0.47,0.12,0.4,16.1,Literature
+Ge,none,none,Bi,780,0.3,0.15,0.5,2.2,Literature
+La,Ti,none,Li,750,0.32,0.08,0.6,14.0,Literature
+Zn,Nd,none,Fe,770,0.42,0.08,0.5,8.0,Literature
+Ba,Cu,none,La,750,0.18,0.09,0.7,5.1,Literature
+Ni,Ti,none,Li,750,0.32,0.08,0.6,13.3,Literature
+Mn,Mg,none,Na,750,0.75,0.25,0.0,6.1,Literature
+Mn,none,none,Li,780,0.33,0.17,0.5,16.0,Literature
+Fe,none,none,Li,800,0.33,0.17,0.5,22.0,Literature
+In,none,none,Li,780,0.33,0.17,0.5,20.0,Literature
+Ni,none,none,Li,760,0.33,0.17,0.5,23.8,Literature
+La,none,none,Ba,800,0.91,0.09,0.0,9.2,Literature
+Ce,Re,none,La,750,0.3,0.05,0.6,7.8,Literature
+Pb,W,none,Si,850,0.97,0.03,0.0,2.0,Literature
+Pb,Mo,none,Si,850,0.97,0.03,0.0,1.0,Literature
+Ni,Ti,none,Li,750,0.32,0.08,0.6,13.2,Literature
+Pb,Si,none,Ca,740,0.66,0.08,0.3,4.1,Literature
+Sr,La,none,Ca,800,0.9,0.1,0.0,13.0,Literature
+Ca,none,none,K,743,0.64,0.08,0.3,5.4,Literature
+Zr,none,none,Li,700,0.91,0.09,0.0,1.4,Literature
+Zr,none,none,Li,750,0.91,0.09,0.0,2.4,Literature
+Zr,none,none,Li,800,0.91,0.09,0.0,3.4,Literature
+Na,none,none,Zr,750,0.17,0.08,0.8,15.7,Literature
+Li,none,none,Mg,634,0.08,0.05,0.9,0.2,Literature
+Na,Mn,none,Mg,825,0.5,0.1,0.4,18.8,Literature
+Li,none,none,Mg,770,0.91,0.09,0.0,7.9,Literature
+Sr,none,none,Mg,850,0.95,0.05,0.0,8.5,Literature
+Nd,none,none,La,855,0.56,0.09,0.4,11.1,Literature
+K,Ni,none,Ca,600,0.29,0.09,0.6,8.6,Literature
+Li,Nd,none,Mg,920,0.47,0.12,0.4,13.8,Literature
+La,none,none,Sr,750,0.3,0.05,0.6,13.4,Literature
+Co,Li,none,Mg,700,0.67,0.07,0.3,5.9,Literature
+Sb,none,none,K,780,0.5,0.11,0.4,2.3,Literature
+Li,Nd,none,Mg,920,0.47,0.12,0.4,11.2,Literature
+Li,Nd,none,Mg,920,0.47,0.12,0.4,9.5,Literature
+Pb,none,none,Ca,840,0.65,0.08,0.3,6.4,Literature
+Pb,Si,none,Ca,781,0.64,0.08,0.3,4.1,Literature
+Ti,La,none,Li,750,0.32,0.08,0.6,14.3,Literature
+Ti,none,none,Li,760,0.67,0.33,0.0,12.1,Literature
+Ce,none,none,Li,788,0.67,0.33,0.0,18.2,Literature
+Zr,none,none,Li,794,0.67,0.33,0.0,17.1,Literature
+Zn,none,none,Fe,830,0.42,0.08,0.5,13.0,Literature
+Sr,none,none,La,880,0.88,0.13,0.0,15.5,Literature
+Sr,none,none,Y,778,0.92,0.09,0.0,11.4,Literature
+Ba,none,none,Y,772,0.92,0.09,0.0,11.3,Literature
+Ca,none,none,Y,826,0.91,0.09,0.0,7.6,Literature
+Sr,none,none,Y,778,0.91,0.09,0.0,11.6,Literature
+Ba,none,none,Y,772,0.91,0.09,0.0,11.6,Literature
+Sr,none,none,Th,807,0.91,0.09,0.0,9.0,Literature
+Sr,none,none,La,759,0.91,0.09,0.0,11.7,Literature
+Pr,none,none,Na,800,0.4,0.1,0.5,19.4,Literature
+Mo,none,none,Na,726,0.52,0.48,0.0,8.9,Literature
+Pb,none,none,Al,720,0.36,0.05,0.6,7.9,Literature
+Pb,none,none,Al,850,0.48,0.07,0.5,6.1,Literature
+Sr,none,none,La,700,0.75,0.25,0.0,15.4,Literature
+La,none,none,Ca,800,0.9,0.1,0.0,10.0,Literature
+Na,none,none,Y,750,0.7,0.1,0.2,3.2,Literature
+Cu,none,none,La,750,0.18,0.07,0.7,3.4,Literature
+Zn,none,none,Nd,800,0.42,0.08,0.5,18.0,Literature
+Si,none,none,Ca,784,0.64,0.08,0.3,4.7,Literature
+W,none,none,Na,850,0.9,0.1,0.0,2.4,Literature
+Mo,none,none,Na,850,0.9,0.1,0.0,1.4,Literature
+Ti,none,none,Sr,730,0.29,0.14,0.6,4.2,Literature
+Sn,none,none,Sr,730,0.29,0.14,0.6,2.2,Literature
+Zr,none,none,Sr,730,0.29,0.14,0.6,3.2,Literature
+Ge,none,none,Bi,780,0.3,0.15,0.5,3.0,Literature
+Ca,none,none,Al,839,0.68,0.07,0.3,2.5,Literature
+Bi,none,none,Al,749,0.5,0.1,0.4,1.0,Literature
+Ba,none,none,La,800,0.15,0.08,0.8,13.7,Literature
+Ba,none,none,La,800,0.15,0.08,0.8,16.3,Literature
+K,none,none,Sb,780,0.5,0.11,0.4,1.4,Literature
+Ce,Re,none,La,750,0.3,0.05,0.6,7.9,Literature
+Nd,none,none,Mg,920,0.47,0.12,0.4,10.6,Literature
+Al,Li,none,Mg,650,0.09,0.04,0.9,18.2,Literature
+V,Al,none,Ca,800,0.29,0.03,0.7,0.1,Literature
+V,Si,none,Ca,800,0.29,0.03,0.7,0.2,Literature
+V,Ti,none,Ca,800,0.29,0.03,0.7,1.3,Literature
+V,Zr,none,Ca,800,0.29,0.03,0.7,0.8,Literature
+V,Ti,none,Mg,800,0.29,0.03,0.7,0.0,Literature
+V,Zr,none,Mg,800,0.29,0.03,0.7,1.2,Literature
+Na,Pb,none,Al,822,0.5,0.1,0.4,10.4,Literature
+Ti,none,none,Li,750,0.32,0.08,0.6,6.7,Literature
+Na,none,none,Zr,750,0.88,0.13,0.0,7.0,Literature
+Li,none,none,Mg,750,0.5,0.1,0.4,10.3,Literature
+Li,none,none,Mg,700,0.47,0.11,0.4,15.6,Literature
+Li,none,none,Mg,700,0.1,0.05,0.8,12.8,Literature
+Li,none,none,Mg,720,0.08,0.04,0.9,19.0,Literature
+Na,none,none,Ca,675,0.4,0.03,0.6,6.4,Literature
+La,Sr,none,Ca,800,0.1,0.03,0.9,18.8,Literature
+Sn,Li,none,Mg,800,0.1,0.03,0.9,17.7,Literature
+La,Sr,none,Ca,800,0.07,0.03,0.9,19.7,Literature
+Ca,none,none,Ce,740,0.84,0.16,0.0,3.1,Literature
+Bi,none,none,Y,850,0.56,0.19,0.2,18.0,Literature
+Mg,none,none,Ba,780,0.8,0.2,0.0,10.3,Literature
+Ba,none,none,Nd,750,0.17,0.07,0.8,16.3,Literature
+Li,none,none,Mg,800,0.1,0.03,0.9,6.2,Literature
+Ca,none,none,Sm,675,0.68,0.07,0.3,9.0,Literature
+Li,Mg,none,Al,796,0.95,0.05,0.0,3.6,Literature
+Li,Na,none,Si,775,0.28,0.04,0.7,0.3,Literature
+Li,K,none,Si,775,0.28,0.04,0.7,0.8,Literature
+Li,Rb,none,Si,775,0.28,0.04,0.7,0.4,Literature
+Li,Cs,none,Si,775,0.28,0.04,0.7,2.2,Literature
+Na,K,none,Si,775,0.28,0.04,0.7,0.5,Literature
+Na,Rb,none,Si,775,0.28,0.04,0.7,0.3,Literature
+Na,Cs,none,Si,775,0.28,0.04,0.7,0.5,Literature
+K,Rb,none,Si,775,0.28,0.04,0.7,0.1,Literature
+K,Cs,none,Si,775,0.28,0.04,0.7,0.2,Literature
+Rb,Cs,none,Si,775,0.28,0.04,0.7,0.2,Literature
+Ti,none,none,Li,750,0.32,0.08,0.6,7.3,Literature
+Li,none,none,Zn,707,0.5,0.06,0.4,8.5,Literature
+Li,none,none,Zn,720,0.51,0.15,0.3,9.6,Literature
+Na,Pb,none,Al,750,0.7,0.07,0.2,4.9,Literature
+Li,Pb,none,Ca,750,0.07,0.03,0.9,12.2,Literature
+Ti,none,none,Li,780,0.33,0.17,0.5,18.6,Literature
+Ge,none,none,Li,840,0.33,0.17,0.5,16.0,Literature
+Sr,none,none,Li,800,0.33,0.17,0.5,20.4,Literature
+Sn,none,none,Li,780,0.33,0.17,0.5,18.3,Literature
+Li,none,none,Mg,800,0.2,0.1,0.7,18.0,Literature
+Li,none,none,Ca,750,0.8,0.2,0.0,13.7,Literature
+Na,none,none,Ca,750,0.8,0.2,0.0,11.2,Literature
+K,none,none,Ca,750,0.8,0.2,0.0,12.8,Literature
+Rb,none,none,Ca,750,0.8,0.2,0.0,11.6,Literature
+Cs,none,none,Ca,750,0.8,0.2,0.0,7.7,Literature
+Li,Pb,none,Ca,700,0.13,0.07,0.8,8.4,Literature
+Ce,Li,none,Mg,750,0.08,0.04,0.9,14.9,Literature
+Sr,La,none,Zr,800,0.5,0.1,0.4,14.9,Literature
+Li,Zr,none,Mg,740,0.82,0.18,0.0,11.0,Literature
+Zn,Li,none,Mg,805,0.28,0.13,0.6,15.1,Literature
+Mn,Li,none,Mg,805,0.28,0.13,0.6,20.7,Literature
+La,none,none,Ca,740,0.93,0.07,0.0,9.0,Literature
+Li,none,none,Mg,800,0.28,0.13,0.6,17.3,Literature
+Li,W,none,Si,800,0.43,0.14,0.4,8.9,Literature
+La,none,none,Li,750,0.18,0.01,0.8,1.8,Literature
+Sr,La,none,Ca,830,0.07,0.03,0.9,18.1,Literature
+Li,none,none,Zn,700,0.51,0.1,0.4,6.1,Literature
+Pb,none,none,Al,720,0.03,0.0,1.0,8.2,Literature
+Pb,Li,none,Al,705,0.47,0.11,0.4,2.1,Literature
+Sm,Y,none,Bi,950,0.33,0.17,0.5,26.7,Literature
+Ce,none,none,Na,697,0.18,0.03,0.8,9.3,Literature
+Mo,none,none,Na,729,0.54,0.47,0.0,7.2,Literature
+Mo,none,none,Na,730,0.25,0.28,0.5,3.3,Literature
+Y,none,none,Bi,900,0.3,0.1,0.6,17.0,Literature
+Na,Pb,none,Si,789,0.97,0.03,0.0,3.4,Literature
+Y,Sm,none,Bi,900,0.18,0.05,0.8,8.0,Literature
+Pb,none,none,Al,670,0.47,0.11,0.4,2.9,Literature
+Li,none,none,Mg,803,0.51,0.11,0.4,12.4,Literature
+Li,none,none,Al,803,0.5,0.1,0.4,12.4,Literature
+La,none,none,Na,750,0.4,0.08,0.5,18.7,Literature
+Li,none,none,Mg,650,0.09,0.04,0.9,17.6,Literature
+Ba,none,none,Mg,850,0.95,0.05,0.0,8.5,Literature
+Na,none,none,Pr,775,0.5,0.1,0.4,19.3,Literature
+Na,none,none,Tb,775,0.5,0.1,0.4,11.9,Literature
+Na,none,none,Ce,775,0.5,0.1,0.4,0.9,Literature
+K,none,none,Pr,775,0.5,0.1,0.4,14.6,Literature
+Li,none,none,Pr,775,0.5,0.1,0.4,7.3,Literature
+Ag,none,none,Pr,775,0.5,0.1,0.4,0.4,Literature
+Mg,none,none,Pr,775,0.5,0.1,0.4,1.2,Literature
+Ca,none,none,Pr,775,0.5,0.1,0.4,2.6,Literature
+Bi,none,none,Pr,775,0.5,0.1,0.4,5.1,Literature
+Sr,none,none,Pr,775,0.5,0.1,0.4,3.1,Literature
+In,none,none,Pr,775,0.5,0.1,0.4,0.4,Literature
+Na,W,none,Si,780,0.42,0.09,0.5,3.0,Literature
+Na,W,none,Ce,780,0.42,0.09,0.5,16.5,Literature
+Li,none,none,Mg,800,0.56,0.19,0.2,19.3,Literature
+Na,none,none,Pr,900,0.5,0.1,0.4,14.1,Literature
+Nb,none,none,Na,750,0.9,0.1,0.0,0.6,Literature
+Li,Na,none,Pr,758,0.67,0.33,0.0,18.5,Literature
+Mn,W,Na,Si,800,0.55,0.18,0.3,23.9,Literature
+W,Na,none,Si,800,0.55,0.18,0.3,9.1,Literature
+K,none,none,Zr,750,0.88,0.13,0.0,6.0,Literature
+Al,Sr,none,Mg,850,0.95,0.05,0.0,8.5,Literature
+Li,none,none,Ca,711,0.47,0.11,0.4,11.7,Literature
+Li,none,none,Ca,711,0.48,0.11,0.4,13.2,Literature
+Ce,none,none,Zn,800,0.1,0.03,0.9,0.5,Literature
+La,Sr,none,Mg,850,0.95,0.05,0.0,9.0,Literature
+La,Ba,none,Mg,850,0.95,0.05,0.0,8.3,Literature
+Sm,Ba,none,Mg,850,0.95,0.05,0.0,8.4,Literature
+Zr,Ba,none,Mg,850,0.95,0.05,0.0,7.6,Literature
+Na,Pb,none,Si,855,0.96,0.05,0.0,6.3,Literature
+Na,none,none,Ca,700,0.5,0.1,0.4,3.1,Literature
+Sn,Li,none,Mg,680,0.67,0.07,0.3,12.0,Literature
+Pb,none,none,Al,740,0.66,0.07,0.3,5.7,Literature
+Na,Sr,none,Mg,850,0.95,0.05,0.0,8.4,Literature
+Na,Ba,none,Mg,850,0.95,0.05,0.0,8.6,Literature
+Mg,Pb,none,Si,789,0.97,0.03,0.0,1.1,Literature
+Li,Sr,none,Mg,850,0.95,0.05,0.0,8.8,Literature
+Fe,Sr,none,Mg,850,0.95,0.05,0.0,5.3,Literature
+Mo,Sr,none,Mg,850,0.95,0.05,0.0,5.5,Literature
+Zr,Sr,none,Mg,850,0.95,0.05,0.0,8.5,Literature
+Nb,Sr,none,Mg,850,0.95,0.05,0.0,9.2,Literature
+Sr,none,none,La,800,0.1,0.03,0.9,15.0,Literature
+Zn,Li,none,Mg,675,0.51,0.1,0.4,10.3,Literature
+Li,Ba,none,Mg,850,0.95,0.05,0.0,8.6,Literature
+Dy,Li,none,Mg,620,0.29,0.1,0.6,14.9,Literature
+Li,Ce,none,Mg,700,0.22,0.11,0.7,22.8,Literature
+Ca,Pb,none,Al,750,0.7,0.07,0.2,5.6,Literature
+Pb,Bi,none,Sb,700,0.47,0.03,0.5,5.4,Literature
+Li,none,none,Sm,750,0.05,0.02,0.9,22.3,Literature
+Ba,none,none,Ce,750,0.73,0.28,0.0,4.5,Literature
+Ca,none,none,Ba,800,0.67,0.07,0.3,0.5,Literature
+Y,none,none,La,750,0.14,0.07,0.8,4.0,Literature
+Sr,none,none,La,600,0.2,0.25,0.5,14.1,Literature
+Li,none,none,Fe,727,0.67,0.33,0.0,2.8,Literature
+Na,none,none,Mg,900,0.8,0.2,0.0,13.0,Literature
+La,none,none,Mg,800,0.1,0.03,0.9,14.3,Literature
+Li,none,none,Mg,800,0.1,0.03,0.9,4.5,Literature
+Zr,none,none,Mg,700,0.91,0.09,0.0,0.3,Literature
+Zr,none,none,Mg,750,0.91,0.09,0.0,2.0,Literature
+Zr,none,none,Mg,800,0.91,0.09,0.0,5.5,Literature
+Na,none,none,La,650,0.4,0.08,0.5,1.6,Literature
+Fe,none,none,Co,700,0.67,0.33,0.0,0.0,Literature
+Ba,none,none,La,800,0.91,0.09,0.0,7.2,Literature
+Pb,none,none,Al,750,0.5,0.05,0.4,6.3,Literature
+Pb,none,none,Al,757,0.96,0.05,0.0,3.4,Literature
+Pb,none,none,Si,830,0.96,0.05,0.0,7.3,Literature
+Li,none,none,Al,791,0.68,0.07,0.3,9.9,Literature
+Pb,none,none,Si,917,0.83,0.16,0.0,9.4,Literature
+Li,Pb,none,Al,750,0.7,0.07,0.2,5.7,Literature
+Li,none,none,La,800,0.3,0.05,0.6,15.6,Literature
+Li,none,none,Ca,750,0.67,0.07,0.3,6.7,Literature
+Li,none,none,Ti,900,0.5,0.16,0.3,8.4,Literature
+Sn,Li,none,Mg,704,0.47,0.11,0.4,14.3,Literature
+Mg,none,none,Al,800,0.4,0.08,0.5,0.8,Literature
+Zn,Li,none,Mg,800,0.28,0.13,0.6,11.7,Literature
+Co,Li,none,Mg,800,0.28,0.13,0.6,21.3,Literature
+Fe,Li,none,Mg,800,0.28,0.13,0.6,21.9,Literature
+Mn,Li,none,Mg,800,0.28,0.13,0.6,20.8,Literature
+Mn,Na,none,Si,800,0.22,0.04,0.7,8.3,Literature
+Na,none,none,La,703,0.5,0.1,0.4,31.8,Literature
+Y,none,none,Ca,750,0.15,0.08,0.8,12.9,Literature
+V,none,none,Si,650,2.2,0.31,-1.5,0.0,Literature
+Sn,Li,none,Mg,650,0.3,0.12,0.6,8.0,Literature
+Li,none,none,Mg,800,0.28,0.13,0.6,13.4,Literature
+Li,none,none,Pr,750,0.81,0.13,0.1,10.4,Literature
+Ba,none,none,Gd,800,0.17,0.07,0.8,17.9,Literature
+W,none,none,Bi,825,0.38,0.13,0.5,12.0,Literature
+Na,none,none,Ca,740,0.52,0.06,0.4,10.6,Literature
+Pb,Na,none,Al,750,0.4,0.04,0.6,3.2,Literature
+V,Na,W,Si,777,0.88,0.12,0.0,1.2,Literature
+Cr,Na,W,Si,777,0.88,0.12,0.0,2.4,Literature
+Mn,Na,W,Si,777,0.88,0.12,0.0,16.0,Literature
+Fe,Na,W,Si,777,0.88,0.12,0.0,9.0,Literature
+Co,Na,W,Si,777,0.88,0.12,0.0,10.9,Literature
+Zn,Na,W,Si,777,0.88,0.12,0.0,5.7,Literature
+Li,none,none,Mg,770,0.38,0.13,0.5,31.3,Literature
+Li,none,none,Mg,700,0.48,0.11,0.4,14.7,Literature
+Ti,Li,none,Si,774,0.14,0.05,0.8,11.3,Literature
+Na,W,Mn,Si,750,0.89,0.11,0.0,10.8,Literature
+Li,W,Mn,Si,800,0.76,0.24,0.0,13.1,Literature
+Na,W,Mn,Si,800,0.76,0.24,0.0,19.6,Literature
+K,W,Mn,Si,800,0.76,0.24,0.0,18.5,Literature
+Ba,W,Mn,Si,800,0.76,0.24,0.0,6.9,Literature
+Ca,W,Mn,Si,800,0.76,0.24,0.0,4.8,Literature
+Fe,W,Mn,Si,800,0.76,0.24,0.0,2.7,Literature
+Co,W,Mn,Si,800,0.76,0.24,0.0,4.2,Literature
+Ni,W,Mn,Si,800,0.76,0.24,0.0,4.4,Literature
+Al,W,Mn,Si,800,0.76,0.24,0.0,3.0,Literature
+Na,W,Mn,Si,800,0.42,0.17,0.4,19.2,Literature
+Na,Mo,Mn,Si,800,0.42,0.17,0.4,14.0,Literature
+Na,W,Mn,Si,820,0.8,0.2,0.0,20.7,Literature
+Na,W,Mn,Si,820,0.8,0.2,0.0,15.5,Literature
+Na,W,Mn,Si,700,0.67,0.33,0.0,17.5,Literature
+Na,W,Mn,Si,700,0.4,0.1,0.5,25.2,Literature
+Na,W,none,Si,800,0.42,0.17,0.4,9.5,Literature
+Na,Mo,none,Si,800,0.42,0.17,0.4,8.3,Literature
+Mn,none,none,Si,800,0.42,0.17,0.4,5.8,Literature
+Li,Mn,W,Si,700,0.88,0.12,0.0,15.0,Literature
+Na,none,none,Ca,828,0.4,0.2,0.4,17.2,Literature
+Bi,none,none,Mg,800,0.2,0.04,0.8,12.4,Literature
+Si,none,none,Sr,850,0.95,0.05,0.0,8.1,Literature
+Na,none,none,Ca,800,0.8,0.2,0.0,17.9,Literature
+Li,none,none,Mg,780,0.41,0.2,0.4,13.1,Literature
+Li,none,none,Y,780,0.41,0.2,0.4,18.4,Literature
+Li,none,none,La,780,0.41,0.2,0.4,11.9,Literature
+Li,none,none,Sm,780,0.41,0.2,0.4,12.7,Literature
+Li,none,none,Ho,780,0.41,0.2,0.4,13.5,Literature
+Ca,La,none,Mg,800,0.89,0.11,0.0,14.7,Literature
+Ba,La,none,Mg,800,0.89,0.11,0.0,15.3,Literature
+Pb,none,none,Al,713,0.5,0.1,0.4,9.1,Literature
+Mg,Ca,none,Si,775,0.28,0.04,0.7,1.2,Literature
+Mg,Sr,none,Si,775,0.28,0.04,0.7,2.1,Literature
+Mg,Ba,none,Si,775,0.28,0.04,0.7,0.9,Literature
+Ca,Sr,none,Si,775,0.28,0.04,0.7,1.4,Literature
+Ca,Ba,none,Si,775,0.28,0.04,0.7,1.3,Literature
+Sr,Ba,none,Si,775,0.28,0.04,0.7,1.3,Literature
+Ce,Li,none,Mg,730,0.67,0.33,0.0,14.9,Literature
+Li,none,none,Mg,700,0.91,0.09,0.0,3.8,Literature
+Li,none,none,Mg,750,0.91,0.09,0.0,9.6,Literature
+Li,none,none,Mg,800,0.91,0.09,0.0,13.6,Literature
+Zn,none,none,Si,750,0.08,0.04,0.9,1.1,Literature
+Li,none,none,Pr,784,0.67,0.33,0.0,17.6,Literature
+Li,none,none,Mg,750,0.5,0.1,0.4,15.0,Literature
+Li,none,none,Mg,620,0.48,0.11,0.4,10.3,Literature
+Li,none,none,Mg,700,0.28,0.16,0.6,14.8,Literature
+Sr,none,none,La,750,0.3,0.05,0.6,12.4,Literature
+Na,none,none,Mg,800,0.03,0.01,1.0,22.4,Literature
+Ca,none,none,Mg,750,0.13,0.01,0.9,12.1,Literature
+Li,none,none,Ca,705,0.51,0.1,0.4,11.2,Literature
+Ba,none,none,La,750,0.4,0.2,0.4,18.1,Literature
+Na,none,none,Mg,800,0.03,0.01,1.0,22.2,Literature
+Mn,Na,W,Si,775,0.88,0.12,0.0,18.5,Literature
+Li,none,none,Ca,711,0.5,0.11,0.4,13.2,Literature
+Li,none,none,Mg,735,0.67,0.07,0.3,7.3,Literature
+Li,none,none,Mg,780,0.67,0.07,0.3,9.5,Literature
+V,none,none,Mg,800,0.1,0.03,0.9,0.0,Literature
+Li,Sr,none,Si,775,0.28,0.04,0.7,2.3,Literature
+La,none,none,Ba,800,0.14,0.06,0.8,18.3,Literature
+La,none,none,Ba,800,0.14,0.06,0.8,18.3,Literature
+Na,W,none,Si,800,0.43,0.14,0.4,16.4,Literature
+Na,W,none,Si,777,0.88,0.12,0.0,6.9,Literature
+Na,W,none,Si,775,0.88,0.12,0.0,2.8,Literature
+Na,W,none,La,780,0.42,0.09,0.5,13.8,Literature
+Na,W,none,Nd,780,0.42,0.09,0.5,16.2,Literature
+Na,W,none,Sm,780,0.42,0.09,0.5,16.6,Literature
+Na,W,none,Dy,780,0.42,0.09,0.5,13.3,Literature
+Na,W,none,Yb,780,0.42,0.09,0.5,11.6,Literature
+Ba,La,none,Mg,800,0.81,0.2,0.0,17.0,Literature
+Ba,La,none,Mg,800,0.89,0.11,0.0,14.0,Literature
+Li,none,none,Al,751,0.65,0.08,0.3,5.5,Literature
+Li,none,none,Mg,900,0.09,0.02,0.9,24.3,Literature
+K,none,none,Mn,750,0.51,0.03,0.5,2.4,Literature
+Li,none,none,Zn,740,0.11,0.06,0.8,24.8,Literature
+K,Sb,none,Si,780,0.5,0.11,0.4,2.2,Literature
+Na,Mn,none,Si,800,0.42,0.17,0.4,4.2,Literature
+Mn,none,none,Al,840,0.5,0.1,0.4,0.7,Literature
+K,Pb,none,Ca,750,0.07,0.03,0.9,9.0,Literature
+Li,none,none,Ca,740,0.52,0.06,0.4,10.1,Literature
+K,none,none,Ca,740,0.52,0.06,0.4,9.7,Literature
+Na,none,none,Ca,770,0.37,0.07,0.6,3.0,Literature
+Pb,none,none,Si,730,0.66,0.07,0.3,0.2,Literature
+Na,none,none,Ca,740,0.67,0.07,0.3,9.9,Literature
+Pb,Na,none,Si,800,0.22,0.04,0.7,8.8,Literature
+Li,none,none,Mg,800,0.67,0.07,0.3,13.7,Literature
+K,none,none,La,701,0.5,0.1,0.4,28.3,Literature
+Na,none,none,Si,800,0.42,0.17,0.4,0.0,Literature
+Li,Sb,none,Si,780,0.51,0.11,0.4,1.4,Literature
+Li,none,none,Sm,750,0.05,0.02,0.9,20.2,Literature
+La,none,none,Mg,800,0.1,0.03,0.9,14.0,Literature
+Ni,K,none,Ca,650,0.3,0.12,0.6,18.7,Literature
+Li,none,none,Ca,740,0.67,0.07,0.3,10.1,Literature
+Ca,La,none,Mg,800,0.89,0.11,0.0,15.9,Literature
+Ba,La,none,Mg,800,0.89,0.11,0.0,13.8,Literature
+La,none,none,Ba,750,0.5,0.1,0.4,14.9,Literature
+Sm,none,none,Ca,800,0.86,0.14,0.0,6.9,Literature
+Ti,none,none,Al,800,0.4,0.08,0.5,3.0,Literature
+Ni,K,none,Ca,630,0.3,0.12,0.6,20.1,Literature
+Co,K,none,Ca,750,0.3,0.12,0.6,18.2,Literature
+Ni,K,none,Ba,780,0.3,0.12,0.6,10.2,Literature
+Li,Ni,none,Mg,705,0.3,0.12,0.6,9.1,Literature
+Na,Ni,none,Mg,705,0.3,0.12,0.6,4.9,Literature
+K,Ni,none,Mg,705,0.3,0.12,0.6,6.7,Literature
+K,Ni,none,Ca,705,0.3,0.12,0.6,18.3,Literature
+K,Ni,none,Ca,705,0.3,0.12,0.6,13.2,Literature
+K,Ni,none,Mg,705,0.3,0.12,0.6,6.7,Literature
+Na,Ni,none,Mg,705,0.3,0.12,0.6,4.9,Literature
+Li,Ni,none,Mg,705,0.3,0.12,0.6,9.1,Literature
+La,Mn,none,Ti,800,0.75,0.25,0.0,0.4,Literature
+Li,Mn,none,Ti,800,0.75,0.25,0.0,15.8,Literature
+Li,Zn,none,Mg,700,0.67,0.33,0.0,17.5,Literature
+Li,Ni,none,Mg,700,0.67,0.33,0.0,15.6,Literature
+Li,Sm,none,Mg,700,0.67,0.33,0.0,18.4,Literature
+Li,Ce,none,Mg,700,0.67,0.33,0.0,20.2,Literature
+Li,Ba,none,Ca,750,0.03,0.01,1.0,23.5,Literature
+Pb,none,none,Bi,700,0.25,0.04,0.7,3.7,Literature
+Li,none,none,La,800,0.3,0.05,0.6,15.2,Literature
+Na,none,none,La,800,0.3,0.05,0.6,12.9,Literature
+K,none,none,La,800,0.3,0.05,0.6,12.4,Literature
+Mg,none,none,La,750,0.3,0.05,0.6,12.4,Literature
+Ca,none,none,La,750,0.3,0.05,0.6,11.6,Literature
+Sr,none,none,La,750,0.3,0.05,0.6,13.2,Literature
+Ba,none,none,La,800,0.3,0.05,0.6,13.0,Literature
+Pb,none,none,La,750,0.3,0.05,0.6,10.7,Literature
+Bi,none,none,La,750,0.3,0.05,0.6,11.3,Literature
+Ag,none,none,La,800,0.3,0.05,0.6,11.9,Literature
+Li,none,none,Mg,850,0.3,0.05,0.6,14.2,Literature
+Na,none,none,Mg,800,0.3,0.05,0.6,11.5,Literature
+K,none,none,Mg,900,0.3,0.05,0.6,10.8,Literature
+Y,none,none,Mg,900,0.3,0.05,0.6,9.2,Literature
+La,none,none,Mg,850,0.3,0.05,0.6,9.3,Literature
+Ba,none,none,Mg,850,0.3,0.05,0.6,9.8,Literature
+Pb,none,none,Al,800,0.14,0.02,0.8,9.1,Literature
+Co,none,none,Mg,750,0.03,0.02,1.0,11.7,Literature
+Li,none,none,Ca,750,0.03,0.01,1.0,22.3,Literature
+Ba,none,none,La,800,0.15,0.08,0.8,11.8,Literature
+Ba,none,none,Ca,850,0.8,0.2,0.0,13.4,Literature
+Li,none,none,Mg,900,0.5,0.21,0.3,12.4,Literature
+La,none,none,Ca,800,0.1,0.03,0.9,16.6,Literature
+La,none,none,Mg,800,0.1,0.03,0.9,12.9,Literature
+Li,none,none,Mg,800,0.1,0.03,0.9,2.1,Literature
+Li,none,none,Mg,790,0.68,0.07,0.3,9.7,Literature
+La,none,none,Ba,800,0.91,0.09,0.0,7.3,Literature
+Li,none,none,Al,800,0.86,0.14,0.0,1.7,Literature
+Na,none,none,Mn,750,0.4,0.08,0.5,2.4,Literature
+Na,none,none,La,650,0.4,0.08,0.5,2.6,Literature
+Al,none,none,La,710,0.5,0.1,0.4,11.8,Literature
+Sr,none,none,La,795,0.3,0.05,0.6,10.9,Literature
+Ba,none,none,La,800,0.91,0.09,0.0,8.5,Literature
+Pb,none,none,Al,700,0.26,0.05,0.7,3.5,Literature
+Pb,none,none,Si,900,0.3,0.05,0.6,4.9,Literature
+Pb,none,none,Al,650,0.57,0.09,0.3,7.4,Literature
+Co,none,none,Si,800,0.83,0.17,0.0,1.3,Literature
+Ni,none,none,La,650,0.83,0.17,0.0,0.0,Literature
+Ni,none,none,Ce,550,0.83,0.17,0.0,15.5,Literature
+Mn,none,none,Ti,800,0.75,0.25,0.0,4.1,Literature
+La,none,none,Mg,800,0.89,0.11,0.0,12.4,Literature
+Ce,none,none,Mg,800,0.89,0.11,0.0,13.0,Literature
+Nd,none,none,Mg,800,0.89,0.11,0.0,10.1,Literature
+Eu,none,none,Mg,800,0.89,0.11,0.0,13.4,Literature
+Yb,none,none,Mg,800,0.89,0.11,0.0,5.7,Literature
+La,none,none,Mg,800,0.89,0.11,0.0,12.0,Literature
+K,Sb,none,Si,780,0.5,0.11,0.4,2.5,Literature
+Li,none,none,Mg,668,0.51,0.1,0.4,5.7,Literature
+Pb,none,none,Al,750,0.4,0.04,0.6,2.2,Literature
+Pb,none,none,Al,784,0.64,0.08,0.3,5.7,Literature
+Sb,none,none,Si,780,0.5,0.11,0.4,1.8,Literature
+Mn,none,none,Al,800,0.4,0.08,0.5,5.0,Literature
+La,Sr,none,Th,880,0.91,0.09,0.0,11.3,Literature
+La,none,none,Mg,800,0.81,0.2,0.0,15.3,Literature
+La,none,none,Mg,750,0.81,0.2,0.0,20.4,Literature
+Sr,none,none,La,916,0.7,0.1,0.2,1.3,Literature
+La,none,none,Th,880,0.91,0.09,0.0,9.4,Literature
+Th,none,none,La,880,0.91,0.09,0.0,9.6,Literature
+La,none,none,Mg,800,0.8,0.2,0.0,17.6,Literature
+Sr,none,none,Y,786,0.92,0.09,0.0,10.9,Literature
+Li,none,none,Mg,750,0.89,0.11,0.0,15.8,Literature
+Li,none,none,Mg,745,0.8,0.2,0.0,16.1,Literature
+V,none,none,Ba,820,0.81,0.19,0.0,15.3,Literature
+Sr,none,none,La,800,0.8,0.2,0.0,16.2,Literature
+Li,none,none,Mg,750,0.8,0.2,0.0,17.7,Literature
+Na,none,none,Mg,750,0.8,0.2,0.0,15.6,Literature
+K,none,none,Mg,750,0.8,0.2,0.0,7.8,Literature
+Rb,none,none,Mg,750,0.8,0.2,0.0,6.2,Literature
+Cs,none,none,Mg,750,0.8,0.2,0.0,2.2,Literature
+Sr,none,none,La,800,0.8,0.2,0.0,17.2,Literature
+Sr,none,none,Sm,800,0.8,0.2,0.0,14.4,Literature
+Sr,none,none,Eu,800,0.8,0.2,0.0,14.0,Literature
+Sr,none,none,Yb,800,0.8,0.2,0.0,13.2,Literature
+Sr,none,none,Ce,800,0.8,0.2,0.0,9.8,Literature
+Sr,none,none,Pr,800,0.8,0.2,0.0,10.0,Literature
+Sr,none,none,Nd,800,0.8,0.2,0.0,13.8,Literature
+Sr,none,none,Gd,800,0.8,0.2,0.0,13.8,Literature
+Sr,none,none,Dy,800,0.8,0.2,0.0,5.0,Literature
+Sr,none,none,Er,800,0.8,0.2,0.0,14.0,Literature
+La,none,none,Mg,750,0.8,0.2,0.0,17.0,Literature
+Li,none,none,Mg,750,0.75,0.25,0.0,21.7,Literature
+Li,none,none,Ca,750,0.8,0.2,0.0,8.7,Literature
+Na,none,none,Ca,750,0.8,0.2,0.0,15.2,Literature
+K,none,none,Ca,750,0.8,0.2,0.0,13.4,Literature
+Rb,none,none,Ca,750,0.8,0.2,0.0,13.6,Literature
+Cs,none,none,Ca,750,0.8,0.2,0.0,11.2,Literature
+La,none,none,Ca,830,0.07,0.03,0.9,15.3,Literature
+La,Pb,none,Ca,750,0.07,0.03,0.9,8.3,Literature
+Pb,none,none,Al,744,0.5,0.05,0.4,2.2,Literature
+Bi,K,none,Al,640,0.51,0.25,0.2,1.6,Literature
+Ba,none,none,Ca,800,0.4,0.08,0.5,12.3,Literature
+K,none,none,Ca,783,0.66,0.08,0.3,6.1,Literature
+Ba,none,none,Ca,800,0.15,0.08,0.8,14.1,Literature
+Y,none,none,Zr,900,0.01,0.01,1.0,11.7,Literature
+Cu,none,none,Al,800,0.4,0.08,0.5,0.0,Literature
+Sm,none,none,Mg,800,0.86,0.14,0.0,9.4,Literature
+Pb,none,none,Mg,800,0.69,0.1,0.2,12.5,Literature
+Na,none,none,Ca,740,0.66,0.08,0.3,14.0,Literature
+Pb,none,none,Mg,825,0.71,0.08,0.2,12.0,Literature
+Cu,Zn,none,Si,800,0.1,0.03,0.9,0.6,Literature
+Na,Mn,none,Mg,850,0.68,0.33,0.0,11.6,Literature
+Na,Mn,none,Mg,925,0.5,0.1,0.4,15.4,Literature
+Pb,none,none,Mg,784,0.64,0.08,0.3,9.0,Literature
+Na,none,none,Ca,790,0.9,0.1,0.0,14.4,Literature
+Pb,none,none,Ca,767,0.64,0.08,0.3,2.6,Literature
+Na,none,none,Ca,709,0.47,0.11,0.4,11.2,Literature
+Pb,none,none,Mg,780,0.43,0.16,0.4,2.1,Literature
+Na,W,none,Tb,780,0.42,0.09,0.5,14.9,Literature
+Na,none,none,Al,829,0.52,0.1,0.4,2.8,Literature
+Li,La,none,Mg,799,0.6,0.08,0.3,11.4,Literature
+Na,none,none,Ca,750,0.65,0.08,0.3,10.4,Literature
+Na,none,none,Ca,753,0.64,0.08,0.3,5.2,Literature
+Li,none,none,Mg,700,0.47,0.11,0.4,14.6,Literature
+Na,none,none,Ca,850,0.9,0.09,0.0,9.8,Literature
+V,none,none,Si,650,2.2,0.31,-1.5,0.2,Literature
+Na,none,none,La,800,0.3,0.05,0.6,21.1,Literature
+Na,Pb,none,Si,840,0.83,0.04,0.1,4.8,Literature
+Ca,La,none,Mg,800,0.89,0.11,0.0,14.5,Literature
+Li,Al,none,Mg,802,0.6,0.08,0.3,7.8,Literature
+Li,Y,none,Mg,799,0.6,0.08,0.3,13.6,Literature
+Mg,none,none,La,750,0.3,0.05,0.6,12.6,Literature
+Li,none,none,Mg,784,0.59,0.09,0.3,12.6,Literature
+Pb,none,none,Ca,700,0.29,0.04,0.7,11.7,Literature
+Li,La,none,Mg,799,0.6,0.08,0.3,13.3,Literature
+Ce,Li,none,Mg,700,0.22,0.11,0.7,20.2,Literature
+Ce,Li,none,Ca,700,0.22,0.11,0.7,21.2,Literature
+Ce,Li,none,Sr,700,0.22,0.11,0.7,12.3,Literature
+Ce,Li,none,Ba,700,0.22,0.11,0.7,12.8,Literature
+Li,none,none,Mg,750,0.5,0.1,0.4,19.9,Literature
+Sn,Li,none,Mg,704,0.47,0.11,0.4,16.6,Literature
+Li,Ce,none,Mg,700,0.22,0.11,0.7,20.3,Literature
+Li,Ce,none,Ca,700,0.22,0.11,0.7,20.1,Literature
+Li,Ce,none,Sr,700,0.22,0.11,0.7,12.5,Literature
+Li,Ce,none,Ba,700,0.22,0.11,0.7,13.1,Literature
+Li,none,none,Ca,744,0.64,0.08,0.3,8.1,Literature
+Li,none,none,Ca,740,0.52,0.06,0.4,10.1,Literature
+Na,none,none,Ca,740,0.52,0.06,0.4,12.2,Literature
+Na,none,none,Ca,740,0.35,0.14,0.5,17.0,Literature
+La,none,none,Ti,800,0.1,0.03,0.9,0.4,Literature
+Na,none,none,Ca,740,0.67,0.07,0.3,9.4,Literature
+Li,none,none,Ca,754,0.67,0.07,0.3,9.0,Literature
+K,none,none,Ca,740,0.52,0.06,0.4,10.1,Literature
+Na,none,none,Ca,740,0.7,0.08,0.2,12.2,Literature
+Li,none,none,Ca,740,0.67,0.07,0.3,10.9,Literature
+Sm,none,none,Si,800,0.86,0.14,0.0,1.6,Literature
+Ba,La,none,Mg,800,0.89,0.11,0.0,14.9,Literature
+Na,none,none,Ca,740,0.35,0.14,0.5,16.8,Literature
+Na,none,none,Ca,740,0.66,0.08,0.3,9.6,Literature
+Li,none,none,Mg,850,0.3,0.05,0.6,14.1,Literature
+Pb,none,none,Ca,750,0.07,0.03,0.9,3.8,Literature
+Co,none,none,Mg,800,0.1,0.03,0.9,0.0,Literature
+Pb,none,none,Si,740,0.7,0.07,0.2,5.4,Literature
+Na,none,none,Ca,748,0.64,0.08,0.3,10.1,Literature
+Li,none,none,Mg,702,0.87,0.03,0.1,3.2,Literature
+Mo,none,none,Al,800,0.4,0.08,0.5,0.1,Literature
+Mn,Na,W,Si,750,0.22,0.03,0.7,2.1,Literature
+Na,none,none,Ca,750,0.67,0.07,0.3,7.1,Literature
+K,none,none,Ca,750,0.67,0.07,0.3,7.6,Literature
+Ba,none,none,La,820,0.85,0.15,0.0,13.7,Literature
+Ni,none,none,Sm,550,0.83,0.17,0.0,3.5,Literature
+Li,Cs,none,Zn,740,0.27,0.06,0.7,16.8,Literature
+Mn,Na,W,Si,850,0.16,0.04,0.8,26.4,Literature
+Pb,none,none,Ca,767,0.64,0.08,0.3,3.2,Literature
+Pb,none,none,Ca,750,0.67,0.07,0.3,2.7,Literature
+Li,none,none,Ti,800,0.03,0.03,0.9,26.1,Literature
+Li,none,none,Zn,800,0.03,0.03,0.9,8.0,Literature
+Mn,Li,none,Si,700,0.88,0.12,0.0,6.0,Literature
+Mn,W,none,Si,700,0.88,0.12,0.0,6.0,Literature
+Ca,none,none,Zn,776,0.75,0.25,0.0,9.8,Literature
+Ba,none,none,Ca,850,0.8,0.2,0.0,13.8,Literature
+Li,none,none,Zr,800,0.15,0.05,0.8,8.6,Literature
+Li,none,none,Mg,800,0.3,0.1,0.6,19.3,Literature
+Ca,none,none,Nb,750,0.4,0.08,0.5,2.3,Literature
+Na,none,none,La,650,0.4,0.08,0.5,5.5,Literature
+K,none,none,Sb,780,0.5,0.11,0.4,2.5,Literature
+K,W,none,Si,650,0.9,0.1,0.0,0.5,Literature
+K,W,none,Ti,650,0.9,0.1,0.0,0.2,Literature
+K,W,none,Al,650,0.9,0.1,0.0,0.0,Literature
+K,W,none,Mg,650,0.9,0.1,0.0,0.1,Literature
+Ba,none,none,Si,775,0.29,0.03,0.7,0.6,Literature
+Cs,none,none,Si,775,0.29,0.03,0.7,0.5,Literature
+Co,none,none,Si,775,0.29,0.03,0.7,0.7,Literature
+Na,Fe,none,La,750,0.24,0.02,0.7,1.3,Literature
+Na,W,none,Pr,780,0.42,0.09,0.5,17.2,Literature
+La,none,none,Ca,800,0.81,0.2,0.0,15.2,Literature
+Sr,none,none,Y,750,0.7,0.17,0.1,6.4,Literature
+Na,none,none,Y,750,0.7,0.09,0.2,3.3,Literature
+La,none,none,Ca,800,0.89,0.11,0.0,13.3,Literature
+Ce,none,none,Ca,800,0.89,0.11,0.0,11.5,Literature
+Sm,none,none,Ca,800,0.89,0.11,0.0,11.7,Literature
+Nd,none,none,Ca,800,0.89,0.11,0.0,13.8,Literature
+Yb,none,none,Ca,800,0.89,0.11,0.0,13.3,Literature
+Fe,none,none,La,750,0.24,0.02,0.7,3.5,Literature
+Pb,none,none,Mg,800,0.14,0.02,0.8,9.2,Literature
+Cd,none,none,Al,800,0.4,0.08,0.5,4.0,Literature
+Sr,none,none,Ca,847,0.66,0.08,0.3,6.9,Literature
+Li,none,none,Ca,740,0.52,0.06,0.4,12.3,Literature
+Li,none,none,Mg,700,0.67,0.33,0.0,19.0,Literature
+Sn,none,none,Al,800,0.4,0.08,0.5,0.4,Literature
+Pb,none,none,Mg,780,0.43,0.16,0.4,2.1,Literature
+Sb,none,none,Al,800,0.4,0.08,0.5,1.5,Literature
+Pb,none,none,Mg,750,0.61,0.02,0.4,6.6,Literature
+Pb,none,none,Mg,800,0.14,0.02,0.8,9.1,Literature
+Na,none,none,Zr,750,0.4,0.13,0.5,10.7,Literature
+Na,none,none,Sr,750,0.95,0.05,0.0,6.2,Literature
+Pb,none,none,Mg,700,0.29,0.04,0.7,2.1,Literature
+Na,Mn,none,Si,800,0.75,0.25,0.0,1.4,Literature
+Na,W,Mn,Si,800,0.75,0.25,0.0,19.1,Literature
+Mn,none,none,Nd,720,0.5,0.08,0.4,11.9,Literature
+Mn,K,none,Al,800,0.8,0.2,0.0,4.0,Literature
+Ca,none,none,La,750,0.3,0.05,0.6,11.4,Literature
+K,none,none,La,800,0.3,0.05,0.6,18.0,Literature
+Sm,none,none,Bi,815,0.34,0.13,0.5,6.1,Literature
+Er,none,none,Bi,815,0.34,0.13,0.5,6.1,Literature
+Lu,none,none,Bi,815,0.34,0.13,0.5,6.5,Literature
+K,none,none,Mg,900,0.5,0.21,0.3,9.0,Literature
+Mn,none,none,Si,777,0.88,0.12,0.0,0.0,Literature
+Ni,Sr,none,La,700,0.78,0.22,0.0,2.4,Literature
+Sm,none,none,Mg,800,0.09,0.05,0.9,14.0,Literature
+Sr,none,none,La,700,0.83,0.17,0.0,13.8,Literature
+Ca,La,none,Mg,800,0.89,0.11,0.0,15.2,Literature
+Ba,La,none,Mg,800,0.89,0.11,0.0,15.7,Literature
+Pb,none,none,Mg,784,0.64,0.08,0.3,7.9,Literature
+Ce,none,none,Al,800,0.4,0.08,0.5,0.1,Literature
+Li,Zn,none,Mg,780,0.17,0.07,0.8,19.7,Literature
+Li,Cd,none,Mg,780,0.17,0.07,0.8,14.2,Literature
+Ni,K,none,Ca,630,0.3,0.12,0.6,18.9,Literature
+Sr,none,none,Si,775,0.28,0.04,0.7,1.5,Literature
+Sr,Ni,none,La,650,0.78,0.22,0.0,0.8,Literature
+Mn,W,none,Si,850,0.16,0.04,0.8,8.0,Literature
+Pb,none,none,Si,837,0.87,0.03,0.1,6.6,Literature
+W,Mn,none,Si,800,0.75,0.25,0.0,0.5,Literature
+Ce,Na,none,Ca,800,0.8,0.2,0.0,17.2,Literature
+La,none,none,Mg,800,0.1,0.03,0.9,7.5,Literature
+Na,W,none,Si,800,0.5,0.1,0.4,17.5,Literature
+Na,W,none,Si,850,0.16,0.04,0.8,22.9,Literature
+Na,W,none,Si,800,0.75,0.25,0.0,4.8,Literature
+Li,Al,none,Mg,800,0.6,0.08,0.3,7.8,Literature
+Sr,none,none,La,750,0.3,0.05,0.6,13.6,Literature
+Li,none,none,Mg,685,0.47,0.11,0.4,17.6,Literature
+Li,none,none,Mg,700,0.76,0.25,0.0,21.4,Literature
+V,none,none,Ca,800,0.29,0.03,0.7,0.9,Literature
+Na,none,none,Mg,900,0.5,0.21,0.3,12.5,Literature
+Li,none,none,Mg,780,0.28,0.07,0.6,19.5,Literature
+Na,none,none,La,650,0.4,0.08,0.5,3.6,Literature
+Li,none,none,Si,716,0.47,0.11,0.4,0.2,Literature
+Li,none,none,Al,700,0.47,0.11,0.4,0.4,Literature
+Li,none,none,Si,800,0.83,0.17,0.0,6.0,Literature
+Fe,none,none,Si,850,0.05,0.03,0.9,6.0,Literature
+W,none,none,Si,800,0.43,0.14,0.4,0.9,Literature
+Li,none,none,Al,900,0.5,0.21,0.3,6.2,Literature
+Li,none,none,Ca,740,0.52,0.06,0.4,10.5,Literature
+Pt,none,none,Al,800,0.4,0.08,0.5,0.1,Literature
+Na,none,none,Ca,740,0.52,0.06,0.4,13.3,Literature
+Sn,none,none,Mg,780,0.43,0.16,0.4,5.7,Literature
+Pb,none,none,Mg,780,0.43,0.16,0.4,4.1,Literature
+Mg,none,none,Nd,750,0.6,0.06,0.3,7.0,Literature
+Ca,none,none,Nd,750,0.6,0.06,0.3,7.5,Literature
+Sr,none,none,Nd,750,0.6,0.06,0.3,9.1,Literature
+Ba,none,none,Nd,750,0.6,0.06,0.3,8.2,Literature
+Ni,none,none,Nd,650,0.5,0.08,0.4,11.4,Literature
+Zr,none,none,Nd,750,0.5,0.08,0.4,11.6,Literature
+Ni,none,none,Nd,800,0.1,0.03,0.9,1.5,Literature
+Pb,none,none,Al,800,0.4,0.08,0.5,2.0,Literature
+Bi,none,none,Al,800,0.4,0.08,0.5,0.4,Literature
+Ce,Na,none,Ca,800,0.8,0.2,0.0,17.1,Literature
+K,none,none,Sb,780,0.5,0.11,0.4,1.4,Literature
+Pb,none,none,Al,784,0.64,0.08,0.3,1.3,Literature
+Pb,none,none,Ca,767,0.64,0.08,0.3,4.3,Literature
+K,none,none,Ca,740,0.67,0.07,0.3,9.9,Literature
+Pb,none,none,Si,784,0.64,0.08,0.3,7.0,Literature
+K,none,none,Ca,740,0.52,0.06,0.4,10.9,Literature
+Pb,none,none,Mg,784,0.64,0.08,0.3,8.6,Literature
+Au,La,none,Ca,800,0.69,0.31,0.0,11.6,Literature
+Ce,Na,none,Ca,800,0.8,0.2,0.0,17.7,Literature
+Li,none,none,Zn,750,0.08,0.04,0.9,15.1,Literature
+Mn,none,none,Si,800,0.55,0.18,0.3,5.6,Literature
+Mo,W,V,Si,550,0.49,0.1,0.4,3.3,Literature
+W,Mo,Co,Si,550,0.18,0.03,0.8,1.1,Literature
+Mo,W,Co,Si,550,0.08,0.01,0.9,1.7,Literature
+Mo,W,Co,Si,550,0.17,0.04,0.8,3.5,Literature
+Al,none,none,Zr,900,0.9,0.09,0.0,0.3,Literature
+Li,none,none,Ba,800,0.03,0.01,1.0,18.5,Literature
+Na,none,none,Ba,800,0.03,0.01,1.0,15.1,Literature
+K,none,none,Ba,800,0.03,0.01,1.0,20.2,Literature
+Rb,none,none,Ba,800,0.03,0.01,1.0,17.1,Literature
+K,none,none,Ba,800,0.03,0.01,1.0,20.2,Literature
+Sr,none,none,La,700,0.78,0.22,0.0,12.0,Literature
+Pd,none,none,Mg,800,0.1,0.03,0.9,0.9,Literature
+Pt,none,none,Mg,800,0.1,0.03,0.9,0.6,Literature
+Mn,none,none,Si,850,0.16,0.04,0.8,5.3,Literature
+Na,none,none,Si,900,0.5,0.21,0.3,5.5,Literature
+W,none,none,Si,650,0.9,0.1,0.0,0.1,Literature
+Ce,Na,none,Ca,800,0.8,0.2,0.0,18.3,Literature
+Sr,none,none,La,750,0.3,0.05,0.6,13.4,Literature
+Pb,none,none,Ca,770,0.37,0.07,0.6,3.1,Literature
+Na,none,none,Ca,800,0.8,0.2,0.0,17.5,Literature
+Bi,none,none,Ca,770,0.37,0.07,0.6,2.5,Literature
+Sr,none,none,La,700,0.46,0.05,0.5,7.2,Literature
+Sr,none,none,La,725,0.46,0.05,0.5,11.3,Literature
+Sr,none,none,La,750,0.46,0.05,0.5,12.5,Literature
+Ca,W,none,Si,850,0.09,0.02,0.9,4.0,Literature
+Mg,W,none,Si,850,0.09,0.02,0.9,4.0,Literature
+Na,W,none,Si,850,0.09,0.02,0.9,22.9,Literature
+K,W,none,Si,850,0.09,0.02,0.9,20.1,Literature
+Rb,W,none,Si,850,0.09,0.02,0.9,25.0,Literature
+Cs,W,none,Si,850,0.09,0.02,0.9,18.1,Literature
+Li,W,none,Si,850,0.09,0.02,0.9,9.7,Literature
+Li,none,none,Si,850,0.09,0.02,0.9,0.0,Literature
+Na,none,none,Si,850,0.09,0.02,0.9,0.0,Literature
+K,none,none,Si,850,0.09,0.02,0.9,0.0,Literature
+Rb,none,none,Si,850,0.09,0.02,0.9,0.2,Literature
+Cs,none,none,Si,850,0.09,0.02,0.9,0.5,Literature
+Mg,none,none,Si,850,0.09,0.02,0.9,3.0,Literature
+Ca,none,none,Si,850,0.09,0.02,0.9,3.2,Literature
+Pb,none,none,Si,784,0.64,0.08,0.3,2.6,Literature
+Sm,none,none,Si,850,0.85,0.15,0.0,7.7,Literature
+Sr,none,none,La,750,0.3,0.05,0.6,13.3,Literature
+Ag,none,none,La,800,0.3,0.05,0.6,12.0,Literature
+W,Li,none,Si,700,0.88,0.12,0.0,5.2,Literature
+Mg,none,none,Ca,750,0.67,0.07,0.3,4.1,Literature
+Ba,none,none,Ca,750,0.67,0.07,0.3,6.3,Literature
+Na,none,none,Ca,740,0.52,0.06,0.4,12.5,Literature
+Sr,none,none,Ca,750,0.67,0.07,0.3,5.0,Literature
+K,none,none,Ca,740,0.52,0.06,0.4,10.8,Literature
+Ba,none,none,La,800,0.3,0.05,0.6,13.0,Literature
+Ba,none,none,La,750,0.17,0.06,0.8,8.5,Literature
+Pb,none,none,Mg,800,0.8,0.2,0.0,16.3,Literature
+W,none,none,Si,850,0.16,0.04,0.8,2.4,Literature
+Na,none,none,La,750,0.4,0.08,0.5,10.0,Literature
+Na,none,none,La,650,0.4,0.08,0.5,3.3,Literature
+Co,none,none,Al,650,0.09,0.05,0.9,0.6,Literature
+Pb,none,none,Mg,800,0.14,0.02,0.8,9.2,Literature
+Mn,none,none,Si,800,0.8,0.2,0.0,2.6,Literature
+Bi,none,none,La,750,0.3,0.05,0.6,11.2,Literature
+Mn,none,none,Mg,750,0.03,0.02,1.0,16.1,Literature
+Sn,none,none,Mg,780,0.43,0.16,0.4,7.4,Literature
+Pb,none,none,Mg,780,0.43,0.16,0.4,6.4,Literature
+Sr,none,none,La,750,0.3,0.05,0.6,14.0,Literature
+Sr,none,none,La,650,0.78,0.22,0.0,12.0,Literature
+Sm,none,none,Si,850,0.85,0.15,0.0,13.2,Literature
+Li,none,none,Mg,900,0.5,0.21,0.3,14.0,Literature
+V,none,none,Si,625,2.2,0.31,-1.5,2.3,Literature
+Li,none,none,Mg,750,0.5,0.1,0.4,11.8,Literature
+Li,none,none,Si,900,0.5,0.21,0.3,5.6,Literature
+Na,none,none,La,800,0.3,0.05,0.6,13.8,Literature
+La,none,none,Mg,800,0.89,0.11,0.0,11.6,Literature
+Ce,none,none,Mg,800,0.89,0.11,0.0,12.9,Literature
+Nd,none,none,Mg,800,0.89,0.11,0.0,7.5,Literature
+Eu,none,none,Mg,800,0.89,0.11,0.0,9.0,Literature
+Yb,none,none,Mg,800,0.89,0.11,0.0,4.9,Literature
+Sr,none,none,Nd,750,0.6,0.06,0.3,8.0,Literature
+Sr,none,none,La,750,0.3,0.05,0.6,13.6,Literature
+Li,none,none,Ti,900,0.5,0.21,0.3,9.7,Literature
+Li,none,none,Mg,750,0.03,0.02,1.0,28.9,Literature
+Sn,none,none,Mg,780,0.43,0.16,0.4,8.0,Literature
+Pb,none,none,Mg,780,0.43,0.16,0.4,6.7,Literature
+Li,none,none,Ca,750,0.3,0.15,0.5,2.8,Literature
+Sn,none,none,Mg,780,0.43,0.16,0.4,4.3,Literature
+Pb,none,none,Mg,780,0.43,0.16,0.4,5.5,Literature
+Sm,none,none,Si,850,0.85,0.15,0.0,9.1,Literature
+Na,none,none,Ca,800,0.8,0.2,0.0,18.0,Literature
+Ce,none,none,Ca,800,0.8,0.2,0.0,11.9,Literature
+none,none,none,Be,744,0.65,0.08,0.3,2.2,Literature
+none,none,none,Mg,607,0.64,0.08,0.3,0.2,Literature
+none,none,none,Mg,753,0.64,0.08,0.3,2.2,Literature
+none,none,none,Ca,771,0.65,0.08,0.3,7.3,Literature
+none,none,none,Sr,746,0.77,0.05,0.2,6.5,Literature
+none,none,none,Sr,850,0.63,0.08,0.3,7.2,Literature
+none,none,none,Ba,740,0.6,0.09,0.3,8.9,Literature
+none,none,none,Al,752,0.67,0.07,0.3,4.9,Literature
+none,none,none,Si,900,0.9,0.09,0.0,6.7,Literature
+none,none,none,Al,945,0.96,0.04,0.0,2.4,Literature
+none,none,none,Mg,900,0.3,0.05,0.6,9.1,Literature
+none,none,none,Ca,750,0.3,0.05,0.6,6.3,Literature
+none,none,none,Sr,850,0.3,0.05,0.6,5.5,Literature
+none,none,none,Sc,900,0.3,0.05,0.6,8.3,Literature
+none,none,none,Y,800,0.3,0.05,0.6,9.8,Literature
+none,none,none,La,750,0.3,0.05,0.6,11.1,Literature
+none,none,none,Pr,850,0.3,0.05,0.6,2.9,Literature
+none,none,none,Nd,750,0.3,0.05,0.6,9.7,Literature
+none,none,none,Sm,750,0.3,0.05,0.6,9.5,Literature
+none,none,none,Eu,700,0.3,0.05,0.6,9.6,Literature
+none,none,none,Gd,800,0.3,0.05,0.6,11.2,Literature
+none,none,none,Ce,750,0.3,0.05,0.6,0.2,Literature
+none,none,none,Ca,767,0.64,0.08,0.3,6.1,Literature
+none,none,none,Mg,784,0.64,0.08,0.3,5.8,Literature
+none,none,none,Si,784,0.64,0.08,0.3,4.4,Literature
+none,none,none,Al,784,0.64,0.08,0.3,1.2,Literature
+none,none,none,Mg,740,0.64,0.08,0.3,4.5,Literature
+none,none,none,Pb,740,0.65,0.07,0.3,0.3,Literature
+none,none,none,Li,750,0.7,0.07,0.2,1.0,Literature
+none,none,none,Na,750,0.7,0.07,0.2,0.6,Literature
+none,none,none,Ca,750,0.7,0.07,0.2,3.4,Literature
+none,none,none,Mg,750,0.7,0.07,0.2,1.7,Literature
+none,none,none,Ba,750,0.7,0.07,0.2,0.1,Literature
+none,none,none,Zr,700,0.47,0.11,0.4,0.3,Literature
+none,none,none,La,750,0.3,0.05,0.6,11.4,Literature
+none,none,none,Mg,705,0.47,0.11,0.4,2.5,Literature
+none,none,none,Sm,750,0.87,0.14,0.0,12.2,Literature
+none,none,none,Mg,866,0.67,0.07,0.3,2.4,Literature
+none,none,none,Ba,740,0.7,0.08,0.2,9.8,Literature
+none,none,none,Ba,740,0.67,0.08,0.3,8.8,Literature
+none,none,none,Ba,800,0.14,0.06,0.8,14.9,Literature
+none,none,none,Ba,800,0.14,0.06,0.8,14.7,Literature
+none,none,none,Sm,573,0.71,0.29,0.0,7.2,Literature
+none,none,none,Sr,740,0.67,0.08,0.3,7.7,Literature
+none,none,none,Si,800,0.96,0.04,0.0,1.9,Literature
+none,none,none,Ca,800,0.09,0.05,0.9,8.0,Literature
+none,none,none,Sr,800,0.09,0.05,0.9,11.5,Literature
+none,none,none,Zn,700,0.44,0.11,0.5,4.1,Literature
+none,none,none,Ba,800,0.14,0.06,0.8,14.9,Literature
+none,none,none,Ba,800,0.17,0.05,0.8,7.5,Literature
+none,none,none,Ba,740,0.7,0.08,0.2,9.8,Literature
+none,none,none,Th,880,0.91,0.09,0.0,5.5,Literature
+none,none,none,La,880,0.91,0.09,0.0,6.6,Literature
+none,none,none,Y,800,0.3,0.05,0.6,10.1,Literature
+none,none,none,La,725,0.18,0.02,0.8,4.4,Literature
+none,none,none,Nd,750,0.3,0.05,0.6,9.7,Literature
+none,none,none,Eu,700,0.3,0.05,0.6,10.2,Literature
+none,none,none,Gd,800,0.3,0.05,0.6,11.7,Literature
+none,none,none,La,800,0.15,0.08,0.8,9.3,Literature
+none,none,none,Zr,820,0.4,0.1,0.5,7.7,Literature
+none,none,none,Mg,780,0.43,0.16,0.4,2.3,Literature
+none,none,none,Sn,780,0.43,0.16,0.4,0.7,Literature
+none,none,none,Mg,700,0.75,0.25,0.0,5.4,Literature
+none,none,none,La,775,0.5,0.09,0.4,11.6,Literature
+none,none,none,Ce,775,0.5,0.09,0.4,0.2,Literature
+none,none,none,Yb,775,0.5,0.09,0.4,8.1,Literature
+none,none,none,Zr,750,0.88,0.13,0.0,0.6,Literature
+none,none,none,Sr,868,0.91,0.09,0.0,9.1,Literature
+none,none,none,Ba,856,0.91,0.09,0.0,8.1,Literature
+none,none,none,Y,807,0.91,0.09,0.0,8.7,Literature
+none,none,none,La,759,0.91,0.09,0.0,9.8,Literature
+none,none,none,La,800,0.81,0.19,0.0,7.7,Literature
+none,none,none,Sr,800,0.03,0.01,1.0,10.0,Literature
+none,none,none,Al,890,0.85,0.16,0.0,9.0,Literature
+none,none,none,Ca,800,0.29,0.03,0.7,1.2,Literature
+none,none,none,Mg,800,0.29,0.03,0.7,0.1,Literature
+none,none,none,Mg,850,0.96,0.05,0.0,3.7,Literature
+none,none,none,Ca,850,0.96,0.05,0.0,5.8,Literature
+none,none,none,Sr,850,0.96,0.05,0.0,7.5,Literature
+none,none,none,Ba,850,0.96,0.05,0.0,5.9,Literature
+none,none,none,La,850,0.91,0.1,0.0,9.2,Literature
+none,none,none,Ce,850,0.91,0.1,0.0,0.2,Literature
+none,none,none,Pr,850,0.91,0.1,0.0,3.7,Literature
+none,none,none,Nd,850,0.91,0.1,0.0,7.7,Literature
+none,none,none,Sm,850,0.91,0.1,0.0,8.9,Literature
+none,none,none,Eu,850,0.91,0.1,0.0,7.7,Literature
+none,none,none,Gd,850,0.91,0.1,0.0,8.6,Literature
+none,none,none,Tb,850,0.91,0.1,0.0,2.2,Literature
+none,none,none,Dy,850,0.91,0.1,0.0,6.9,Literature
+none,none,none,Ho,850,0.91,0.1,0.0,7.5,Literature
+none,none,none,Er,850,0.91,0.1,0.0,5.2,Literature
+none,none,none,Tm,850,0.91,0.1,0.0,4.8,Literature
+none,none,none,Yb,850,0.91,0.1,0.0,4.5,Literature
+none,none,none,Lu,850,0.91,0.1,0.0,4.8,Literature
+none,none,none,Mg,750,0.2,0.05,0.7,2.2,Literature
+none,none,none,Pr,750,0.28,0.04,0.7,2.1,Literature
+none,none,none,Sm,750,0.28,0.04,0.7,8.6,Literature
+none,none,none,La,750,0.28,0.04,0.7,8.9,Literature
+none,none,none,Ce,750,0.28,0.04,0.7,0.0,Literature
+none,none,none,Zr,750,0.32,0.08,0.6,0.4,Literature
+none,none,none,La,795,0.3,0.05,0.6,9.2,Literature
+none,none,none,Y,795,0.3,0.05,0.6,6.2,Literature
+none,none,none,Mg,750,0.81,0.2,0.0,1.7,Literature
+none,none,none,Zr,700,0.38,0.13,0.5,4.2,Literature
+none,none,none,Ce,500,0.38,0.13,0.5,0.4,Literature
+none,none,none,Th,850,0.38,0.13,0.5,7.7,Literature
+none,none,none,La,650,0.38,0.13,0.5,0.8,Literature
+none,none,none,Si,800,0.55,0.18,0.3,0.5,Literature
+none,none,none,Ca,800,0.9,0.1,0.0,6.6,Literature
+none,none,none,Al,750,0.4,0.04,0.6,0.5,Literature
+none,none,none,Ba,850,0.95,0.05,0.0,7.7,Literature
+none,none,none,La,800,0.33,0.07,0.6,15.1,Literature
+none,none,none,La,600,0.2,0.25,0.5,13.0,Literature
+none,none,none,Sr,750,0.2,0.25,0.5,0.5,Literature
+none,none,none,Ca,740,0.67,0.07,0.3,5.6,Literature
+none,none,none,Sr,750,0.75,0.25,0.0,0.5,Literature
+none,none,none,Fe,750,0.32,0.08,0.6,0.0,Literature
+none,none,none,Ag,807,0.63,0.16,0.2,4.2,Literature
+none,none,none,Ti,800,0.75,0.25,0.0,0.9,Literature
+none,none,none,Bi,815,0.34,0.13,0.5,4.5,Literature
+none,none,none,Zn,750,0.08,0.04,0.9,2.9,Literature
+none,none,none,Y,750,0.7,0.17,0.1,4.7,Literature
+none,none,none,Zr,750,0.17,0.08,0.8,0.8,Literature
+none,none,none,Nb,750,0.7,0.07,0.2,3.9,Literature
+none,none,none,Ba,820,0.81,0.19,0.0,1.7,Literature
+none,none,none,La,750,0.17,0.06,0.8,6.8,Literature
+none,none,none,Ba,750,0.17,0.06,0.8,1.4,Literature
+none,none,none,Mg,800,0.89,0.11,0.0,3.2,Literature
+none,none,none,Y,800,0.75,0.15,0.1,8.6,Literature
+none,none,none,Bi,870,0.56,0.19,0.2,4.5,Literature
+none,none,none,Y,750,0.56,0.19,0.2,13.5,Literature
+none,none,none,Ce,800,0.75,0.15,0.1,0.6,Literature
+none,none,none,Pr,800,0.75,0.15,0.1,5.0,Literature
+none,none,none,Tb,800,0.75,0.15,0.1,5.5,Literature
+none,none,none,La,800,0.5,0.1,0.4,8.0,Literature
+none,none,none,Ni,700,0.5,0.08,0.4,0.0,Literature
+none,none,none,Zr,775,0.5,0.08,0.4,3.2,Literature
+none,none,none,Mn,750,0.5,0.08,0.4,1.3,Literature
+none,none,none,Nd,750,0.5,0.08,0.4,9.2,Literature
+none,none,none,Zr,800,0.15,0.05,0.8,2.9,Literature
+none,none,none,Pr,850,0.55,0.16,0.3,4.2,Literature
+none,none,none,Mg,900,0.8,0.2,0.0,8.2,Literature
+none,none,none,Ba,700,0.17,0.07,0.8,1.2,Literature
+none,none,none,Gd,700,0.17,0.07,0.8,7.4,Literature
+none,none,none,Gd,750,0.17,0.07,0.8,12.0,Literature
+none,none,none,Ca,830,0.07,0.03,0.9,14.6,Literature
+none,none,none,Nd,750,0.75,0.15,0.1,10.7,Literature
+none,none,none,La,800,0.8,0.2,0.0,14.1,Literature
+none,none,none,Sm,800,0.8,0.2,0.0,12.4,Literature
+none,none,none,Eu,800,0.8,0.2,0.0,10.9,Literature
+none,none,none,Yb,800,0.8,0.2,0.0,4.8,Literature
+none,none,none,Y,750,0.17,0.07,0.8,7.9,Literature
+none,none,none,Nd,750,0.17,0.07,0.8,9.4,Literature
+none,none,none,Nd,750,0.6,0.06,0.3,5.5,Literature
+none,none,none,La,700,0.75,0.15,0.1,10.9,Literature
+none,none,none,Nd,750,0.75,0.15,0.1,10.7,Literature
+none,none,none,Sm,800,0.75,0.15,0.1,10.2,Literature
+none,none,none,Eu,750,0.75,0.15,0.1,8.7,Literature
+none,none,none,Gd,750,0.75,0.15,0.1,9.9,Literature
+none,none,none,Dy,750,0.75,0.15,0.1,13.3,Literature
+none,none,none,Ho,750,0.75,0.15,0.1,9.5,Literature
+none,none,none,Er,750,0.75,0.15,0.1,9.5,Literature
+none,none,none,Tm,750,0.75,0.15,0.1,7.4,Literature
+none,none,none,Yb,750,0.75,0.15,0.1,9.0,Literature
+none,none,none,La,800,0.8,0.2,0.0,13.1,Literature
+none,none,none,Nd,800,0.8,0.2,0.0,5.2,Literature
+none,none,none,Mg,900,0.5,0.21,0.3,10.1,Literature
+none,none,none,Si,900,0.5,0.21,0.3,3.0,Literature
+none,none,none,Al,900,0.5,0.21,0.3,1.5,Literature
+none,none,none,Si,850,0.09,0.02,0.9,3.9,Literature
+none,none,none,Ca,700,0.5,0.1,0.4,0.8,Literature
+none,none,none,Si,777,0.88,0.12,0.0,0.0,Literature
+none,none,none,Ce,805,0.55,0.09,0.4,1.6,Literature
+none,none,none,Tb,800,0.75,0.05,0.2,7.2,Literature
+none,none,none,La,820,0.74,0.05,0.2,9.7,Literature
+none,none,none,Y,870,0.58,0.09,0.3,9.7,Literature
+none,none,none,Tm,800,0.6,0.08,0.3,5.2,Literature
+none,none,none,Sm,810,0.54,0.1,0.4,11.7,Literature
+none,none,none,Yb,805,0.6,0.08,0.3,9.6,Literature
+none,none,none,Eu,795,0.6,0.08,0.3,13.5,Literature
+none,none,none,Ca,800,0.89,0.11,0.0,6.6,Literature
+none,none,none,Sn,800,0.1,0.03,0.9,0.0,Literature
+none,none,none,Mg,860,0.28,0.07,0.6,7.1,Literature
+none,none,none,Ca,750,0.8,0.2,0.0,6.6,Literature
+none,none,none,Zr,600,0.67,0.33,0.0,6.3,Literature
+none,none,none,Sm,780,0.68,0.07,0.3,6.6,Literature
+none,none,none,Dy,793,0.68,0.07,0.3,6.8,Literature
+none,none,none,Gd,770,0.68,0.07,0.3,5.8,Literature
+none,none,none,La,740,0.68,0.07,0.3,7.5,Literature
+none,none,none,Tb,820,0.68,0.07,0.3,2.2,Literature
+none,none,none,Ca,770,0.37,0.07,0.6,3.8,Literature
+none,none,none,La,750,0.08,0.04,0.9,12.0,Literature
+none,none,none,Mg,800,0.86,0.14,0.0,3.8,Literature
+none,none,none,Si,800,0.86,0.14,0.0,0.3,Literature
+none,none,none,Ca,800,0.86,0.14,0.0,1.3,Literature
+none,none,none,Sm,800,0.86,0.14,0.0,8.3,Literature
+none,none,none,Mn,750,0.4,0.08,0.5,1.4,Literature
+none,none,none,Nb,750,0.4,0.08,0.5,2.9,Literature
+none,none,none,Ce,750,0.4,0.08,0.5,0.8,Literature
+none,none,none,La,750,0.4,0.08,0.5,7.1,Literature
+none,none,none,Zn,750,0.4,0.08,0.5,11.1,Literature
+none,none,none,Sm,700,0.13,0.07,0.8,6.4,Literature
+none,none,none,Nd,700,0.13,0.07,0.8,8.9,Literature
+none,none,none,La,700,0.13,0.07,0.8,6.3,Literature
+none,none,none,Sm,700,0.18,0.01,0.8,4.6,Literature
+none,none,none,Sm,750,0.18,0.04,0.8,9.2,Literature
+none,none,none,Sb,780,0.5,0.11,0.4,2.0,Literature
+none,none,none,Pr,825,0.5,0.1,0.4,0.0,Literature
+none,none,none,Tb,825,0.5,0.1,0.4,0.3,Literature
+none,none,none,Ce,825,0.5,0.1,0.4,0.0,Literature
+Li,K,Mn,Mg,800,0.566667,0.283333,0.15,8.214982,HTP
+Li,Fe,Tb,Mg,850,0.4,0.2,0.4,4.712365,HTP
+Na,Na,none,Mg,850,0.566667,0.283333,0.15,7.363833,HTP
+Na,Ni,Y,Mg,750,0.257143,0.042857,0.7,0.981481,HTP
+Na,Ce,Tb,Mg,900,0.728571,0.121429,0.15,3.831035,HTP
+Na,Tb,Hf,Mg,800,0.566667,0.283333,0.15,8.551982,HTP
+Mg,Ca,Zn,Mg,850,0.68,0.17,0.15,2.140482,HTP
+Mg,Mn,none,Mg,850,0.566667,0.283333,0.15,7.853492,HTP
+Mg,Zn,Eu,Mg,700,0.566667,0.283333,0.15,15.49409,HTP
+Mg,Nd,none,Mg,850,0.2,0.1,0.7,9.503653,HTP
+Ca,Zr,La,Mg,750,0.566667,0.283333,0.15,16.08513,HTP
+Ti,Ni,Cs,Mg,800,0.4,0.2,0.4,1.592734,HTP
+V,Fe,Ni,Mg,800,0.566667,0.283333,0.15,7.558912,HTP
+V,Mo,Pd,Mg,900,0.257143,0.042857,0.7,0.571072,HTP
+V,Tb,W,Mg,850,0.566667,0.283333,0.15,6.688506,HTP
+Fe,Y,Nd,Mg,800,0.566667,0.283333,0.15,3.637092,HTP
+Fe,Zr,none,Mg,850,0.566667,0.283333,0.15,7.061936,HTP
+Fe,Ce,Tb,Mg,800,0.566667,0.283333,0.15,6.236992,HTP
+Co,Zn,Sr,Mg,850,0.728571,0.121429,0.15,0.985061,HTP
+Co,Zn,Tb,Mg,900,0.566667,0.283333,0.15,5.721083,HTP
+Co,Y,Hf,Mg,700,0.566667,0.283333,0.15,7.038972,HTP
+Ni,Y,Tb,Mg,900,0.24,0.06,0.7,5.633076,HTP
+Y,La,Ce,Mg,700,0.566667,0.283333,0.15,12.13071,HTP
+Mo,Cs,La,Mg,850,0.4,0.2,0.4,8.529655,HTP
+Mo,Ce,Tb,Mg,800,0.566667,0.283333,0.15,7.306633,HTP
+Li,Mg,Hf,Al,850,0.566667,0.283333,0.15,3.196445,HTP
+Li,Ca,Mn,Al,850,0.566667,0.283333,0.15,7.20235,HTP
+Li,Ti,La,Al,850,0.2,0.1,0.7,15.4913,HTP
+Li,Fe,none,Al,850,0.2,0.1,0.7,9.172114,HTP
+Na,K,Hf,Al,850,0.4,0.2,0.4,8.233362,HTP
+Na,Ti,Cu,Al,850,0.48,0.12,0.4,11.53844,HTP
+Na,Mn,Ni,Al,850,0.257143,0.042857,0.7,1.195965,HTP
+Na,Co,Ni,Al,800,0.566667,0.283333,0.15,7.760119,HTP
+Na,Co,none,Al,850,0.2,0.1,0.7,9.327098,HTP
+Na,Cu,Ce,Al,900,0.566667,0.283333,0.15,3.15607,HTP
+Mg,Mn,Cs,Al,900,0.2,0.1,0.7,8.571361,HTP
+Mg,Co,Ba,Al,900,0.566667,0.283333,0.15,2.68219,HTP
+Mg,La,Nd,Al,850,0.566667,0.283333,0.15,8.155818,HTP
+K,Mn,Ni,Al,900,0.257143,0.042857,0.7,1.536943,HTP
+K,Co,Cs,Al,850,0.2,0.1,0.7,9.348595,HTP
+K,Y,Hf,Al,850,0.24,0.06,0.7,10.75102,HTP
+K,La,W,Al,800,0.4,0.2,0.4,4.712427,HTP
+Ti,Mn,Y,Al,850,0.566667,0.283333,0.15,10.43195,HTP
+Ti,Fe,Mo,Al,850,0.4,0.2,0.4,9.393557,HTP
+Ti,Cs,La,Al,800,0.4,0.2,0.4,7.638206,HTP
+V,Cu,Ba,Al,900,0.566667,0.283333,0.15,1.772113,HTP
+Fe,Pd,Nd,Al,850,0.68,0.17,0.15,11.62027,HTP
+Fe,Ba,none,Al,850,0.566667,0.283333,0.15,4.858876,HTP
+Fe,La,W,Al,850,0.566667,0.283333,0.15,2.736186,HTP
+Co,Ni,Zr,Al,900,0.566667,0.283333,0.15,1.319313,HTP
+Co,Zn,Nd,Al,850,0.4,0.2,0.4,10.20223,HTP
+Co,Y,Tb,Al,800,0.566667,0.283333,0.15,5.915548,HTP
+Ni,Cu,Zr,Al,750,0.24,0.06,0.7,1.58127,HTP
+Ni,Zn,La,Al,750,0.257143,0.042857,0.7,0.964211,HTP
+Cu,Y,Ce,Al,900,0.728571,0.121429,0.15,1.677541,HTP
+Zn,Pd,Cs,Al,850,0.257143,0.042857,0.7,2.044943,HTP
+Sr,Pd,none,Al,850,0.68,0.17,0.15,9.055673,HTP
+Y,Pd,Ba,Al,850,0.4,0.2,0.4,9.364501,HTP
+Zr,Cs,La,Al,850,0.2,0.1,0.7,9.279458,HTP
+Li,K,Co,Si,850,0.2,0.1,0.7,10.43543,HTP
+Li,Fe,W,Si,900,0.4,0.2,0.4,6.518734,HTP
+Li,Ni,none,Si,850,0.4,0.2,0.4,8.130311,HTP
+Li,Nd,Tb,Si,850,0.4,0.2,0.4,8.41633,HTP
+Na,Sr,Mo,Si,850,0.2,0.1,0.7,12.88625,HTP
+Mg,Cu,Sr,Si,800,0.566667,0.283333,0.15,7.306872,HTP
+K,Mn,La,Si,850,0.4,0.2,0.4,8.105403,HTP
+Mn,Tb,Hf,Ca,800,0.566667,0.283333,0.15,8.862521,HTP
+Ti,Sr,La,Si,850,0.566667,0.283333,0.15,8.410364,HTP
+Ti,Mo,Nd,Si,900,0.728571,0.121429,0.15,4.547072,HTP
+V,Cs,Nd,Si,850,0.566667,0.283333,0.15,8.015579,HTP
+Mn,Fe,Cu,Si,850,0.566667,0.283333,0.15,7.395275,HTP
+Mn,Zn,Sr,Si,900,0.2,0.1,0.7,10.39965,HTP
+Co,Ni,Cu,Si,850,0.4,0.2,0.4,6.126648,HTP
+Co,Y,Nd,Si,800,0.566667,0.283333,0.15,8.709562,HTP
+Ni,W,none,Si,700,0.2,0.1,0.7,0.623214,HTP
+Cu,La,Tb,Si,900,0.4,0.2,0.4,3.901878,HTP
+Cu,none,none,Si,800,0.566667,0.283333,0.15,8.110494,HTP
+Zn,Sr,Pd,Si,850,0.2,0.1,0.7,1.199864,HTP
+Zr,Cs,Cs,Si,900,0.728571,0.121429,0.15,2.490951,HTP
+Mo,Ba,none,Si,850,0.4,0.2,0.4,8.501991,HTP
+Cs,Ba,Ce,Si,850,0.2,0.1,0.7,7.794678,HTP
+Li,V,Eu,Ca,850,0.2,0.1,0.7,13.64358,HTP
+Li,Co,Mo,Ca,750,0.566667,0.283333,0.15,4.800301,HTP
+Li,Cu,Cs,Ca,900,0.566667,0.283333,0.15,5.606296,HTP
+Na,Mg,Hf,Ca,750,0.4,0.2,0.4,14.29567,HTP
+Na,Ti,Ce,Ca,700,0.566667,0.283333,0.15,11.88125,HTP
+Na,Mn,La,Ca,800,0.566667,0.283333,0.15,6.729278,HTP
+Na,Cu,Hf,Ca,800,0.566667,0.283333,0.15,4.165328,HTP
+Mg,Co,Ce,Ca,800,0.566667,0.283333,0.15,7.998322,HTP
+Mg,Cu,Eu,Ca,900,0.566667,0.283333,0.15,4.602352,HTP
+Mg,Sr,Y,Ca,800,0.4,0.2,0.4,14.42065,HTP
+Mg,Sr,Ba,Ca,800,0.2,0.1,0.7,17.44742,HTP
+Mg,Zr,Hf,Ca,750,0.566667,0.283333,0.15,15.94907,HTP
+K,Sr,Y,Ca,700,0.4,0.2,0.4,9.865932,HTP
+K,Y,Eu,Ca,750,0.566667,0.283333,0.15,13.05271,HTP
+Ca,Mn,none,Ca,850,0.566667,0.283333,0.15,7.555964,HTP
+Ca,Nd,Tb,Ca,850,0.566667,0.283333,0.15,7.20359,HTP
+Ti,Fe,Sr,Ca,700,0.566667,0.283333,0.15,10.27216,HTP
+Ti,Zn,Tb,Ca,700,0.566667,0.283333,0.15,12.47018,HTP
+Ti,Cs,Ce,Ca,700,0.566667,0.283333,0.15,15.36753,HTP
+V,Pd,W,Ca,900,0.257143,0.042857,0.7,0.550714,HTP
+V,Ce,Hf,Ca,750,0.566667,0.283333,0.15,12.27421,HTP
+Mn,Fe,Hf,Ca,800,0.566667,0.283333,0.15,7.680897,HTP
+Fe,Y,Tb,Ca,750,0.566667,0.283333,0.15,9.366928,HTP
+Fe,Ba,Ce,Ca,750,0.566667,0.283333,0.15,11.62226,HTP
+Co,Cu,Nd,Ca,900,0.566667,0.283333,0.15,3.215459,HTP
+Sr,Cs,La,Ca,750,0.68,0.17,0.15,7.960522,HTP
+Li,Fe,Hf,Mg,900,0.566667,0.283333,0.15,2.480222,HTP
+Y,Mo,Nd,Ca,800,0.4,0.2,0.4,13.23374,HTP
+Ba,Eu,none,Ca,750,0.566667,0.283333,0.15,16.95136,HTP
+Li,Ti,V,Ti,850,0.566667,0.283333,0.15,8.404035,HTP
+Li,Fe,Ce,Ti,900,0.2,0.1,0.7,11.57485,HTP
+Li,Zn,Pd,Ti,850,0.566667,0.283333,0.15,7.49431,HTP
+Na,Fe,Pd,Ti,850,0.566667,0.283333,0.15,2.105925,HTP
+Mg,Mn,Ce,Ti,850,0.2,0.1,0.7,14.21506,HTP
+Mg,Sr,Tb,Ti,900,0.2,0.1,0.7,10.33569,HTP
+Ca,V,Y,Ti,800,0.4,0.2,0.4,8.565779,HTP
+Ti,Zn,La,Ti,800,0.4,0.2,0.4,10.37929,HTP
+Ti,Zr,Ce,Ti,800,0.4,0.2,0.4,15.19059,HTP
+Ti,Cs,W,Ti,750,0.4,0.2,0.4,16.59041,HTP
+V,Co,La,Ti,800,0.566667,0.283333,0.15,8.128174,HTP
+V,Co,Ce,Ti,700,0.566667,0.283333,0.15,5.479717,HTP
+V,Ni,Zn,Ti,800,0.566667,0.283333,0.15,6.113688,HTP
+Mn,Fe,Nd,Ti,750,0.4,0.2,0.4,9.424678,HTP
+Mn,Cu,Sr,Ti,850,0.68,0.17,0.15,8.174712,HTP
+Mn,Nd,W,Ti,900,0.4,0.2,0.4,7.902746,HTP
+Fe,Cu,Sr,Ti,850,0.566667,0.283333,0.15,8.201472,HTP
+Fe,Zn,W,Ti,850,0.68,0.17,0.15,15.43259,HTP
+Fe,Sr,Mo,Ti,800,0.566667,0.283333,0.15,8.255974,HTP
+Co,Sr,Hf,Ti,800,0.566667,0.283333,0.15,13.73599,HTP
+Ni,Zn,La,Ti,750,0.24,0.06,0.7,2.134821,HTP
+Ni,Ce,W,Ti,750,0.566667,0.283333,0.15,9.223073,HTP
+Cu,Zr,Tb,Ti,850,0.566667,0.283333,0.15,7.410794,HTP
+Cu,Mo,Ce,Ti,800,0.4,0.2,0.4,15.27474,HTP
+Cu,La,Tb,Ti,850,0.4,0.2,0.4,10.2975,HTP
+Cu,Eu,Eu,Ti,800,0.566667,0.283333,0.15,5.909738,HTP
+Zn,Zn,Nd,Ti,850,0.68,0.17,0.15,11.38006,HTP
+Zn,Zr,Tb,Ti,850,0.2,0.1,0.7,12.9376,HTP
+Y,Cs,Ce,Ti,850,0.4,0.2,0.4,12.43844,HTP
+Y,Nd,Tb,Ti,850,0.566667,0.283333,0.15,8.665363,HTP
+Mo,Ba,Ce,Ti,850,0.2,0.1,0.7,15.44433,HTP
+Mo,Ce,Nd,Ti,900,0.2,0.1,0.7,6.977446,HTP
+Mo,Ce,W,Ti,850,0.566667,0.283333,0.15,8.749742,HTP
+Cs,Ba,Eu,Ti,800,0.566667,0.283333,0.15,13.32674,HTP
+Li,Ca,Ca,Zr,850,0.566667,0.283333,0.15,1.330861,HTP
+Li,Mo,Nd,Zr,700,0.4,0.2,0.4,16.68845,HTP
+Li,Ba,Nd,Zr,900,0.24,0.06,0.7,1.136416,HTP
+Li,La,Eu,Zr,800,0.566667,0.283333,0.15,6.282779,HTP
+Na,Ba,Nd,Zr,750,0.566667,0.283333,0.15,10.53584,HTP
+Na,Eu,W,Zr,850,0.2,0.1,0.7,18.20443,HTP
+Mg,V,Hf,Zr,850,0.566667,0.283333,0.15,3.175956,HTP
+Mg,Zr,W,Zr,850,0.2,0.1,0.7,9.637352,HTP
+K,Ba,Nd,Zr,700,0.4,0.2,0.4,8.478217,HTP
+Ca,V,Cu,Zr,800,0.566667,0.283333,0.15,7.032775,HTP
+Ca,Ni,Cu,Zr,750,0.566667,0.283333,0.15,6.329209,HTP
+Ca,Sr,Zr,Zr,700,0.4,0.2,0.4,10.4398,HTP
+V,Mn,W,Zr,850,0.566667,0.283333,0.15,7.834855,HTP
+Mn,Ba,none,Zr,750,0.566667,0.283333,0.15,5.449057,HTP
+Mn,Tb,Hf,Zr,850,0.2,0.1,0.7,1.403385,HTP
+Fe,Cu,Zr,Zr,850,0.566667,0.283333,0.15,6.114935,HTP
+Ni,Cs,Ba,Zr,700,0.4,0.2,0.4,1.16153,HTP
+Zn,La,Ce,Zr,900,0.566667,0.283333,0.15,3.441771,HTP
+Y,Mo,Nd,Zr,800,0.566667,0.283333,0.15,7.375685,HTP
+Li,Mg,Zr,Ba,800,0.2,0.1,0.7,18.61457,HTP
+Li,Co,Zn,Ba,900,0.2,0.1,0.7,6.217331,HTP
+Li,Co,Nd,Ba,900,0.68,0.17,0.15,7.123435,HTP
+Li,Co,Eu,Ba,800,0.566667,0.283333,0.15,13.77252,HTP
+Li,Zr,Cs,Ba,850,0.2,0.1,0.7,16.43847,HTP
+Na,Ca,Mn,Ba,800,0.4,0.2,0.4,9.029411,HTP
+Na,Fe,Ce,Ba,850,0.4,0.2,0.4,9.299244,HTP
+Mg,K,Y,Ba,850,0.2,0.1,0.7,16.97119,HTP
+Mg,V,Mn,Ba,750,0.566667,0.283333,0.15,10.21741,HTP
+Mg,Mn,Ni,Ba,850,0.2,0.1,0.7,8.715181,HTP
+Mg,Pd,none,Ba,900,0.257143,0.042857,0.7,0.836177,HTP
+K,Ca,Zr,Ba,850,0.2,0.1,0.7,13.65483,HTP
+K,V,Mo,Ba,850,0.2,0.1,0.7,18.53286,HTP
+K,Zr,La,Ba,800,0.2,0.1,0.7,17.51343,HTP
+Ca,Mn,Mo,Ba,850,0.4,0.2,0.4,10.30115,HTP
+Ca,Y,Zr,Ba,800,0.4,0.2,0.4,10.95522,HTP
+V,Mn,Cu,Ba,850,0.566667,0.283333,0.15,9.948276,HTP
+V,Fe,none,Ba,850,0.68,0.17,0.15,13.86848,HTP
+V,Zr,Eu,Ba,900,0.2,0.1,0.7,12.88364,HTP
+Fe,Ba,La,Ba,850,0.2,0.1,0.7,14.10923,HTP
+Co,Zn,Zr,Ba,900,0.2,0.1,0.7,12.42245,HTP
+Zn,Hf,none,Ba,850,0.2,0.1,0.7,16.85489,HTP
+Sr,Mo,none,Ba,850,0.2,0.1,0.7,21.23686,HTP
+Mo,Cs,W,Ba,850,0.2,0.1,0.7,20.18585,HTP
+Ce,Nd,Hf,Ba,800,0.566667,0.283333,0.15,15.2227,HTP
+Li,Fe,Ba,La,700,0.566667,0.283333,0.15,15.24603,HTP
+Li,Y,Eu,La,700,0.566667,0.283333,0.15,15.38756,HTP
+Li,Ba,La,La,750,0.4,0.2,0.4,14.95423,HTP
+Li,Nd,Tb,La,700,0.566667,0.283333,0.15,10.3171,HTP
+Na,Ca,none,La,700,0.566667,0.283333,0.15,15.37478,HTP
+Na,Fe,Tb,La,850,0.566667,0.283333,0.15,7.48906,HTP
+Mg,K,Fe,La,750,0.68,0.17,0.15,11.08413,HTP
+Mg,Ca,Nd,La,750,0.4,0.2,0.4,16.17025,HTP
+K,Co,Ce,La,800,0.566667,0.283333,0.15,2.373654,HTP
+K,Cu,none,La,850,0.566667,0.283333,0.15,7.517418,HTP
+K,none,none,La,800,0.566667,0.283333,0.15,7.933804,HTP
+Ca,Mn,Sr,La,700,0.566667,0.283333,0.15,10.6437,HTP
+Ca,Fe,Tb,La,750,0.566667,0.283333,0.15,12.2712,HTP
+Ti,Co,Cu,La,900,0.728571,0.121429,0.15,1.298072,HTP
+Ti,Co,Pd,La,700,0.4,0.2,0.4,0.472979,HTP
+Ti,Zr,Ba,La,700,0.566667,0.283333,0.15,4.109466,HTP
+V,Fe,Mo,La,800,0.566667,0.283333,0.15,7.698,HTP
+V,Mo,none,La,900,0.2,0.1,0.7,14.85579,HTP
+V,La,W,La,850,0.2,0.1,0.7,14.12075,HTP
+V,Ce,Nd,La,700,0.566667,0.283333,0.15,8.367043,HTP
+Mn,Sr,Mo,La,700,0.566667,0.283333,0.15,10.81676,HTP
+Fe,Cu,Zr,La,850,0.566667,0.283333,0.15,4.852996,HTP
+Fe,Nd,Tb,La,700,0.566667,0.283333,0.15,13.4123,HTP
+Ni,Hf,none,La,750,0.4,0.2,0.4,0.823549,HTP
+Cu,Mo,Pd,La,900,0.257143,0.042857,0.7,0.471239,HTP
+Cu,La,W,La,850,0.566667,0.283333,0.15,8.155743,HTP
+Zn,Y,none,La,750,0.566667,0.283333,0.15,15.07008,HTP
+Zn,Zr,Cs,La,750,0.566667,0.283333,0.15,12.21152,HTP
+Sr,Y,Ce,La,700,0.566667,0.283333,0.15,14.77693,HTP
+Mo,Cs,Tb,La,700,0.566667,0.283333,0.15,13.30704,HTP
+Ba,Ce,Hf,La,750,0.566667,0.283333,0.15,13.94803,HTP
+La,Tb,none,La,750,0.566667,0.283333,0.15,7.842781,HTP
+Na,K,V,Ce,850,0.566667,0.283333,0.15,6.647571,HTP
+Mg,K,none,Ce,800,0.566667,0.283333,0.15,8.507351,HTP
+Mg,Fe,none,Ce,800,0.566667,0.283333,0.15,7.03468,HTP
+Mg,Ni,Zn,Ce,800,0.728571,0.121429,0.15,1.309182,HTP
+K,Co,Sr,Ce,900,0.4,0.2,0.4,6.403222,HTP
+K,La,Ce,Ce,700,0.566667,0.283333,0.15,13.42074,HTP
+K,Ce,Eu,Ce,900,0.4,0.2,0.4,5.084901,HTP
+Ti,Ni,Ba,Ce,750,0.2,0.1,0.7,4.787673,HTP
+Ti,Zn,Pd,Ce,800,0.566667,0.283333,0.15,1.197316,HTP
+V,Sr,W,Ce,850,0.514286,0.085714,0.4,1.734475,HTP
+V,Zr,Nd,Ce,850,0.566667,0.283333,0.15,7.485939,HTP
+V,Pd,W,Ce,800,0.2,0.1,0.7,1.572863,HTP
+Mn,Ni,Y,Ce,900,0.4,0.2,0.4,2.910711,HTP
+Mn,Sr,La,Ce,850,0.566667,0.283333,0.15,8.634161,HTP
+Mn,Y,Zr,Ce,800,0.566667,0.283333,0.15,6.646888,HTP
+Mn,Ba,La,Ce,850,0.566667,0.283333,0.15,8.647695,HTP
+Mn,none,none,Ce,800,0.566667,0.283333,0.15,4.898105,HTP
+Fe,Zn,La,Ce,800,0.566667,0.283333,0.15,3.536593,HTP
+Fe,Y,La,Ce,800,0.566667,0.283333,0.15,5.054916,HTP
+Ni,Sr,Nd,Ce,800,0.4,0.2,0.4,10.24903,HTP
+Ni,Nd,Eu,Ce,900,0.2,0.1,0.7,8.320305,HTP
+Zn,Pd,Ce,Ce,800,0.566667,0.283333,0.15,2.184304,HTP
+Zn,La,Nd,Ce,750,0.566667,0.283333,0.15,9.164069,HTP
+Sr,Cs,none,Ce,800,0.4,0.2,0.4,12.54057,HTP
+Sr,Ce,none,Ce,700,0.566667,0.283333,0.15,10.90653,HTP
+Y,Zr,Eu,Ce,850,0.566667,0.283333,0.15,7.182324,HTP
+Mo,Pd,Ba,Ce,800,0.4,0.2,0.4,0.715221,HTP
+Cs,Ce,Nd,Ce,800,0.566667,0.283333,0.15,5.856872,HTP
+Ba,La,W,Al,800,0.4,0.2,0.4,3.513957,HTP
+Tb,Hf,W,La,750,0.566667,0.283333,0.15,15.21148,HTP
+Ni,Ba,Hf,Zr,850,0.514286,0.085714,0.4,1.315615,HTP
+Li,La,W,Zr,850,0.2,0.1,0.7,13.61611,HTP
+K,Mn,Zn,Zr,750,0.566667,0.283333,0.15,6.207131,HTP
+Co,Ce,Nd,Zr,800,0.257143,0.042857,0.7,1.209233,HTP
+Li,Co,Y,Zr,750,0.566667,0.283333,0.15,2.206972,HTP
+La,Eu,W,Zr,850,0.4,0.2,0.4,4.810295,HTP
+Li,Hf,none,Al,900,0.4,0.2,0.4,4.913097,HTP
+Mn,Eu,Hf,Ce,800,0.566667,0.283333,0.15,6.205609,HTP
+Ca,W,none,Ba,800,0.4,0.2,0.4,6.20282,HTP
+Mn,Fe,Nd,Zr,850,0.4,0.2,0.4,4.713005,HTP
+Na,V,Mo,Zr,800,0.566667,0.283333,0.15,8.217481,HTP
+K,Mn,Ce,Zr,800,0.566667,0.283333,0.15,6.608805,HTP
+Ni,Y,Eu,Zr,800,0.257143,0.042857,0.7,1.013521,HTP
+Sr,Ba,Hf,Ba,850,0.2,0.1,0.7,10.61246,HTP
+Na,K,none,Zr,750,0.566667,0.283333,0.15,6.411834,HTP
+Sr,Pd,W,Ca,900,0.257143,0.042857,0.7,1.009589,HTP
+Ca,Cu,Hf,Zr,800,0.566667,0.283333,0.15,1.915152,HTP
+Na,Eu,Hf,Mg,750,0.566667,0.283333,0.15,16.61011,HTP
+Pd,Ce,Tb,La,900,0.257143,0.042857,0.7,1.111173,HTP
+Na,Pd,W,La,900,0.24,0.06,0.7,1.306809,HTP
+Ti,Y,Ce,Ti,800,0.566667,0.283333,0.15,1.312776,HTP
+Na,Ce,Tb,Si,850,0.4,0.2,0.4,8.916006,HTP
+Ni,Mo,Eu,Ti,850,0.2,0.1,0.7,4.20364,HTP
+Li,Tb,none,Zr,900,0.566667,0.283333,0.15,6.011748,HTP
+Mn,Y,Hf,Ba,900,0.68,0.17,0.15,6.10898,HTP
+Ca,Ti,Cu,Si,900,0.2,0.1,0.7,9.70987,HTP
+La,Ce,W,Ti,850,0.566667,0.283333,0.15,12.51552,HTP
+Mg,Ni,W,Ba,850,0.2,0.1,0.7,9.613988,HTP
+Ce,Nd,Tb,Ti,800,0.4,0.2,0.4,10.80872,HTP
+K,Zr,Tb,Si,900,0.68,0.17,0.15,7.715794,HTP
+Zn,Tb,Hf,Ti,850,0.2,0.1,0.7,11.0048,HTP
+Mg,Ti,La,Ti,850,0.2,0.1,0.7,12.01029,HTP
+Na,V,Y,Ce,850,0.566667,0.283333,0.15,7.311141,HTP
+Mg,Zn,Eu,Si,850,0.566667,0.283333,0.15,7.614427,HTP
+Ti,V,Ba,Mg,900,0.2,0.1,0.7,8.219163,HTP
+Ni,Ce,Nd,Si,850,0.2,0.1,0.7,8.306126,HTP
+Ti,Ni,Hf,La,900,0.2,0.1,0.7,9.615648,HTP
+Co,Sr,Ba,Zr,900,0.257143,0.042857,0.7,4.882481,HTP
+Fe,La,Hf,Mg,850,0.566667,0.283333,0.15,6.502292,HTP
+Li,Ni,Hf,Si,850,0.4,0.2,0.4,11.17505,HTP
+Li,K,Mn,Zr,750,0.566667,0.283333,0.15,10.69848,HTP

metadata/table_data/table29.csv

@@ -0,0 +1,44 @@
+title,MetalPart,Support,SBET(m2/g),WeigthMetalLoading,MetalRatio,ReactionType,Substrates,Mainproduct,Details
+17%NiFe(3:1)/Al2O3Active,NiFe,γ-Al2O3,174,"Ni-12,4%/Fe-4,6%",Ni:Fe=3:1,methanation,"CO2,H2",CH4,
+6%NiPt(99:1)/Al2O3Active,NiPt,γ-Al2O3,nodata,"Ni-5,80%/Pt-0,20%",Ni:Pt=99:1,methanation,"CO2,H2",CH4,
+"6,6%NiPt(19:1)/Al2O3Active",NiPt,γ-Al2O3,nodata,"Ni-5,60%/Pt-1,00%",Ni:Pt=19:1,methanation,"CO2,H2",CH4,
+"9,3%NiPt(3:1)/Al2O3Active",NiPt,γ-Al2O3,nodata,"Ni-4,40%/Pt-4,90%",Ni:Pt=3:1,methanation,"CO2,H2",CH4,
+"12,7%NiPt(1:1)/Al2O3Active",NiPt,γ-Al2O3,nodata,"Ni-2,90%/Pt-9,80%",Ni:Pt=1:1,methanation,"CO2,H2",CH4,
+"16,1%NiPt(1:3)/Al2O3Active",NiPt,γ-Al2O3,nodata,"Ni-1,50%/Pt-14,60%",Ni:Pt=1:3,methanation,"CO2,H2",CH4,
+"10,8%NiRu(25:1)/SiO2-PActive",NiRu,SiO2-P,284,"Ni-10,0%/Ru-0,8%",Ni:Ru=25:1,methanation,"CO,H2",CH4,
+"10,8%NiRu(25:1)/SiO2Active",NiRu,SiO2,266,"Ni-10,0%/Ru-0,8%",Ni:Ru=25:1,methanation,"CO,H2",CH4,
+NiCo(9:1)/Al2O3Active,NiCo,γ-Al2O3,107,nodata,Ni:Co=9:1,methanation,"CO,H2",CH4,
+NiCo(7:3)/Al2O3Active,NiCo,γ-Al2O3,110,nodata,Ni:Co=7:3,methanation,"CO,H2",CH4,
+NiCo(1:1)/Al2O3Active,NiCo,γ-Al2O3,121,nodata,Ni:Co=1:1,methanation,"CO,H2",CH4,
+"13,3%NiFe(10:1)/(Mg,Al)OxActive",NiFe,"(Mg,Al)Ox",136,"Ni-12,20%/Fe-1,30%",Ni:Fe=10:1,methanation,"CO2,H2",CH4,
+"20,6%NiFe(2:1)/(Mg,Al)OxActive",NiFe,"(Mg,Al)Ox",104,"Ni-14,10%/Fe-6,50%",Ni:Fe=2:1,methanation,"CO2,H2",CH4,
+"25,1%NiFe(1:1)/(Mg,Al)OxActive",NiFe,"(Mg,Al)Ox",42,"Ni-13,60%/Fe-11,50%",Ni:Fe=1:1,methanation,"CO2,H2",CH4,
+"29,5%NiFe(2:3)/(Mg,Al)OxActive",NiFe,"(Mg,Al)Ox",23,"Ni-13,2%/Fe-16,3%",Ni:Fe=2:3,methanation,"CO2,H2",CH4,
+"10,5%NiPt/Al2O3Active",NiPt,γ-Al2O3,"107,3","Ni-10%/Pt-0,5%",nodata,methanation,"CO2,H2",CH4,
+"10,5%NiPd/Al2O3Active",NiPd,γ-Al2O3,104,"Ni-10%/Pd-0,5%",nodata,methanation,"CO2,H2",CH4,
+"10,5%NiRh/Al2O3Active",NiRh,γ-Al2O3,"107,2","Ni-10%/Rh-0,5%",nodata,methanation,"CO2,H2",CH4,
+10%NiFe(3:1)/ZrO2Active,NiFe,ZrO2,27,"Ni-7,5%/Fe-2,5%",Ni:Fe=3:1,methanation,"CO2,H2",CH4,
+10%NiFe(1:1)/ZrO2Active,NiFe,ZrO2,30,Ni-5%/Fe-5%,Ni:Fe=1:1,methanation,"CO2,H2",CH4,
+10%NiFe(1:3)/ZrO2Active,NiFe,ZrO2,23,"Ni-2,5%/Fe-7,5%",Ni:Fe=1:3,methanation,"CO2,H2",CH4,
+10%NiFe(3:1)/TiO2Active,NiFe,TiO2,36,"Ni-7,5%/Fe-2,5%",Ni:Fe=3:1,methanation,"CO2,H2",CH4,
+10%NiFe(1:1)/TiO2Active,NiFe,TiO2,33,Ni-5%/Fe-5%,Ni:Fe=1:1,methanation,"CO2,H2",CH4,
+10%NiFe(1:3)/TiO2Active,NiFe,TiO2,27,"Ni-2,5%/Fe-7,5%",Ni:Fe=1:3,methanation,"CO2,H2",CH4,
+10%NiFe(3:1)/Nb2O5Active,NiFe,Nb2O5,29,"Ni-7,5%/Fe-2,5%",Ni:Fe=3:1,methanation,"CO2,H2",CH4,
+10%NiFe(1:1)/Nb2O5Active,NiFe,Nb2O5,35,Ni-5%/Fe-5%,Ni:Fe=1:1,methanation,"CO2,H2",CH4,
+10%NiFe(1:3)/Nb2O5Active,NiFe,Nb2O5,36,"Ni-2,5%/Fe-7,5%",Ni:Fe=1:3,methanation,"CO2,H2",CH4,
+1%Ru/Ni(NWs)Active,Ru,Ni(NWs),nodata,"Ru-1,0%",nodata,methanation,"CO2,H2",CH4,
+1%Pd/Ni(NWs)Active,Pd,Ni(NWs),nodata,"Pd-1,0%",nodata,methanation,"CO2,H2",CH4,
+1%Ru/Ni(foam)Active,Ru,Ni(foam),nodata,"Ru-1,0%",nodata,methanation,"CO2,H2",CH4,
+1%Pd/Ni(foam)Active,Pd,Ni(foam),nodata,"Pd-1,0%",nodata,methanation,"CO2,H2",CH4,
+"1,5%Ru/NiActive",Ru,Ni,"129,1","Ru-1,5%",nodata,methanation,"CO2,H2",CH4,
+"0,3%Ru/NiActive",Ru,Ni,"136,2","Ru-0,3%",nodata,methanation,"CO2,H2",CH4,
+"1,9%Ru/NiActive",Ru,Ni,"143,5","Ru-1,9%",nodata,methanation,"CO2,H2",CH4,
+"0,2%Re/NiActive",Re,Ni,"111,3","Re-0,2%",nodata,methanation,"CO2,H2",CH4,
+"1,0%Rh/NiActive",Rh,Ni,"123,7","Rh-1,0%",nodata,methanation,"CO2,H2",CH4,
+"1,0%Ir/NiActive",Ir,Ni,"138,4","Ir-1,0%",nodata,methanation,"CO2,H2",CH4,
+"0,5%Pd/NiActive",Pd,Ni,"120,7","Pd-0,5%",nodata,methanation,"CO2,H2",CH4,
+CuNi(7:1)/MgAlOActive,CuNi,MgAlO,nodata,nodata,Cu:Ni=7:1,hydrogenation,"Furfural,H2",furfurylalcohol,
+CuNi(3:1)/MgAlOActive,CuNi,MgAlO,nodata,nodata,Cu:Ni=3:1,hydrogenation,"Furfural,H2",tetrahydrofurfurylalcohol,
+CuNi(1:1)/MgAlOActive,CuNi,MgAlO,nodata,nodata,Cu:Ni=1:1,hydrogenation,"Furfural,H2",tetrahydrofurfurylalcohol,
+CuNi(1:7)/MgAlOActive,CuNi,MgAlO,nodata,nodata,Cu:Ni=1:7,hydrogenation,"Furfural,H2",furfurylalcohol,
+NiCo(1:1)/MgAlOActive,NiCo,MgAlO,nodata,nodata,Ni:Co=1:1,hydrogenation,"Furfural,H2",furfurylalcohol,

metadata/table_data/table3.csv

@@ -0,0 +1,78 @@
+Materials,RH2(µmol h-1 g-1),Ra,Rb,χpa,χpb,t,I1a,I1b,Ra/Rb,M,EAa,EAb,A_Tm,B_Tm,A_Tb,B_Tb,ΔfusHa,ρa,ρb
+BaTiO3,35.0,135.0,67.0,0.89,1.54,0.939,5.212,6.828,2.015,233.18,14.0,7.6,727.0,1670.0,1879.0,3287.0,51.8,3.62,4.51
+BaTi0.99Mo0.01O3,45.0,135.0,67.02,0.89,1.55,0.939,5.212,6.831,2.014,233.66,14.0,8.244,727.0,1679.52,1879.0,3300.52,51.8,3.62,4.57
+BaTi0.98Mo0.02O3,63.0,135.0,67.04,0.89,1.55,0.939,5.212,6.833,2.014,234.14,14.0,8.888,727.0,1689.04,1879.0,3314.04,51.8,3.62,4.62
+BaTi0.97Mo0.03O3,52.0,135.0,67.06,0.89,1.56,0.939,5.212,6.836,2.013,234.62,14.0,9.532,727.0,1698.56,1879.0,3327.56,51.8,3.62,4.68
+LaFeO3,144.7,103.2,55.0,1.1,1.83,0.882,5.577,7.902,1.876,242.75,48.0,15.7,918.0,1538.0,3464.0,2861.0,44.6,6.15,7.87
+La0.85Sr0.15FeO3,30.7,105.42,55.0,1.08,1.83,0.89,5.595,7.902,1.917,235.06,41.505,15.7,896.85,1538.0,3151.7,2861.0,50.63,5.62,7.87
+La0.8875Sr0.1125Fe0.9625Ti0.0375O3,422.7,104.87,55.45,1.08,1.82,0.886,5.59,7.862,1.891,236.68,43.129,15.396,902.14,1542.95,3229.78,2876.98,49.12,5.76,7.74
+La0.925Sr0.075Fe0.925Ti0.075O3,554.7,104.31,55.9,1.09,1.81,0.882,5.586,7.822,1.866,238.31,44.753,15.093,907.43,1547.9,3307.85,2892.95,47.62,5.89,7.62
+Bi0.5Na0.5TiO3,325.4,135.0,67.0,1.48,1.54,0.939,6.212,6.828,2.015,211.88,72.1,7.6,184.6,1670.0,1223.47,3287.0,83.2,5.38,4.51
+Sr0.9Bi0.1Ti0.9Fe0.1O3,47.0,116.5,65.8,1.06,1.57,0.881,5.854,6.936,1.771,196.44,13.36,8.41,726.44,1656.8,1400.2,3244.4,81.65,3.355,4.85
+Sr0.8Bi0.2Ti0.8Fe0.2O3,45.0,115.0,64.6,1.16,1.6,0.881,6.013,7.043,1.78,209.37,22.02,9.22,675.88,1643.6,1418.4,3201.8,78.5,4.07,5.18
+Sr0.7Bi0.3Ti0.7Fe0.3O3,25.0,113.5,63.4,1.27,1.63,0.881,6.172,7.15,1.79,222.31,30.68,10.03,625.32,1630.4,1436.6,3159.2,75.35,4.79,5.52
+Sr0.6Bi0.4Ti0.6Fe0.4O3,50.0,112.0,62.2,1.38,1.66,0.881,6.331,7.258,1.801,235.24,39.34,10.84,574.76,1617.2,1454.8,3116.6,72.2,5.5,5.85
+Sr0.5Bi0.5Ti0.5Fe0.5O3,20.0,110.5,61.0,1.49,1.69,0.881,6.49,7.365,1.811,248.18,48.0,11.65,524.2,1604.0,1473.0,3074.0,69.05,6.215,6.19
+SrTiO3,202.6,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,84.8,2.64,4.51
+SrTiO3,106.8,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,84.8,2.64,4.51
+SrTiO3,38.4,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,84.8,2.64,4.51
+Ca0.98Ag0.01La0.01TiO3,2.6,99.78,67.0,1.01,1.54,0.819,6.122,6.828,1.489,137.63,3.5,7.6,843.96,1670.0,1510.58,3287.0,210.33,1.68,4.51
+Ca0.94Ag0.03La0.03TiO3,10.1,99.35,67.0,1.03,1.54,0.818,6.141,6.828,1.483,140.96,6.9,7.6,847.87,1670.0,1563.74,3287.0,204.79,1.95,4.51
+Ca0.92Ag0.04La0.04TiO3,4.1,99.13,67.0,1.04,1.54,0.817,6.15,6.828,1.48,142.63,8.6,7.6,849.83,1670.0,1590.32,3287.0,202.02,2.0828,4.51
+BaTi0.999Rh0.001O3,10.0,135.0,67.0,0.89,1.54,0.939,5.212,6.829,2.015,233.24,14.0,7.702,727.0,1670.29,1879.0,3287.41,51.8,3.62,4.52
+BaTi0.995Rh0.005O3,64.0,135.0,67.0,0.89,1.54,0.939,5.212,6.831,2.015,233.46,14.0,8.111,727.0,1671.47,1879.0,3289.04,51.8,3.62,4.55
+BaTi0.99Rh0.01O3,308.0,135.0,67.0,0.89,1.55,0.939,5.212,6.834,2.015,233.73,14.0,8.621,727.0,1672.93,1879.0,3291.08,51.8,3.62,4.59
+BaTi0.98Rh0.02O3,241.0,135.0,67.0,0.89,1.55,0.939,5.212,6.841,2.015,234.28,14.0,9.642,727.0,1675.86,1879.0,3295.16,51.8,3.62,4.67
+CaTi0.98Cu0.02O3,22.7,100.0,66.74,1.0,1.55,0.821,6.113,6.846,1.498,136.27,1.8,9.684,842.0,1658.29,1484.0,3272.5,213.1,1.54,4.6
+CaTi0.97Cu0.03O3,12.3,100.0,66.61,1.0,1.55,0.821,6.113,6.855,1.501,136.43,1.8,10.726,842.0,1652.44,1484.0,3265.25,213.1,1.54,4.64
+CaTi0.96Cu0.04O3,8.1,100.0,66.48,1.0,1.55,0.822,6.113,6.864,1.504,136.59,1.8,11.768,842.0,1646.58,1484.0,3258.0,213.1,1.54,4.69
+Sr0.9La0.1Ti0.9Cr0.1O3,28.8,116.52,66.45,0.97,1.55,0.879,5.683,6.822,1.753,189.04,9.03,13.27,791.1,1693.7,1590.2,3225.4,80.78,2.991,4.77
+c-NaNbO3,423.3,139.0,72.0,0.93,1.6,0.931,5.139,6.759,1.931,163.9,52.9,86.2,97.79,2477.0,882.94,4744.0,113.1,0.97,8.57
+o-NaNbO3,241.0,139.0,72.0,0.93,1.6,0.931,5.139,6.759,1.931,163.9,52.9,86.2,97.79,2477.0,882.94,4744.0,113.1,0.97,8.57
+Sr0.95Cr0.05TiO3,84.0,115.18,67.0,0.99,1.54,0.872,5.748,6.828,1.719,181.72,7.68,7.6,833.5,1670.0,1446.45,3287.0,100.76,2.87,4.51
+Sr0.95Cr0.05TiO3,26.8,115.18,67.0,0.99,1.54,0.872,5.748,6.828,1.719,181.72,7.68,7.6,833.5,1670.0,1446.45,3287.0,100.76,2.87,4.51
+Sr0.95Cr0.05TiO3,101.6,115.18,67.0,0.99,1.54,0.872,5.748,6.828,1.719,181.72,7.68,7.6,833.5,1670.0,1446.45,3287.0,100.76,2.87,4.51
+Sr0.95Cr0.05TiO3,137.2,115.18,67.0,0.99,1.54,0.872,5.748,6.828,1.719,181.72,7.68,7.6,833.5,1670.0,1446.45,3287.0,100.76,2.87,4.51
+Sr0.95Cr0.05TiO3,160.4,115.18,67.0,0.99,1.54,0.872,5.748,6.828,1.719,181.72,7.68,7.6,833.5,1670.0,1446.45,3287.0,100.76,2.87,4.51
+Sr0.95Cr0.05TiO3,330.4,115.18,67.0,0.99,1.54,0.872,5.748,6.828,1.719,181.72,7.68,7.6,833.5,1670.0,1446.45,3287.0,100.76,2.87,4.51
+SrTi0.99Al0.01O3,347.0,118.0,66.86,0.95,1.54,0.882,5.695,6.82,1.765,183.29,4.7,7.95,777.0,1659.9,1382.0,3279.32,84.8,2.64,4.49
+LaFeO3,8600.0,103.2,55.0,1.1,1.83,0.882,5.577,7.902,1.876,242.75,48.0,15.7,918.0,1538.0,3464.0,2861.0,44.6,6.15,7.87
+LaFeO3,7866.7,103.2,55.0,1.1,1.83,0.882,5.577,7.902,1.876,242.75,48.0,15.7,918.0,1538.0,3464.0,2861.0,44.6,6.15,7.87
+LaFeO3,6933.3,103.2,55.0,1.1,1.83,0.882,5.577,7.902,1.876,242.75,48.0,15.7,918.0,1538.0,3464.0,2861.0,44.6,6.15,7.87
+LaFeO3,5466.7,103.2,55.0,1.1,1.83,0.882,5.577,7.902,1.876,242.75,48.0,15.7,918.0,1538.0,3464.0,2861.0,44.6,6.15,7.87
+Ca0.9La0.1Ti0.9Cr0.1O3,110.0,100.32,66.45,1.01,1.55,0.823,6.06,6.822,1.51,146.25,6.42,13.27,849.6,1693.7,1682.0,3225.4,196.25,2.0,4.77
+Ca0.8La0.2Ti0.8Cr0.2O3,164.0,100.64,65.9,1.02,1.56,0.826,6.006,6.816,1.527,156.55,11.04,18.94,857.2,1717.4,1880.0,3163.8,179.4,2.46,5.04
+NaBi0.07Ta0.93O3,1108.0,139.0,74.17,0.93,1.54,0.921,5.139,7.531,1.874,253.86,52.9,35.314,97.79,2815.51,882.94,5185.42,113.1,0.97,15.94
+NaBi0.07Ta0.93O3,1355.0,139.0,74.17,0.93,1.54,0.921,5.139,7.531,1.874,253.86,52.9,35.314,97.79,2815.51,882.94,5185.42,113.1,0.97,15.94
+NaBi0.08Ta0.92O3,216.0,139.0,74.48,0.93,1.54,0.92,5.139,7.528,1.866,254.14,52.9,35.916,97.79,2788.15,882.94,5146.48,113.1,0.97,15.87
+NaTa0.96Bi0.04O3,54.0,139.0,73.24,0.93,1.52,0.925,5.139,7.539,1.898,253.01,52.9,33.508,97.79,2897.58,882.94,5302.24,113.1,0.97,16.14
+NaTa0.94Bi0.06O3,55.0,139.0,73.86,0.93,1.53,0.922,5.139,7.534,1.882,253.58,52.9,34.712,97.79,2842.86,882.94,5224.36,113.1,0.97,16.0
+NaTa0.92Bi0.08O3,59.48,139.0,74.48,0.93,1.54,0.92,5.139,7.528,1.866,254.14,52.9,35.916,97.79,2788.15,882.94,5146.48,113.1,0.97,15.87
+NaTa0.92Bi0.08O3,74.0,139.0,74.48,0.93,1.54,0.92,5.139,7.528,1.866,254.14,52.9,35.916,97.79,2788.15,882.94,5146.48,113.1,0.97,15.87
+NaTa0.92Bi0.08O3,61.0,139.0,74.48,0.93,1.54,0.92,5.139,7.528,1.866,254.14,52.9,35.916,97.79,2788.15,882.94,5146.48,113.1,0.97,15.87
+NaTa0.9Bi0.1O3,47.0,139.0,75.1,0.93,1.55,0.917,5.139,7.523,1.851,254.7,52.9,37.12,97.79,2733.44,882.94,5068.6,113.1,0.97,15.74
+GaFeO3,3.33,62.0,55.0,1.81,1.83,0.732,5.999,7.902,1.127,173.57,29.0,15.7,29.77,1538.0,2204.0,2861.0,80.0,5.91,7.87
+GaFeO3,2.92,62.0,55.0,1.81,1.83,0.732,5.999,7.902,1.127,173.57,29.0,15.7,29.77,1538.0,2204.0,2861.0,80.0,5.91,7.87
+GaFeO3,1.25,62.0,55.0,1.81,1.83,0.732,5.999,7.902,1.127,173.57,29.0,15.7,29.77,1538.0,2204.0,2861.0,80.0,5.91,7.87
+BaCeO3,3.1,135.0,101.0,0.89,1.12,0.807,5.212,5.539,1.337,325.4,14.0,47.0,727.0,795.0,1879.0,3470.0,51.8,3.62,6.78
+BaCeO3,55.6,135.0,101.0,0.89,1.12,0.807,5.212,5.539,1.337,325.4,14.0,47.0,727.0,795.0,1879.0,3470.0,51.8,3.62,6.78
+BaCeO3,100.0,135.0,101.0,0.89,1.12,0.807,5.212,5.539,1.337,325.4,14.0,47.0,727.0,795.0,1879.0,3470.0,51.8,3.62,6.78
+BaCeO3,200.0,135.0,101.0,0.89,1.12,0.807,5.212,5.539,1.337,325.4,14.0,47.0,727.0,795.0,1879.0,3470.0,51.8,3.62,6.78
+PrFeO3,2132.0,99.0,55.0,1.13,1.83,0.867,5.473,7.902,1.8,244.75,92.8,15.7,931.0,1538.0,3520.0,2861.0,48.9,6.77,7.87
+PrFeO3,1986.0,99.0,55.0,1.13,1.83,0.867,5.473,7.902,1.8,244.75,92.8,15.7,931.0,1538.0,3520.0,2861.0,48.9,6.77,7.87
+SrTiO3,188.0,118.0,67.0,0.95,1.54,0.881,5.695,6.828,1.761,183.5,4.7,7.6,777.0,1670.0,1382.0,3287.0,84.8,2.64,4.51
+BaCeO3,266.7,135.0,101.0,0.89,1.12,0.807,5.212,5.539,1.337,325.4,14.0,47.0,727.0,795.0,1879.0,3470.0,51.8,3.62,6.78
+La0.9625Sr0.0375Fe0.8875Ti0.1125O3,62.0,103.76,56.35,1.09,1.8,0.878,5.581,7.782,1.841,239.93,46.376,14.789,912.71,1552.85,3385.93,2908.93,46.11,6.02,7.49
+Ca0.96Ag0.02La0.02TiO3,2.9,99.56,67.0,1.02,1.54,0.818,6.132,6.828,1.486,139.29,5.2,7.6,845.92,1670.0,1537.16,3287.0,207.56,1.81,4.51
+CaZrO3,12.4,100.0,72.0,1.0,1.33,0.8,6.113,6.634,1.389,179.3,1.8,41.1,842.0,1854.0,1484.0,4409.0,213.1,1.54,6.52
+CaTi0.99Cu0.01O3,6.2,100.0,66.87,1.0,1.54,0.82,6.113,6.837,1.495,136.12,1.8,8.642,842.0,1664.15,1484.0,3279.75,213.1,1.54,4.55
+NaTa0.98Bi0.02O3,50.0,139.0,72.62,0.93,1.51,0.928,5.139,7.544,1.914,252.45,52.9,32.304,97.79,2952.29,882.94,5380.12,113.1,0.97,16.27
+BaTi0.95Rh0.05O3,199.0,135.0,67.0,0.89,1.58,0.94,5.212,6.86,2.016,235.93,14.0,12.705,727.0,1684.65,1879.0,3307.4,51.8,3.62,4.9
+PrFeO3,2847.0,99.0,55.0,1.13,1.83,0.867,5.473,7.902,1.8,244.75,92.8,15.7,931.0,1538.0,3520.0,2861.0,48.9,6.77,7.87
+Ca0.95La0.05Ti0.95Cr0.05O3,98.0,100.16,66.73,1.01,1.55,0.821,6.086,6.825,1.501,141.11,4.11,10.435,845.8,1681.85,1583.0,3256.2,204.68,1.77,4.64
+BaTi0.99Rh0.01O3,48.0,135.0,67.0,0.89,1.55,0.939,5.212,6.834,2.015,233.73,14.0,8.621,727.0,1672.93,1879.0,3291.08,51.8,3.62,4.59
+LaFeO3,6066.7,103.2,55.0,1.1,1.83,0.882,5.577,7.902,1.876,242.75,48.0,15.7,918.0,1538.0,3464.0,2861.0,44.6,6.15,7.87
+LaFe0.85Ti0.15O3,309.3,103.2,56.8,1.1,1.79,0.874,5.577,7.741,1.817,241.55,48.0,14.485,918.0,1557.8,3464.0,2924.9,44.6,6.15,7.37
+BaTiO3,8.0,135.0,67.0,0.89,1.54,0.939,5.212,6.828,2.015,233.18,14.0,7.6,727.0,1670.0,1879.0,3287.0,51.8,3.62,4.51
+NaBi0.07Ta0.93O3,876.0,139.0,74.17,0.93,1.54,0.921,5.139,7.531,1.874,253.86,52.9,35.314,97.79,2815.51,882.94,5185.42,113.1,0.97,15.94
+SrTi0.99Rh0.01O3,962.0,118.0,67.0,0.95,1.55,0.881,5.695,6.834,1.761,184.05,4.7,8.621,777.0,1672.93,1382.0,3291.08,84.8,2.64,4.59

metadata/table_data/table30.csv

@@ -0,0 +1,35 @@
+Catalyst,ReactionType,Substrates,Mainproduct,Reaction
+17%NiFe(3:1)/Al2O3,methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,50%N2', 'GasFlowrate': '300mL/min', 'GHSV': '13400h-1', 'Catalystmass': '300mg', 'TOF': 'nodata', 'Conversion': '21%', 'Selectivity': '96%', 'Yield': '20%', 'Article': 'PotentialofanAlumina-SupportedNi3FeCatalystintheMethanationofCO2:ImpactofAlloyFormationonActivityandStability', 'Id': 'dcc93078-3d93-4bbc-b02c-3e0da058bec6'}"
+6%NiPt(99:1)/Al2O3,methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '97,2%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}"
+"6,6%NiPt(19:1)/Al2O3",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '96,7%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}"
+"9,3%NiPt(3:1)/Al2O3",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '48,2%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}"
+"12,7%NiPt(1:1)/Al2O3",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '8,5%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}"
+"16,1%NiPt(1:3)/Al2O3",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '1,8%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}"
+"10,8%NiRu(25:1)/SiO2-P",methanation,"CO,H2",CH4,"{'Reaction': 'COmethanation', 'Temperature': '200oC', 'Pressure': '1atm', 'FlowGasComposition': 'nodata', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': 'nodata', 'Conversion': '100%', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'MethanationofCOinhydrogen-richgasonNi–Ru/SiO2catalyst:ThetypeofactivesitesandNi–Rusynergisticeffect', 'Id': ''}"
+"10,8%NiRu(25:1)/SiO2",methanation,"CO,H2",CH4,"{'Reaction': 'COmethanation', 'Temperature': '207oC', 'Pressure': '1atm', 'FlowGasComposition': 'nodata', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': 'nodata', 'Conversion': '100%', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'MethanationofCOinhydrogen-richgasonNi–Ru/SiO2catalyst:ThetypeofactivesitesandNi–Rusynergisticeffect', 'Id': ''}"
+NiCo(9:1)/Al2O3,methanation,"CO,H2",CH4,"{'Reaction': 'COmethanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '5%CO2,75%H2,15%CO,5%N2', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': 'nodata', 'Conversion': '100%', 'Selectivity': '100%', 'Yield': '100%', 'Article': 'NanoparticlesofNi-CoAlloyDerivedfromLayeredDoubleHydroxidesandTheirCatalyticPerformanceforCOMethanation', 'Id': ''}"
+NiCo(7:3)/Al2O3,methanation,"CO,H2",CH4,"{'Reaction': 'COmethanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '5%CO2,75%H2,15%CO,5%N2', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': 'nodata', 'Conversion': '100%', 'Selectivity': '100%', 'Yield': '100%', 'Article': 'NanoparticlesofNi-CoAlloyDerivedfromLayeredDoubleHydroxidesandTheirCatalyticPerformanceforCOMethanation', 'Id': ''}"
+NiCo(1:1)/Al2O3,methanation,"CO,H2",CH4,"{'Reaction': 'COmethanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '5%CO2,75%H2,15%CO,5%N2', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': 'nodata', 'Conversion': '100%', 'Selectivity': '100%', 'Yield': '100%', 'Article': 'NanoparticlesofNi-CoAlloyDerivedfromLayeredDoubleHydroxidesandTheirCatalyticPerformanceforCOMethanation', 'Id': ''}"
+"13,3%NiFe(10:1)/(Mg,Al)Ox",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '335oC', 'Pressure': '1atm', 'FlowGasComposition': '18%CO2,70%H2,12%N2', 'GasFlowrate': 'nodata', 'GHSV': '12020h-1', 'Catalystmass': '370mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'HydrotalcitebasedNi–Fe/(Mg,Al)OxcatalystsforCO2methanation–tailoringFecontentforimprovedCOdissociation,basicity,andparticlesize', 'Id': ''}"
+"20,6%NiFe(2:1)/(Mg,Al)Ox",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '335oC', 'Pressure': '1atm', 'FlowGasComposition': '18%CO2,70%H2,12%N2', 'GasFlowrate': 'nodata', 'GHSV': '12020h-1', 'Catalystmass': '370mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'HydrotalcitebasedNi–Fe/(Mg,Al)OxcatalystsforCO2methanation–tailoringFecontentforimprovedCOdissociation,basicity,andparticlesize', 'Id': ''}"
+"25,1%NiFe(1:1)/(Mg,Al)Ox",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '335oC', 'Pressure': '1atm', 'FlowGasComposition': '18%CO2,70%H2,12%N2', 'GasFlowrate': 'nodata', 'GHSV': '12020h-1', 'Catalystmass': '370mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'HydrotalcitebasedNi–Fe/(Mg,Al)OxcatalystsforCO2methanation–tailoringFecontentforimprovedCOdissociation,basicity,andparticlesize', 'Id': ''}"
+"29,5%NiFe(2:3)/(Mg,Al)Ox",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '335oC', 'Pressure': '1atm', 'FlowGasComposition': '18%CO2,70%H2,12%N2', 'GasFlowrate': 'nodata', 'GHSV': '12020h-1', 'Catalystmass': '370mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'HydrotalcitebasedNi–Fe/(Mg,Al)OxcatalystsforCO2methanation–tailoringFecontentforimprovedCOdissociation,basicity,andparticlesize', 'Id': ''}"
+"10,5%NiPt/Al2O3",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '7,4%CO2,29,8%H2,62,8%Ar', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': '300mg', 'TOF': '140,4h-1', 'Conversion': '67%', 'Selectivity': '97%', 'Yield': '65%', 'Article': 'MethanationofCO2onNi/γ-Al2O3:InfluenceofPt,PdorRhpromotion', 'Id': ''}"
+"10,5%NiPd/Al2O3",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '7,4%CO2,29,8%H2,62,8%Ar', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': '300mg', 'TOF': '125,3h-1', 'Conversion': '71%', 'Selectivity': '97%', 'Yield': '69%', 'Article': 'MethanationofCO2onNi/γ-Al2O3:InfluenceofPt,PdorRhpromotion', 'Id': ''}"
+"10,5%NiRh/Al2O3",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '7,4%CO2,29,8%H2,62,8%Ar', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': '300mg', 'TOF': '66,6h-1', 'Conversion': '30%', 'Selectivity': '90%', 'Yield': '27%', 'Article': 'MethanationofCO2onNi/γ-Al2O3:InfluenceofPt,PdorRhpromotion', 'Id': ''}"
+10%NiFe(3:1)/ZrO2,methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '4%CO2,96%H2', 'GasFlowrate': '80mL/min', 'GHSV': 'nodata', 'Catalystmass': '150mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'EffectofsupportonthecatalyticactivityofsupportedNi–FecatalystsfortheCO2methanationreaction', 'Id': ''}"
+10%NiFe(1:1)/ZrO2,methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '4%CO2,96%H2', 'GasFlowrate': '80mL/min', 'GHSV': 'nodata', 'Catalystmass': '150mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'EffectofsupportonthecatalyticactivityofsupportedNi–FecatalystsfortheCO2methanationreaction', 'Id': ''}"
+10%NiFe(1:3)/ZrO2,methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '4%CO2,96%H2', 'GasFlowrate': '80mL/min', 'GHSV': 'nodata', 'Catalystmass': '150mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'EffectofsupportonthecatalyticactivityofsupportedNi–FecatalystsfortheCO2methanationreaction', 'Id': ''}"
+10%NiFe(3:1)/TiO2,methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '4%CO2,96%H2', 'GasFlowrate': '80mL/min', 'GHSV': 'nodata', 'Catalystmass': '150mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'EffectofsupportonthecatalyticactivityofsupportedNi–FecatalystsfortheCO2methanationreaction', 'Id': ''}"
+10%NiFe(1:1)/TiO2,methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '4%CO2,96%H2', 'GasFlowrate': '80mL/min', 'GHSV': 'nodata', 'Catalystmass': '150mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'EffectofsupportonthecatalyticactivityofsupportedNi–FecatalystsfortheCO2methanationreaction', 'Id': ''}"
+10%NiFe(1:3)/TiO2,methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '4%CO2,96%H2', 'GasFlowrate': '80mL/min', 'GHSV': 'nodata', 'Catalystmass': '150mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'EffectofsupportonthecatalyticactivityofsupportedNi–FecatalystsfortheCO2methanationreaction', 'Id': ''}"
+10%NiFe(3:1)/Nb2O5,methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '4%CO2,96%H2', 'GasFlowrate': '80mL/min', 'GHSV': 'nodata', 'Catalystmass': '150mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'EffectofsupportonthecatalyticactivityofsupportedNi–FecatalystsfortheCO2methanationreaction', 'Id': ''}"
+10%NiFe(1:1)/Nb2O5,methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '4%CO2,96%H2', 'GasFlowrate': '80mL/min', 'GHSV': 'nodata', 'Catalystmass': '150mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'EffectofsupportonthecatalyticactivityofsupportedNi–FecatalystsfortheCO2methanationreaction', 'Id': ''}"
+10%NiFe(1:3)/Nb2O5,methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '4%CO2,96%H2', 'GasFlowrate': '80mL/min', 'GHSV': 'nodata', 'Catalystmass': '150mg', 'TOF': 'noneh-1', 'Conversion': 'nodata', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'EffectofsupportonthecatalyticactivityofsupportedNi–FecatalystsfortheCO2methanationreaction', 'Id': ''}"
+"1,5%Ru/Ni",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '204oC', 'Pressure': '1atm', 'FlowGasComposition': '20%CO2,80%H2', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': '940,0h-1', 'Conversion': '100%', 'Selectivity': '100%', 'Yield': '100%', 'Article': 'OxidepassivatedNi-supportedRunanoparticlesinsilica:Anewcatalystforlow-temperaturecarbondioxidemethanation', 'Id': '5e15c861-083a-4a5d-b341-d666e1ce642e'}"
+"0,3%Ru/Ni",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '245oC', 'Pressure': '1atm', 'FlowGasComposition': '20%CO2,80%H2', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': '4320,0h-1', 'Conversion': '100%', 'Selectivity': '100%', 'Yield': '100%', 'Article': 'OxidepassivatedNi-supportedRunanoparticlesinsilica:Anewcatalystforlow-temperaturecarbondioxidemethanation', 'Id': ''}"
+"1,9%Ru/Ni",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '369oC', 'Pressure': '1atm', 'FlowGasComposition': '20%CO2,80%H2', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': '731,7h-1', 'Conversion': '100%', 'Selectivity': '100%', 'Yield': '100%', 'Article': 'OxidepassivatedNi-supportedRunanoparticlesinsilica:Anewcatalystforlow-temperaturecarbondioxidemethanation', 'Id': ''}"
+"0,2%Re/Ni",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '460oC', 'Pressure': '1atm', 'FlowGasComposition': '20%CO2,80%H2', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': '13854,7h-1', 'Conversion': '100%', 'Selectivity': '100%', 'Yield': '100%', 'Article': 'OxidepassivatedNi-supportedRunanoparticlesinsilica:Anewcatalystforlow-temperaturecarbondioxidemethanation', 'Id': ''}"
+"1,0%Rh/Ni",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '477oC', 'Pressure': '1atm', 'FlowGasComposition': '20%CO2,80%H2', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': '1158,2h-1', 'Conversion': '100%', 'Selectivity': '100%', 'Yield': '100%', 'Article': 'OxidepassivatedNi-supportedRunanoparticlesinsilica:Anewcatalystforlow-temperaturecarbondioxidemethanation', 'Id': ''}"
+"1,0%Ir/Ni",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '402oC', 'Pressure': '1atm', 'FlowGasComposition': '20%CO2,80%H2', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': '2993,4h-1', 'Conversion': '100%', 'Selectivity': '100%', 'Yield': '100%', 'Article': 'OxidepassivatedNi-supportedRunanoparticlesinsilica:Anewcatalystforlow-temperaturecarbondioxidemethanation', 'Id': ''}"
+"0,5%Pd/Ni",methanation,"CO2,H2",CH4,"{'Reaction': 'CO2methanation', 'Temperature': '505oC', 'Pressure': '1atm', 'FlowGasComposition': '20%CO2,80%H2', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': '2423,0h-1', 'Conversion': '100%', 'Selectivity': '100%', 'Yield': '100%', 'Article': 'OxidepassivatedNi-supportedRunanoparticlesinsilica:Anewcatalystforlow-temperaturecarbondioxidemethanation', 'Id': ''}"

metadata/table_data/table32.csv

@@ -0,0 +1,620 @@
+doi,sentence,composition,unit,value,K,Am^2/kg,°C,kA/m,mT,emu cm^−3,emu/cm^3,emu/g,A/m,A m^2/kg,Oe,µ_B/f.u.,kOe
+10.1016/j.jallcom.2020.158450,12,FeCrCoNi-,K,420,420,,,,,,,,,,,,
+10.1016/j.jallcom.2020.158450,12,Al_0.5CoCrFeNi,K,215,215,,,,,,,,,,,,
+10.1016/j.jallcom.2020.158450,23,AlCoCrFeMnNi,Am^2/kg,60,,60.0,,,,,,,,,,,
+10.1016/j.jallcom.2020.158450,26,AlCoCrFeMnNi,°C,550,,,550,,,,,,,,,,
+10.1016/j.jallcom.2020.158450,95,AlCoCrFeNi),kA/m,348,,,,348.0,,,,,,,,,
+10.1016/j.jallcom.2020.158450,95,AlCoCrFeMnNi),kA/m,587,,,,587.0,,,,,,,,,
+10.1016/j.jallcom.2020.158450,144,AlCoCrFeNi,kA/m,348,,,,348.0,,,,,,,,,
+10.1016/j.jallcom.2020.158450,144,AlCoCrFeMnNi,kA/m,587,,,,587.0,,,,,,,,,
+10.1016/j.jmmm.2011.03.003,136,Pr_58Fe_24Al_18,mT,195.6,,,,,195.6,,,,,,,,
+10.1016/j.jmmm.2011.03.003,138,Nd_60Fe_30Al_10,mT,210.0,,,,,210.0,,,,,,,,
+10.1016/j.jmmm.2011.03.003,138,Nd_60Fe_20Co_10Al_10,mT,210.0,,,,,210.0,,,,,,,,
+10.1016/j.jmmm.2011.03.003,138,Pr_58Fe_24Al_18),mT,358,,,,,358.0,,,,,,,,
+10.1016/j.jmmm.2011.03.003,138,Nd_60Fe_30Al_10,mT,210.0,,,,,210.0,,,,,,,,
+10.1016/j.jmmm.2011.03.003,138,Nd_60Fe_20Co_10Al_10,mT,210.0,,,,,210.0,,,,,,,,
+10.1016/j.jmmm.2011.03.003,140,Nd_60Fe_20Co_10Al_10,mT,300,,,,,300.0,,,,,,,,
+10.1016/j.jmmm.2011.03.003,252,Nd_60Fe_30Al_10,mT,358,,,,,358.0,,,,,,,,
+10.1016/j.jmmm.2011.03.003,252,Nd_60Fe_20Co_10Al_10,mT,285,,,,,285.0,,,,,,,,
+10.1016/j.jmmm.2011.03.003,252,Pr_58Fe_24Al_18,mT,265,,,,,265.0,,,,,,,,
+10.1016/j.jmmm.2011.03.003,253,Nd_60Fe_30Al_10,mT,437.3,,,,,437.3,,,,,,,,
+10.1016/j.jmmm.2011.03.003,253,Nd_60Fe_30Al_10,mT,269.8,,,,,269.8,,,,,,,,
+10.1016/j.jmmm.2011.03.003,253,Nd_60Fe_20Co_10Al_10,mT,465.2,,,,,465.2,,,,,,,,
+10.1016/j.jmmm.2011.03.003,253,Nd_60Fe_20Co_10Al_10,mT,210.0,,,,,210.0,,,,,,,,
+10.1016/j.jmmm.2011.03.003,253,Pr_58Fe_24Al_18,mT,363.0,,,,,363.0,,,,,,,,
+10.1016/j.jmmm.2011.03.003,253,Pr_58Fe_24Al_18,mT,195.6,,,,,195.6,,,,,,,,
+10.1016/S0304-8853(02)00439-0,24,ThFe_11C_x,K,10,10,,,,,,,,,,,,
+10.1016/S0304-8853(02)00439-0,60,ThFe_11C_1.5,K,419,419,,,,,,,,,,,,
+10.1016/j.materresbull.2018.12.005,8,TbErIG,K,14,14,,,,,,,,,,,,
+10.1016/j.materresbull.2018.12.005,181,TbErIG,K,14,14,,,,,,,,,,,,
+10.1016/j.materresbull.2018.12.005,197,TbErIG,emu cm^−3,4,,,,,,4.0,,,,,,,
+10.1016/j.materresbull.2018.12.005,198,TbErIG,emu cm^−3,9,,,,,,9.0,,,,,,,
+10.1016/j.materresbull.2018.12.005,203,['TbErIG'],emu/cm^3,155,,,,,,,155.0,,,,,,
+10.1016/j.materresbull.2018.12.005,203,YIG(O_2),emu/cm^3,63,,,,,,,63.0,,,,,,
+10.1016/j.materresbull.2018.12.005,203,YIG(A,emu/cm^3,45,,,,,,,45.0,,,,,,
+10.1016/j.materresbull.2018.12.005,203,TbErIG,emu/cm^3,83,,,,,,,83.0,,,,,,
+10.1016/j.materresbull.2018.12.005,203,TbErIG(O_2),emu/cm^3,31,,,,,,,31.0,,,,,,
+10.1016/j.materresbull.2018.12.005,203,TbErIG(A,emu/cm^3,30,,,,,,,30.0,,,,,,
+10.1016/j.jmmm.2018.11.025,123,C-AA-ION,emu/g,62.6,,,,,,,,62.6,,,,,
+10.1016/j.jmmm.2018.11.025,123,A-ION,emu/g,62.6,,,,,,,,62.6,,,,,
+10.1016/j.jmmm.2018.11.025,123,C-AA,emu/g,62.6,,,,,,,,62.6,,,,,
+10.1016/j.jmmm.2018.11.025,123,A-ION,emu/g,62.6,,,,,,,,62.6,,,,,
+10.1016/j.jmmm.2018.11.025,142,C-AA-ION,emu/g,62.6,,,,,,,,62.6,,,,,
+10.1016/j.jmmm.2018.11.025,142,H-AA-ION,emu/g,65.3,,,,,,,,65.3,,,,,
+10.1016/j.jmmm.2018.11.025,145,C-AA,emu/g,17,,,,,,,,17.0,,,,,
+10.1016/j.jmmm.2018.11.025,145,A-ION,emu/g,15,,,,,,,,15.0,,,,,
+10.1016/j.jmmm.2018.11.025,179,",Co-",emu/g,62.6,,,,,,,,62.6,,,,,
+10.1016/j.jmmm.2018.11.025,179,",Co-",emu/g,62.4,,,,,,,,62.4,,,,,
+10.1016/j.jmmm.2018.11.025,179,",Co-",emu/g,60.8,,,,,,,,60.8,,,,,
+10.1016/j.jmmm.2018.11.025,179,[],emu/g,65.3,,,,,,,,65.3,,,,,
+10.1016/j.jmmm.2018.11.025,179,[],emu/g,57.5,,,,,,,,57.5,,,,,
+10.1016/j.jmmm.2018.11.025,179,[],emu/g,36,,,,,,,,36.0,,,,,
+10.1016/j.jmmm.2018.11.025,179,[],emu/g,5.2,,,,,,,,5.2,,,,,
+10.1016/j.jmmm.2018.11.025,179,[],emu/g,29.6,,,,,,,,29.6,,,,,
+10.1016/j.jmmm.2018.11.025,179,[],emu/g,47,,,,,,,,47.0,,,,,
+10.1016/j.jmmm.2018.11.025,179,[],emu/g,40,,,,,,,,40.0,,,,,
+10.1016/j.jeurceramsoc.2020.12.001,20,Al_2O_3,emu/g,12,,,,,,,,12.0,,,,,
+10.1016/j.jeurceramsoc.2020.12.001,20,GeO_2,emu/g,10,,,,,,,,10.0,,,,,
+10.1016/j.jeurceramsoc.2020.12.001,29,MFe_2O_4,emu/g,0.83,,,,,,,,0.83,,,,,
+10.1016/j.jeurceramsoc.2020.12.001,29,LiFe_5O_8,emu/g,8.24,,,,,,,,8.24,,,,,
+10.1016/j.jeurceramsoc.2020.12.001,127,Fe_3O_4,emu/g,12,,,,,,,,12.0,,,,,
+10.1016/j.jeurceramsoc.2020.12.001,257,Fe_3O_4,emu/g,17.328,,,,,,,,17.328,,,,,
+10.1016/j.scriptamat.2022.114847,5,Sm-Co,K,1000,1000,,,,,,,,,,,,
+10.1016/j.scriptamat.2022.114847,5,(SmCo_5,K,1000,1000,,,,,,,,,,,,
+10.1016/j.scriptamat.2022.114847,5,Sm_2Co_17,K,1200,1200,,,,,,,,,,,,
+10.1016/j.jallcom.2019.153420,86,Fe_65Nb_5Y_5+xHf_5-xB_20,K,14,14,,,,,,,,,,,,
+10.1016/j.jallcom.2019.153420,86,Fe_65Nb_5Y_9Hf_1B_20,K,6,6,,,,,,,,,,,,
+10.1016/j.jallcom.2019.153420,86,Fe_65Nb_5Y_10B_20-,K,8,8,,,,,,,,,,,,
+10.1016/j.jallcom.2019.153420,130,Fe_65Nb_5Y_5Hf_5B_20,A/m,0.42,,,,,,,,,0.42,,,,
+10.1016/j.jallcom.2019.153420,130,Fe_65Nb_5Y_6Hf_4B_20,A/m,0.44,,,,,,,,,0.44,,,,
+10.1016/j.jallcom.2019.153420,130,Fe_65Nb_5Y_7Hf_3B_20,A/m,0.47,,,,,,,,,0.47,,,,
+10.1016/j.jallcom.2019.153420,130,Fe_65Nb_5Y_8Hf_2B_20,A/m,0.49,,,,,,,,,0.49,,,,
+10.1016/j.jallcom.2019.153420,130,Fe_65Nb_5Y_9Hf_1B_20,A/m,0.51,,,,,,,,,0.51,,,,
+10.1016/j.jallcom.2019.153420,130,Fe_65Nb_5Y_10B_20,A/m,0.60,,,,,,,,,0.6,,,,
+10.1016/j.nanoso.2022.100862,132,CoFe_2O_4,emu/g,33.49,,,,,,,,33.49,,,,,
+10.1016/j.nanoso.2022.100862,133,Fe_2O,emu/g,6,,,,,,,,6.0,,,,,
+10.1016/j.ceramint.2020.08.165,130,Fe_3O_4,A m^2/kg,206,,,,,,,,,,206.0,,,
+10.1016/j.ceramint.2020.08.165,130,Fe_3O_4,A m^2/kg,206,,,,,,,,,,206.0,,,
+10.1016/j.ceramint.2020.08.165,131,Fe_3O_4,A m^2/kg,200,,,,,,,,,,200.0,,,
+10.1016/j.ceramint.2020.08.165,148,α-Fe,°C,9,,,9,,,,,,,,,,
+10.1016/j.ceramint.2020.08.165,156,Fe_3O_4,°C,500,,,500,,,,,,,,,,
+10.1016/j.ceramint.2020.08.165,273,Fe_3O_4,A m^2/kg,18,,,,,,,,,,18.0,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNi_1+xCu_1-xAl,emu/g,79,,,,,,,,79.0,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNi_1+xCu_1-xAl,emu/g,82,,,,,,,,82.0,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNiMn_xAl_1-x,emu/g,83.4,,,,,,,,83.4,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNiMn_xAl_1-x,emu/g,95,,,,,,,,95.0,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNi(CuAl)_0.8Sn_x,emu/g,78.6,,,,,,,,78.6,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNi(CuAl)_0.8Sn_x,emu/g,88.8,,,,,,,,88.8,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNi(CuAl)_0.8Ga_x,emu/g,78.6,,,,,,,,78.6,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNi(CuAl)_0.8Ga_x,emu/g,82.8,,,,,,,,82.8,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNi(MnSi)_x,emu/g,59.4,,,,,,,,59.4,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNi(MnSi)_x,emu/g,137.7,,,,,,,,137.7,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNi(MnAl)_x,emu/g,51.9,,,,,,,,51.9,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNi(MnAl)_x,emu/g,155.7,,,,,,,,155.7,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNiSi_0.25Al_x,emu/g,94.1,,,,,,,,94.1,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNiSi_0.25Al_x,emu/g,114.1,,,,,,,,114.1,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNi(AlMn)_0.5,emu/g,54.23,,,,,,,,54.23,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNiAlCr,emu/g,70,,,,,,,,70.0,,,,,
+10.1016/j.jallcom.2022.166174,228,FeCoNiCuMn,emu/g,84,,,,,,,,84.0,,,,,
+10.1016/j.jallcom.2009.03.189,72,(Fe_50Co_50)_62Nb_8B_30,Am^2/kg,15.24,,15.24,,,,,,,,,,,
+10.1016/j.jmmm.2019.166151,2,FeCoNiCuZn,emu/g,65.92,,,,,,,,65.92,,,,,
+10.1016/j.jmmm.2019.166151,14,FeCoNiMnV,emu/g,100,,,,,,,,100.0,,,,,
+10.1016/j.jmmm.2019.166151,39,(PPM,Oe,24,,,,,,,,,,,24.0,,
+10.1016/j.jmmm.2019.01.073,159,Fe_61Co_10Y_8W_1B_20,A/m,1.11,,,,,,,,,1.11,,,,
+10.1016/j.jmmm.2019.01.073,159,['Fe_61+xCo_10−XY_8W_1B_20'],A/m,61,,,,,,,,,61.0,,,,
+10.1016/j.jmmm.2019.01.073,159,Fe_62Co_9Y_8W_1B_20,A/m,1.09,,,,,,,,,1.09,,,,
+10.1016/j.jmmm.2019.01.073,159,['Fe_61+xCo_10−XY_8W_1B_20'],A/m,159,,,,,,,,,159.0,,,,
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+10.1016/j.matchemphys.2021.124455,72,GdNi,K,66,66,,,,,,,,,,,,
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+10.1016/j.matchemphys.2021.124455,72,Gd_0.9Dy_0.1Ni,K,66,66,,,,,,,,,,,,
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+10.1016/j.matchemphys.2021.124455,129,Gd_0.9Dy_0.1NiH_3,K,66,66,,,,,,,,,,,,
+10.1016/j.matchemphys.2021.124455,129,Gd_0.9Dy_0.1Ni,K,8,8,,,,,,,,,,,,
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+10.1016/j.matchemphys.2021.124455,130,Gd_0.1Dy_0.9Ni,K,7,7,,,,,,,,,,,,
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+10.1016/j.pmatsci.2020.100688,603,",FeNi_3",Am^2/kg,98,,98.0,,,,,,,,,,,
+10.1016/j.pmatsci.2020.100688,603,",FeNi_3",Am^2/kg,96,,96.0,,,,,,,,,,,
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+10.1016/j.pmatsci.2020.100688,603,['Fe-Ni'],Am^2/kg,95,,95.0,,,,,,,,,,,
+10.1016/j.pmatsci.2020.100688,603,['Fe-Ni'],Am^2/kg,99,,99.0,,,,,,,,,,,
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+10.1016/j.pmatsci.2020.100688,604,"['Fe-Si', 'Fe-Co', 'Fe-Ni']",Am^2/kg,140,,140.0,,,,,,,,,,,
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+10.1016/j.pmatsci.2020.100688,604,"['Fe-Si', 'Fe-Co', 'Fe-Ni']",Am^2/kg,151.7,,151.7,,,,,,,,,,,
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+Symbol,Ionic Radius (angstroms),Modulus of Elasticity 10³ Mpa,BP (K),MP (K),Density,at. wt.,BCCefflatcnt,BCCenergy_pa,BCCenergydiff,BCCfermi,BCCmagmom,BCCvolume_pa,BCCvolume_padiff,GSbandgap,GSefflatcnt,GSenergy_pa,GSmagmom,GSvolume_pa,HHIp,HHIr,ICSDVolume,covalent radius,Ionization Energy (kJ/mol),Atomic Radius (Å),Electron Affinity (kJ/mol),At. Radius   (angstroms),Atomic Volume (cm³/mol),MendeleevNumber,n_ws^third,First Ionization Potential (V),Second Ionization Potential  (V),Third Ionization Potential  (V),Coeficient of Thermal Expansion (10^-6 K-1),specific heat capacity,thermal conductivity,electrical conductivity,heat of fusion,Heat of Vaporization,Electro-negativity,At. #,Period,Group,valence,IsHexagonal,IsBCC,IsCubic,IsFCC,IsOrthorhombic,IsRhombohedral,IsMonoclinic,IsTetragonal,IsAlkali,IsAlkalineEarth,IsBoron,IsCarbon,IsChalcogen,IsHalogen,IsHydrogen,IsNoblegas,IsPnictide,IsRareEarth,IsTransition Metal,OrbitalS,OrbitalP,OrbitalD,OrbitalF,Most stable oxidation State,IsAlkali.1,IsDBlock,IsFBlock,IsMetal,IsMetalloid,IsNonmetal,NdUnfilled,NdValence,NfUnfilled,NfValence,NpUnfilled,NpValence,NsUnfilled,NsValence,NUnfilled
+H,1.54,,20.28,13.81,0.0899,1.00797,3.5892684527252,-2.13581094,1.195479825,3.21974562,0.0,2.89,-3.725,7.853,4.73024109786315,-3.331290765,0.0,6.615,,,32.0,0.32,1312,0.32,72.8,0.79,14.4,92.0,1.5,13.598, , ,0,14.3,0.1815, ,0.0585,0.4581,2.2,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,1,0,0,0,1,0,0,0,0,0,1,0,0,0,0,0,0,1,1,1
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+61.3,19.6,7.6,4.1,7.4,0,0.0,0.0,0.0,0,1250,24,900,1000.0,178.0
+80.0,0.0,7.0,4.0,6.0,2,1.0,0.0,0.0,0,1250,24,900,600.0,190.0
+42.0,30.0,12.0,0.0,0.0,4,0.0,0.0,12.0,0,1300,24,900,1000.0,194.0
+64.0,18.0,13.0,0.0,5.0,0,0.0,0.0,0.0,0,1300,48,900,65.0,195.0
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+80.0,0.0,7.0,4.0,7.0,2,0.0,0.0,0.0,0,1250,24,1050,50.0,200.0
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+80.0,0.0,7.0,4.0,7.0,2,0.0,0.0,0.0,0,1250,24,900,1000.0,220.0
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metadata/table_data/table4.csv

@@ -0,0 +1,541 @@
+Ref,A,A1,A2,B,B1,B2,X,X1,A mole,A1 mole,BandGap(eV),Surface Area(m2/g),CatW(g/L),Alcohol%,Sac. Agent1,Sac. Agent2,Light Type,Power(W),Wave length(<nm),ProdRate(μmol/g)
+[S1],Sr,,,Ti,,,O,,0.478,,3.2,0.9,1.0,0.0,,,Xe,300.0,300.0,540.0
+[S1],Sr,,,Ti,,,O,,0.478,,3.2,1.3,1.0,0.0,,,Xe,300.0,300.0,540.0
+[S1],Sr,,,Ti,,,O,,0.478,,3.2,1.9,1.0,0.0,,,Xe,300.0,300.0,32.0
+[S1],Sr,,,Ti,Al,,O,,0.477,,3.2,0.9,1.0,0.0,,,Xe,300.0,300.0,40.0
+[S1],Sr,,,Ti,Al,,O,,0.477,,3.2,2.7,1.0,0.0,,,Xe,300.0,300.0,380.0
+[S1],Sr,,,Ti,Al,,O,,0.471,,3.2,2.4,1.0,0.0,,,Xe,300.0,300.0,700.0
+[S2],Mn,,,Co,,,O,,0.232,,2.1,,4.0,0.0,,,visible,64.0,420.0,91.07
+[S2],Mn,,,Co,,,O,,0.232,,2.1,,4.0,5.0,,,visible,64.0,420.0,146.2
+[S3],Sr,La,,Ti,Cr,,O,,0.475,0.004,2.95,,0.5,20.0,,,Xe,300.0,420.0,66.0
+[S3],Sr,La,,Ti,Cr,,O,,0.473,0.007,2.9,,0.5,20.0,,,Xe,300.0,420.0,75.0
+[S3],Sr,La,,Ti,Cr,,O,,0.468,0.015,2.92,,0.5,20.0,,,Xe,300.0,420.0,76.0
+[S3],Sr,La,,Ti,Cr,,O,,0.465,0.018,2.8,,0.5,20.0,,,Xe,300.0,420.0,90.0
+[S3],Sr,La,,Ti,Cr,,O,,0.463,0.022,2.85,,0.5,20.0,,,Xe,300.0,420.0,71.0
+[S3],Sr,La,,Ti,Cr,,O,,0.458,0.029,2.9,,0.5,20.0,,,Xe,300.0,420.0,39.0
+[S4],Sr,,,Ti,Rh,Sb,O,,0.473,,2.95,,1.66,0.0,H2SO4,,Xe,300.0,440.0,22.0
+[S4],Sr,,,Ti,Rh,Sb,O,,0.473,,2.95,,1.66,0.0,H2SO4,,Xe,300.0,440.0,0.6
+[S4],Sr,,,Ti,Rh,Sb,O,,0.473,,2.95,,1.66,0.0,H2SO4,,Xe,300.0,440.0,2.5
+[S4],Sr,,,Ti,Rh,Sb,O,,0.473,,2.95,,1.66,0.0,H2SO4,,Xe,300.0,440.0,18.5
+[S4],Sr,,,Ti,Rh,Sb,O,,0.473,,2.95,,1.66,0.0,H2SO4,,Xe,300.0,300.0,60.0
+[S4],Sr,,,Ti,Rh,Sb,O,,0.473,,3.26,,1.66,0.0,H2SO4,,Xe,300.0,440.0,3.15
+[S4],Sr,,,Ti,Rh,Sb,O,,0.476,,3.26,,1.66,0.0,H2SO4,,Xe,300.0,300.0,3.65
+[S5],Sm,,,Ti,,,O,S,0.556,,1.9,,0.5,0.0,Na2S,Na2SO3,Hg,450.0,400.0,312.5
+[S6],Zn,,,In,,,S,,0.191,,2.64,,1.0,0.0,Na2S,Na2SO3,Xe,300.0,420.0,1850.0
+[S6],Zn,Ag,,In,,,S,,0.191,0.002,2.57,,1.0,0.0,Na2S,Na2SO3,Xe,300.0,420.0,2810.0
+[S6],Zn,Ag,,In,,,S,,0.191,0.003,2.48,,1.0,0.0,Na2S,Na2SO3,Xe,300.0,420.0,2940.0
+[S6],Zn,Ag,,In,,,S,,0.191,0.005,2.47,,1.0,0.0,Na2S,Na2SO3,Xe,300.0,420.0,3200.0
+[S6],Zn,Ag,,In,,,S,,0.19,0.006,2.45,,1.0,0.0,Na2S,Na2SO3,Xe,300.0,420.0,2580.0
+[S6],Zn,Ag,,In,,,S,,0.189,0.009,2.41,,1.0,0.0,Na2S,Na2SO3,Xe,300.0,420.0,1940.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,3.99,,1.42,0.0,,,Hg,400.0,285.0,542.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,3.99,,1.42,0.0,,,Hg,400.0,285.0,1278.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.13,,1.42,0.0,,,Hg,400.0,285.0,204.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.13,,1.42,0.0,,,Hg,400.0,285.0,2678.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.13,,1.42,0.0,,,Hg,400.0,285.0,50.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.13,,1.42,0.0,,,Hg,400.0,285.0,230.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.27,,1.42,0.0,,,Hg,400.0,285.0,212.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.27,,1.42,0.0,,,Hg,400.0,285.0,2540.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.06,,1.42,0.0,,,Hg,400.0,285.0,132.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.06,,1.42,0.0,,,Hg,400.0,285.0,424.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.13,,1.42,0.0,,,Hg,400.0,285.0,432.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.13,,1.42,0.0,,,Hg,400.0,285.0,56.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.13,,1.42,0.0,,,Hg,400.0,285.0,86.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.13,,1.42,0.0,,,Hg,400.0,285.0,106.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.13,,1.42,0.0,,,Hg,400.0,285.0,110.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.13,,1.42,0.0,,,Hg,400.0,285.0,192.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.13,,1.42,0.0,,,Hg,400.0,285.0,124.0
+[S7],K,Ca,Sr,Ta,,,O,,0.03,0.031,4.13,,1.42,0.0,,,Hg,400.0,285.0,1168.0
+[S8],Cu,,,In,,,S,,0.262,,1.55,,0.2,0.0,Na2S,Na2SO3,Xe,300.0,350.0,290.0
+[S8],Cu,,,In,Ga,,S,,0.267,,1.57,,0.2,0.0,Na2S,Na2SO3,Xe,300.0,350.0,368.0
+[S8],Cu,,,In,Ga,,S,,0.278,,1.6,,0.2,0.0,Na2S,Na2SO3,Xe,300.0,350.0,514.0
+[S8],Cu,,,In,Ga,,S,,0.289,,1.68,,0.2,0.0,Na2S,Na2SO3,Xe,300.0,350.0,660.0
+[S8],Cu,,,In,Ga,,S,,0.301,,1.75,,0.2,0.0,Na2S,Na2SO3,Xe,300.0,350.0,747.0
+[S8],Cu,,,In,Ga,,S,,0.315,,2.0,,0.2,0.0,Na2S,Na2SO3,Xe,300.0,350.0,582.0
+[S8],Cu,,,In,,,S,,0.322,,2.35,,0.2,0.0,Na2S,Na2SO3,Xe,300.0,350.0,513.0
+[S9],K,,,Ta,,,O,,0.146,,4.6,9.5,1.0,0.0,,,Hg,400.0,275.0,2800.0
+[S9],K,,,Ta,,,O,,0.146,,4.5,4.5,1.0,0.0,,,Hg,400.0,275.0,650.0
+[S10],K,,,Nb,,,O,,0.217,,3.15,1.42,1.25,25.0,,,Xe,300.0,380.0,33.0
+[S10],K,,,Nb,,,O,,0.217,,3.08,0.68,1.25,25.0,,,Xe,300.0,380.0,118.0
+[S10],K,,,Nb,,,O,,0.217,,3.24,3.9,1.25,25.0,,,Xe,300.0,380.0,1242.0
+[S10],K,,,Nb,,,O,,0.217,,3.15,1.42,1.25,25.0,,,Xe,300.0,380.0,170.0
+[S10],K,,,Nb,,,O,,0.217,,3.15,1.42,1.25,25.0,,,Xe,300.0,380.0,240.0
+[S10],K,,,Nb,,,O,,0.217,,3.15,1.42,1.25,25.0,,,Xe,300.0,380.0,300.0
+[S10],K,,,Nb,,,O,,0.217,,3.15,1.42,1.25,25.0,,,Xe,300.0,380.0,28.0
+[S11],Zn,,,Cd,,,S,,0.541,,2.64,124.8,0.66,0.0,Na2S,Na2SO3,Xe,300.0,420.0,520.0
+[S11],Zn,,,Cd,,,S,,0.515,,2.61,131.0,0.66,0.0,Na2S,Na2SO3,Xe,300.0,420.0,610.0
+[S11],Zn,,,Cd,,,S,,0.49,,2.58,156.0,0.66,0.0,Na2S,Na2SO3,Xe,300.0,420.0,970.0
+[S11],Zn,,,Cd,,,S,,0.449,,2.55,65.6,0.66,0.0,Na2S,Na2SO3,Xe,300.0,420.0,510.0
+[S11],Zn,,,Cd,,,S,,0.388,,2.52,49.26,0.66,0.0,Na2S,Na2SO3,Xe,300.0,420.0,360.0
+[S11],Zn,,,Cd,,,S,,0.49,,2.58,156.0,0.66,0.0,Na2S,Na2SO3,Xe,300.0,420.0,1800.0
+[S11],Zn,,,Cd,,,S,,0.49,,2.58,156.0,0.66,0.0,Na2S,Na2SO3,Xe,300.0,420.0,2275.0
+[S11],Zn,,,Cd,,,S,,0.49,,2.58,156.0,0.66,0.0,Na2S,Na2SO3,Xe,300.0,420.0,1850.0
+[S11],Zn,,,Cd,,,S,,0.49,,2.58,156.0,0.66,0.0,Na2S,Na2SO3,Xe,300.0,420.0,1725.0
+[S12],Ba,,,Zr,,,O,,0.497,,4.8,8.5,0.476,0.0,,,Hg,400.0,365.0,112.0
+[S12],Ba,,,Zr,Sn,,O,,0.492,,4.4,5.7,0.476,0.0,,,Hg,400.0,365.0,100.0
+[S12],Ba,,,Zr,Sn,,O,,0.487,,4.0,3.8,0.476,0.0,,,Hg,400.0,365.0,125.0
+[S12],Ba,,,Zr,Sn,,O,,0.482,,3.6,4.0,0.476,0.0,,,Hg,400.0,365.0,138.0
+[S12],Ba,,,Zr,Sn,,O,,0.478,,3.3,2.1,0.476,0.0,,,Hg,400.0,365.0,70.0
+[S13],Zn,,,Ti,,,S,,0.56,,3.08,,1.0,50.0,,,UV,,365.0,34.2
+[S13],Zn,,,Ti,,,S,,0.58,,3.06,,1.0,50.0,,,UV,,365.0,113.0
+[S13],Zn,,,Ti,,,S,,0.62,,3.05,,1.0,50.0,,,UV,,365.0,396.0
+[S13],Zn,,,Ti,,,S,,0.61,,3.11,,1.0,50.0,,,UV,,365.0,275.0
+[S13],Zn,,,Ti,,,S,,0.62,,3.05,,1.0,50.0,H2SO4,,UV,,365.0,13.9
+[S13],Zn,,,Ti,,,S,,0.62,,3.05,,1.0,50.0,Na2SO4,,UV,,365.0,38.6
+[S13],Zn,,,Ti,,,S,,0.62,,3.05,,1.0,50.0,CH3COOH,,UV,,365.0,63.2
+[S13],Zn,,,Ti,,,S,,0.62,,3.05,,1.0,50.0,NaOH,,UV,,365.0,528.0
+[S13],Zn,,,Ti,,,S,,0.62,,3.05,,1.0,50.0,KOH,,UV,,365.0,794.0
+[S14],Na,Ca,,Nb,,,O,,0.07,0.11,3.3,1.6,2.0,20.0,,,Xe,1000.0,350.0,74.17
+[S14],Na,Ca,,Nb,,,O,,0.07,0.11,3.3,0.36,2.0,20.0,,,Xe,1000.0,350.0,150.0
+[S14],Na,Ca,,Nb,,,O,,0.07,0.11,3.3,4.6,2.0,20.0,,,Xe,1000.0,350.0,445.5
+[S14],Na,Ca,,Nb,,,O,,0.07,0.11,3.3,3.9,2.0,20.0,,,Xe,1000.0,350.0,275.5
+[S15],Sb,,,Ti,,,S,,0.62,,1.81,,0.5,50.0,,,UV,,365.0,5.3
+[S15],Sb,,,Ti,,,S,,0.54,,1.87,,0.5,50.0,,,UV,,365.0,10.2
+[S15],Sb,,,Ti,,,S,,0.48,,2.04,,0.5,50.0,,,UV,,365.0,6.9
+[S15],Sb,,,Ti,,,S,,0.54,,1.87,,0.5,50.0,,,UV,,365.0,2.9
+[S15],Sb,,,Ti,,,S,,0.54,,1.87,,0.5,50.0,,,UV,,365.0,4.5
+[S15],Sb,,,Ti,,,S,,0.54,,1.87,,0.5,50.0,,,UV,,365.0,12.1
+[S15],Sb,,,Ti,,,S,,0.54,,1.87,,0.5,50.0,,,UV,,365.0,15.3
+[S16],Ca,,,In,,,S,,0.1,,1.68,75.38,0.5,50.0,,,Xe,300.0,420.0,2.625
+[S16],Ca,,,In,,,S,,0.1,,1.78,6.66,0.5,50.0,,,Xe,300.0,420.0,10.5
+[S16],Ca,,,In,,,S,,0.1,,1.8,5.11,0.5,50.0,,,Xe,300.0,420.0,17.625
+[S16],Ca,,,In,,,S,,0.1,,1.82,3.79,0.5,50.0,,,Xe,300.0,420.0,15.0
+[S16],Ca,,,In,,,S,,0.1,,1.83,3.26,0.5,50.0,,,Xe,300.0,420.0,13.75
+[S16],Ca,,,In,,,S,,0.1,,1.84,2.74,0.5,50.0,,,Xe,300.0,420.0,4.75
+[S16],Ca,,,In,,,S,,0.1,,1.74,8.06,0.5,50.0,,,Xe,300.0,420.0,13.5
+[S16],Ca,,,In,,,S,,0.1,,1.76,6.64,0.5,50.0,,,Xe,300.0,420.0,31.125
+[S16],Ca,,,In,,,S,,0.1,,1.78,6.17,0.5,50.0,,,Xe,300.0,420.0,25.25
+[S16],Ca,,,In,,,S,,0.1,,1.78,5.61,0.5,50.0,,,Xe,300.0,420.0,21.875
+[S17],Sb,,,Nb,,,O,,0.44,,3.12,1.7,0.833,0.0,,,Hg,450.0,365.0,4.5
+[S17],Sb,,,Nb,,,O,,0.44,,3.12,1.7,0.833,0.0,,,Hg,450.0,365.0,5.0
+[S17],Sb,,,Ta,,,O,,0.43,,3.72,1.5,0.833,0.0,,,Hg,450.0,365.0,10.0
+[S17],Sb,,,Ta,,,O,,0.43,,3.72,1.5,0.833,0.0,,,Hg,450.0,365.0,9.5
+[S17],Sb,,,Nb,,,O,,0.44,,3.12,1.7,0.833,0.0,,,Hg,450.0,365.0,61.5
+[S17],Sb,,,Ta,,,O,,0.43,,3.72,1.5,0.833,0.0,,,Hg,450.0,365.0,146.0
+[S18],K,La,,Ta,Bi,,O,,0.02,0.07,3.44,1.3,3.07,0.0,,,Hg,300.0,365.0,2635.0
+[S19],Bi,Na,,Ti,,,O,,0.49,0.05,2.92,27.3,0.625,20.0,,,Xe,500.0,346.0,86.4
+[S19],Bi,Na,,Ti,,,O,,0.49,0.05,2.92,27.3,0.625,20.0,,,Xe,500.0,346.0,196.4
+[S19],Bi,Na,,Ti,,,O,,0.49,0.05,2.92,27.3,0.625,20.0,,,Xe,500.0,346.0,356.0
+[S19],Bi,Na,,Ti,,,O,,0.49,0.05,2.92,27.3,0.625,20.0,,,Xe,500.0,346.0,266.0
+[S19],Bi,Na,,Ti,,,O,,0.49,0.05,2.92,27.3,0.625,20.0,,,Xe,500.0,346.0,226.0
+[S20],Na,,,Ta,,,O,,0.09,,2.64,1.22,0.5,20.0,,,Xe,800.0,390.0,0.08
+[S20],Na,,,Ta,,,O,,0.09,,2.64,1.22,0.5,20.0,,,Xe,800.0,390.0,0.58
+[S20],Na,,,Ta,,,O,,0.09,,2.64,1.22,0.5,20.0,,,Xe,800.0,390.0,1.0
+[S20],Na,,,Ta,,,O,,0.09,,2.64,1.22,0.5,20.0,,,Xe,800.0,390.0,0.25
+[S20],Na,,,Ta,,,O,,0.09,,2.64,1.22,0.5,20.0,,,Xe,800.0,390.0,0.16
+[S20],Na,,,Ta,,,O,,0.09,,4.01,1.13,0.5,20.0,,,Xe,800.0,390.0,0.08
+[S21],Sr,,,Sn,,,O,,0.35,,4.01,3.28,1.0,0.0,,,Hg,450.0,365.0,11.0
+[S21],Sr,,,Sn,,,O,,0.35,,4.01,3.28,1.0,0.0,,,Hg,450.0,365.0,24.2
+[S21],Sr,,,Sn,,,O,,0.35,,4.04,27.08,1.0,0.0,,,Hg,450.0,365.0,59.8
+[S21],Sr,,,Sn,,,O,,0.35,,4.04,27.08,1.0,0.0,,,Hg,450.0,365.0,236.0
+[S22],Li,,,Ta,,,O,,0.03,,3.93,1.34,0.25,0.0,HCOOH,,Hg,150.0,366.0,354.5
+[S22],Li,,,Ta,,,O,,0.03,,3.3,4.08,0.25,0.0,HCOOH,,Hg,150.0,366.0,308.0
+[S22],Li,,,Ta,,,O,,0.03,,3.77,3.66,0.25,0.0,HCOOH,,Hg,150.0,366.0,525.0
+[S22],Li,,,Ta,,,O,,0.03,,3.69,3.08,0.25,0.0,HCOOH,,Hg,150.0,366.0,765.0
+[S22],Li,,,Ta,,,O,,0.03,,3.74,3.01,0.25,0.0,HCOOH,,Hg,150.0,366.0,545.0
+[S22],Li,,,Ta,,,O,,0.03,,4.9,2.86,0.25,0.0,HCOOH,,Hg,150.0,366.0,450.0
+[S22],Li,,,Ta,,,O,,0.03,,4.93,2.49,0.25,0.0,HCOOH,,Hg,150.0,366.0,429.0
+[S22],Li,,,Ta,,,O,,0.03,,4.95,2.38,0.25,0.0,HCOOH,,Hg,150.0,366.0,437.0
+[S22],Li,,,Ta,,,O,,0.03,,4.98,1.96,0.25,0.0,HCOOH,,Hg,150.0,366.0,336.0
+[S23],Ca,,,Ta,Zr,,O,N,0.22,,4.0,21.87,0.555,0.0,HCOOH,,Xe,300.0,420.0,9.8
+[S23],Ca,,,Ta,Zr,,O,N,0.2,,3.22,15.74,0.555,0.0,HCOOH,,Xe,300.0,420.0,10.4
+[S23],Ca,,,Ta,Zr,,O,N,0.19,,2.84,6.48,0.555,0.0,HCOOH,,Xe,300.0,420.0,14.8
+[S23],Ca,,,Ta,Zr,,O,N,0.17,,2.69,7.65,0.555,0.0,HCOOH,,Xe,300.0,420.0,16.8
+[S23],Ca,,,Ta,Zr,,O,N,0.16,,2.63,7.28,0.555,0.0,HCOOH,,Xe,300.0,420.0,25.8
+[S23],Ca,,,Ta,Zr,,O,N,0.15,,2.57,6.96,0.555,0.0,HCOOH,,Xe,300.0,420.0,18.0
+[S24],Bi,,,Ti,,,O,N,0.77,,2.2,92.97,1.0,10.0,NaNO2,,Hg,125.0,400.0,1018.0
+[S25],K,,,Nb,,,O,,0.16,,3.89,86.6,0.27,13.5,,,Hg,350.0,365.0,30266.0
+[S26],Sr,H,,Ta,Nb,,O,,0.29,,3.5,12.12,2.0,10.0,NaNO2,,Hg,100.0,400.0,1021.0
+[S26],Sr,H,,Ta,Nb,,O,,0.25,,3.77,10.54,2.0,10.0,NaNO2,,Hg,100.0,400.0,321.67
+[S26],Sr,H,,Ta,Nb,,O,,0.24,,3.8,11.82,2.0,10.0,NaNO2,,Hg,100.0,400.0,895.0
+[S26],Sr,H,,Ta,Nb,,O,,0.22,,3.92,11.08,2.0,10.0,NaNO2,,Hg,100.0,400.0,888.33
+[S26],Sr,H,,Ta,Nb,,O,,0.2,,4.25,12.1,2.0,10.0,NaNO2,,Hg,100.0,400.0,358.33
+[S26],Sr,H,,Ta,Nb,,O,,0.29,,4.25,12.1,2.0,10.0,NaNO2,,Hg,100.0,400.0,6733.33
+[S26],Sr,H,,Ta,Nb,,O,,0.25,,4.25,12.1,2.0,10.0,NaNO2,,Hg,100.0,400.0,8550.0
+[S26],Sr,H,,Ta,Nb,,O,,0.24,,3.74,10.97,2.0,10.0,NaNO2,,Hg,100.0,400.0,2583.33
+[S26],Sr,H,,Ta,Nb,,O,,0.22,,3.78,11.41,2.0,10.0,NaNO2,,Hg,100.0,400.0,1195.0
+[S26],Sr,H,,Ta,Nb,,O,,0.2,,3.99,11.97,2.0,10.0,NaNO2,,Hg,100.0,400.0,250.0
+[S27],K,Sn,,Ti,,,O,,0.08,0.45,2.8,,0.37,18.5,,,Xe,300.0,420.0,257.0
+[S28],Zn,,,In,,,S,,0.15,,3.26,,1.2,0.0,Na2S,Na2SO3,Xe,350.0,250.0,319.0
+[S28],Zn,,,In,,,S,,0.15,,2.43,,4.08,0.0,Na2S,Na2SO3,Xe,350.0,250.0,284.0
+[S29],La,,,Nb,Ta,,O,,0.32,,3.42,10.84,2.0,10.0,,,Hg,100.0,290.0,748.0
+[S29],La,,,Nb,Ta,,O,,0.28,,3.6,11.4,2.0,10.0,,,Hg,100.0,290.0,3066.6
+[S29],La,,,Nb,Ta,,O,,0.26,,3.72,11.13,2.0,10.0,,,Hg,100.0,290.0,1121.6
+[S29],La,,,Nb,Ta,,O,,0.25,,3.81,11.28,2.0,10.0,,,Hg,100.0,290.0,911.6
+[S29],La,,,Nb,Ta,,O,,0.23,,3.92,12.01,2.0,10.0,,,Hg,100.0,290.0,386.7
+[S30],La,,,Ni,Cu,,O,,0.56,,2.47,,0.5,0.0,CH2O,,Xe,125.0,400.0,520.0
+[S31],Bi,Sr,,Nb,,,O,,0.5,0.11,2.35,,0.5,12.5,,,Hg,350.0,365.0,3636.0
+[S31],Bi,Ba,,Nb,,,O,,0.47,0.16,1.27,,0.5,12.5,,,Hg,350.0,365.0,1154.0
+[S31],Bi,Ca,,Nb,,,O,,0.53,0.05,2.65,,0.5,12.5,,,Hg,350.0,365.0,531.0
+[S32],Na,,,Ta,,,O,,0.09,,3.96,14.0,,0.0,,,Hg,400.0,200.0,113.67
+[S32],Na,K,,Ta,,,O,,0.06,0.36,4.0,14.0,,0.0,,,Hg,400.0,200.0,172.33
+[S32],Na,K,,Ta,,,O,,0.06,0.36,4.0,14.0,,0.0,,,Hg,400.0,200.0,3326.0
+[S32],Na,K,,Ta,,,O,,0.06,0.36,4.0,13.0,,0.0,,,Hg,400.0,200.0,3800.0
+[S32],Na,K,,Ta,,,O,,0.06,0.36,4.0,14.0,,0.0,,,Hg,400.0,200.0,706.67
+[S32],Na,K,,Ta,,,O,,0.06,0.36,4.0,13.0,,0.0,,,Hg,400.0,200.0,1953.0
+[S33],K,,,Ti,,,O,,0.14,,3.52,2.0,0.4,0.0,,,Xe,300.0,254.0,16.2
+[S33],K,,,Ti,,,O,,0.14,,3.53,1.2,0.4,0.0,,,Xe,300.0,254.0,17.6
+[S33],K,,,Ti,,,O,,0.14,,3.54,2.1,0.4,0.0,,,Xe,300.0,254.0,14.0
+[S33],K,,,Ti,,,O,,0.14,,3.6,2.9,0.4,0.0,,,Xe,300.0,254.0,8.0
+[S33],K,,,Ti,,,O,,0.14,,3.6,2.2,0.4,0.0,,,Xe,300.0,254.0,7.6
+[S33],K,,,Ti,,,O,,0.14,,3.6,2.6,0.4,0.0,,,Xe,300.0,254.0,2.6
+[S34],In,Ni,,Ta,,,O,N,0.15,0.02,2.38,,2.0,0.0,,,Xe,300.0,400.0,8.4
+[S35],Na,,,Ta,,,O,,0.09,,4.08,1.13,0.625,0.0,,,Hg,8.0,254.0,86.0
+[S35],Na,,,Ta,,,O,,0.09,,4.08,1.13,0.625,0.0,,,Hg,8.0,254.0,149.0
+[S35],Na,,,Ta,,,O,,0.09,,4.08,1.13,0.625,0.0,,,Hg,8.0,254.0,275.0
+[S35],Na,,,Ta,,,O,,0.09,,4.08,1.13,0.625,0.0,,,Hg,8.0,254.0,168.0
+[S36],Bi,K,La,Ta,,,O,,0.41,0.02,4.0,3.84,1.54,0.0,,,Hg,250.0,365.0,221.0
+[S36],Bi,K,La,Ta,,,O,,0.41,0.02,4.0,3.84,1.54,0.0,,,Hg,250.0,365.0,266.0
+[S36],Bi,K,La,Ta,,,O,,0.41,0.02,4.0,3.84,1.54,0.0,,,Hg,250.0,365.0,288.0
+[S36],Bi,K,La,Ta,,,O,,0.41,0.02,4.0,3.84,1.54,0.0,,,Hg,250.0,365.0,404.0
+[S36],Bi,K,La,Ta,,,O,,0.41,0.02,4.0,3.84,1.54,0.0,,,Hg,250.0,365.0,386.0
+[S36],Bi,,,Ta,,,O,,0.41,,3.9,6.88,1.54,0.0,,,Hg,250.0,365.0,159.0
+[S36],Bi,,,Ta,,,O,,0.41,,3.9,6.88,1.54,0.0,,,Hg,250.0,365.0,405.0
+[S36],Bi,,,Ta,,,O,,0.41,,3.9,6.88,1.54,0.0,,,Hg,250.0,365.0,491.0
+[S36],Bi,,,Ta,,,O,,0.41,,3.9,6.88,1.54,0.0,,,Hg,250.0,365.0,448.0
+[S36],Bi,,,Ta,,,O,,0.41,,3.9,6.88,1.54,0.0,,,Hg,250.0,365.0,354.0
+[S36],Bi,Ca,,Ta,,,O,,0.43,0.04,3.7,4.35,1.54,0.0,,,Hg,250.0,365.0,112.0
+[S36],Bi,Ca,,Ta,,,O,,0.43,0.04,3.7,4.35,1.54,0.0,,,Hg,250.0,365.0,179.0
+[S36],Bi,Ca,,Ta,,,O,,0.43,0.04,3.7,4.35,1.54,0.0,,,Hg,250.0,365.0,296.0
+[S36],Bi,Ca,,Ta,,,O,,0.43,0.04,3.7,4.35,1.54,0.0,,,Hg,250.0,365.0,241.0
+[S36],Bi,Ca,,Ta,,,O,,0.43,0.04,3.7,4.35,1.54,0.0,,,Hg,250.0,365.0,156.0
+[S36],Bi,Ba,,Ta,,,O,,0.39,0.13,4.3,3.52,1.54,0.0,,,Hg,250.0,365.0,123.0
+[S36],Bi,Ba,,Ta,,,O,,0.39,0.13,4.3,3.52,1.54,0.0,,,Hg,250.0,365.0,136.0
+[S36],Bi,Ba,,Ta,,,O,,0.39,0.13,4.3,3.52,1.54,0.0,,,Hg,250.0,365.0,232.0
+[S36],Bi,Ba,,Ta,,,O,,0.39,0.13,4.3,3.52,1.54,0.0,,,Hg,250.0,365.0,142.0
+[S36],Bi,Ba,,Ta,,,O,,0.39,0.13,4.3,3.52,1.54,0.0,,,Hg,250.0,365.0,77.0
+[S37],Na,Y,,Ta,,,O,,0.07,0.26,4.08,4.4,0.2,10.0,,,Hg,150.0,365.0,238.3
+[S37],Na,La,,Ta,,,O,,0.06,0.36,4.07,2.4,0.2,10.0,,,Hg,150.0,365.0,161.5
+[S37],Na,Yb,,Ta,,,O,,0.05,0.46,4.09,2.4,0.2,10.0,,,Hg,150.0,365.0,166.5
+[S37],Na,,,Ta,,,O,,0.09,,4.05,1.9,0.2,10.0,,,Hg,150.0,365.0,59.67
+[S37],Na,Ce,,Ta,,,O,,0.09,0.36,4.04,4.7,0.2,10.0,,,Hg,150.0,365.0,25.83
+[S37],Na,Y,,Ta,,,O,,0.07,0.26,4.08,4.4,0.2,10.0,,,Hg,150.0,365.0,286.67
+[S37],Na,La,,Ta,,,O,,0.06,0.36,4.07,2.4,0.2,10.0,,,Hg,150.0,365.0,115.67
+[S37],Na,Yb,,Ta,,,O,,0.05,0.46,4.09,2.4,0.2,10.0,,,Hg,150.0,365.0,256.67
+[S37],Na,,,Ta,,,O,,0.09,,4.05,1.9,0.2,10.0,,,Hg,150.0,365.0,78.67
+[S37],Na,Ce,,Ta,,,O,,0.09,0.36,4.04,4.7,0.2,10.0,,,Hg,150.0,365.0,24.83
+[S38],Na,,,Ta,,,O,,0.09,,3.94,118.0,1.0,0.0,,,Hg,400.0,200.0,680.67
+[S38],Na,,,Ta,,,O,,0.09,,3.98,75.0,1.0,0.0,,,Hg,400.0,200.0,422.0
+[S38],Na,,,Ta,,,O,,0.09,,4.01,41.0,1.0,0.0,,,Hg,400.0,200.0,1056.0
+[S38],Na,,,Ta,,,O,,0.09,,4.0,34.0,1.0,0.0,,,Hg,400.0,200.0,399.83
+[S38],Na,,,Ta,,,O,,0.09,,4.01,41.0,1.0,0.0,,,Hg,400.0,200.0,2333.33
+[S38],Na,,,Ta,,,O,,0.09,,4.01,41.0,1.0,0.0,,,Hg,400.0,200.0,25833.33
+[S38],Na,,,Ta,,,O,,0.09,,4.01,41.0,1.0,0.0,,,Hg,400.0,200.0,12716.67
+[S39],Na,La,,Ta,,,O,,0.088,0.019,3.97,4.9,1.0,0.0,,,Xe,300.0,400.0,3433.0
+[S39],Na,La,,Ta,,,O,,0.088,0.019,3.97,4.9,1.0,20.0,,,Xe,300.0,400.0,9933.0
+[S40],In,,,Ta,,,O,,0.32,,2.62,1.43,1.42,0.0,,,halogen,500.0,420.0,2.0
+[S40],In,,,Ta,,,O,,0.32,,2.73,0.7,1.42,0.0,,,halogen,500.0,420.0,1.2
+[S41],Na,La,,Ta,,,O,,0.089,0.011,4.01,3.5,2.56,0.0,,,Hg,400.0,365.0,3565.0
+[S42],La,,,Ta,Al,,O,,0.47,,4.6,2.14,0.238,5.0,,,Hg,350.0,365.0,109.0
+[S42],La,,,Ta,Al,,O,,0.47,,4.6,2.14,0.25,0.0,,,Hg,350.0,365.0,94.4
+[S42],La,,,Ta,Al,,O,,0.47,,4.6,2.14,0.25,0.0,,,Hg,350.0,365.0,39.0
+[S42],La,,,Ta,Al,,O,,0.47,,4.6,2.14,0.25,0.0,,,Hg,350.0,365.0,55.0
+[S42],La,,,Ta,Al,,O,,0.47,,4.6,2.14,0.25,0.0,,,Hg,350.0,365.0,87.0
+[S42],La,,,Ta,Al,,O,,0.47,,4.6,2.14,0.25,0.0,,,Hg,350.0,365.0,72.0
+[S42],La,,,Ta,Al,,O,,0.47,,4.6,2.14,0.25,0.0,,,Hg,350.0,365.0,61.0
+[S43],Bi,La,,Nb,Al,,O,,0.592,0.044,2.89,,0.238,5.0,,,Hg,350.0,365.0,106.0
+[S43],Bi,La,,Nb,Al,,O,,0.592,0.044,2.89,,0.238,5.0,,,Hg,350.0,365.0,124.0
+[S43],Bi,La,,Nb,Al,,O,,0.592,0.044,2.89,,0.238,5.0,,,Hg,350.0,365.0,135.0
+[S43],Bi,La,,Nb,Al,,O,,0.592,0.044,2.89,,0.238,5.0,,,Hg,350.0,365.0,141.0
+[S43],Bi,La,,Nb,Al,,O,,0.592,0.044,2.89,,0.238,5.0,,,Hg,350.0,365.0,134.0
+[S43],Bi,La,,Nb,Al,,O,,0.592,0.044,2.89,,0.238,5.0,,,Hg,350.0,365.0,125.0
+[S44],Sr,,,Ta,,,O,,0.27,,4.6,,1.25,0.0,,,Hg,350.0,365.0,1287.5
+[S44],Sr,,,Ta,,,O,,0.27,,4.6,,1.25,0.0,,,Hg,350.0,365.0,2345.0
+[S45],Sr,H,,Nb,,,O,,0.08,0.03,3.204,11.64,2.0,10.0,,,Hg,100.0,290.0,6633.33
+[S45],Sr,H,,Nb,,,O,,0.08,0.03,3.188,11.72,2.0,10.0,,,Hg,100.0,290.0,681.67
+[S45],Sr,K,,Nb,,,O,,0.07,0.1,3.157,11.6,2.0,10.0,,,Hg,100.0,290.0,121.0
+[S46],La,H,,Nb,,,O,,0.317,0.002,3.36,4.18,2.0,10.0,NaNO2,,Hg,100.0,400.0,2600.0
+[S46],La,H,,Nb,In,,O,,0.239,0.002,3.48,4.62,2.0,10.0,NaNO2,,Hg,100.0,400.0,2880.0
+[S46],La,H,,Nb,In,,O,,0.192,0.001,3.47,5.17,2.0,10.0,NaNO2,,Hg,100.0,400.0,3003.0
+[S46],La,H,,Nb,In,,O,,0.16,0.001,3.41,7.2,2.0,10.0,NaNO2,,Hg,100.0,400.0,4900.0
+[S46],La,H,,Nb,In,,O,,0.137,0.001,3.42,7.7,2.0,10.0,NaNO2,,Hg,100.0,400.0,5233.0
+[S46],La,H,,Nb,In,,O,,0.107,0.001,3.44,8.23,2.0,10.0,NaNO2,,Hg,100.0,400.0,940.0
+[S47],Bi,,,Ta,,,O,,0.46,,3.3,1.15,0.238,5.0,NaNO2,,Hg,350.0,400.0,528.0
+[S47],Bi,,,Ta,Cu,,O,,0.462,,3.1,1.22,0.238,5.0,NaNO2,,Hg,350.0,400.0,746.0
+[S47],Bi,,,Ta,Cu,,O,,0.463,,2.9,1.43,0.238,5.0,NaNO2,,Hg,350.0,400.0,884.0
+[S47],Bi,,,Ta,Cu,,O,,0.446,,2.8,1.47,0.238,5.0,NaNO2,,Hg,350.0,400.0,649.0
+[S47],Bi,,,Ta,Cu,,O,,0.465,,2.7,0.94,0.238,5.0,NaNO2,,Hg,350.0,400.0,387.0
+[S47],Bi,,,Ta,,,O,,0.46,,3.3,1.15,0.238,5.0,NaNO2,,Hg,350.0,400.0,490.0
+[S47],Bi,,,Ta,,,O,,0.46,,3.3,1.15,0.238,5.0,NaNO2,,Hg,350.0,400.0,560.0
+[S47],Bi,,,Ta,,,O,,0.46,,3.3,1.15,0.238,5.0,NaNO2,,Hg,350.0,400.0,929.0
+[S47],Bi,,,Ta,,,O,,0.46,,3.3,1.15,0.238,5.0,NaNO2,,Hg,350.0,400.0,785.0
+[S47],Bi,,,Ta,,,O,,0.46,,3.3,1.15,0.238,5.0,NaNO2,,Hg,350.0,400.0,663.0
+[S48],Sr,,,Ti,,,O,,0.48,,3.16,10.0,1.0,0.0,,,Hg,176.0,254.0,80.0
+[S48],Sr,,,Ti,,,O,,0.48,,3.16,10.0,1.0,20.0,,,Hg,176.0,254.0,212.0
+[S48],Sr,,,Ti,,,O,,0.48,,3.16,10.0,1.0,40.0,,,Hg,176.0,254.0,226.0
+[S48],Sr,,,Ti,,,O,,0.48,,3.16,10.0,1.0,60.0,,,Hg,176.0,254.0,237.0
+[S48],Sr,,,Ti,,,O,,0.48,,3.16,10.0,1.0,80.0,,,Hg,176.0,254.0,243.0
+[S48],Sr,,,Ti,,,O,,0.48,,3.16,10.0,1.0,100.0,,,Hg,176.0,254.0,246.0
+[S48],Sr,,,Ti,,,O,,0.48,,3.16,10.0,1.0,50.0,,,Hg,176.0,254.0,453.87
+[S49],Na,,,Nb,,,O,,0.14,,3.4,1.7,0.27,13.5,,,Hg,400.0,365.0,9133.33
+[S49],Na,,,Nb,,,O,,0.14,,3.4,2.0,0.27,13.5,,,Hg,400.0,365.0,9150.0
+[S49],Na,,,Nb,,,O,,0.14,,3.3,37.8,0.27,13.5,,,Hg,400.0,365.0,10466.0
+[S49],Na,,,Nb,,,O,,0.14,,3.35,4.4,0.27,13.5,,,Hg,400.0,365.0,10116.0
+[S49],Na,,,Nb,,,O,,0.14,,3.4,1.7,0.27,0.0,,,Hg,400.0,365.0,102.0
+[S49],Na,,,Nb,,,O,,0.14,,3.4,2.0,0.27,0.0,,,Hg,400.0,365.0,82.83
+[S49],Na,,,Nb,,,O,,0.14,,3.3,37.8,0.27,0.0,,,Hg,400.0,365.0,335.0
+[S49],Na,,,Nb,,,O,,0.14,,3.35,4.4,0.27,0.0,,,Hg,400.0,365.0,78.0
+[S50],Bi,Sr,,Ta,,,O,,0.413,0.087,3.64,2.36,0.5,12.5,,,Hg,350.0,365.0,22600.0
+[S50],Bi,Ba,,Ta,,,O,,0.394,0.129,3.52,2.18,0.5,12.5,,,Hg,350.0,365.0,513.0
+[S50],Bi,Ca,,Ta,,,O,,0.434,0.042,3.67,1.96,0.5,12.5,,,Hg,350.0,365.0,1400.0
+[S51],Sr,,,Ti,,,O,,0.478,,3.1,,1.0,41.67,,,Hg,500.0,365.0,1948.0
+[S51],Sr,,,Ti,,,O,,0.478,,3.1,,1.0,41.67,,,Hg,500.0,365.0,3020.0
+[S51],Sr,,,Ti,,,O,,0.478,,3.1,,1.0,41.67,,,Hg,500.0,365.0,2540.0
+[S51],Sr,,,Ti,,,O,,0.478,,3.1,,1.0,41.67,,,Hg,500.0,365.0,1686.0
+[S51],Sr,,,Ti,,,O,,0.478,,3.1,,1.0,41.67,,,Hg,500.0,365.0,580.0
+[S51],Sr,,,Ti,,,O,,0.478,,2.0,,1.0,41.67,,,Hg,500.0,365.0,16.0
+[S51],Sr,,,Ti,,,O,,0.478,,3.1,,1.0,41.67,,,Hg,500.0,365.0,988.0
+[S51],Sr,,,Ti,,,O,,0.478,,3.1,,1.0,41.67,,,Hg,500.0,365.0,1272.0
+[S51],Sr,,,Ti,,,O,,0.478,,3.1,,1.0,41.67,,,Hg,500.0,365.0,185.0
+[S52],Na,,,Ta,,,O,,0.091,,4.1,0.6,1.11,0.0,,,Hg,400.0,365.0,89.25
+[S52],Na,,,Ta,,,O,,0.091,,3.9,23.0,1.11,0.0,,,Hg,400.0,365.0,2097.5
+[S53],Ca,,,Ta,,,O,,0.145,,4.4,63.0,1.25,0.0,NaOH,,Hg,450.0,200.0,295.0
+[S54],Sr,,,Ti,,,O,,0.559,,3.2,8.145,2.1,0.0,,,Hg,400.0,365.0,61.9
+[S54],Sr,,,Ti,,,O,,0.559,,3.2,3.49,2.1,0.0,,,Hg,400.0,365.0,82.5
+[S55],Sr,,,Ta,,,O,,0.161,,4.49,3.94,1.28,0.0,,,Hg,400.0,365.0,310.0
+[S55],Sr,,,Ta,,,O,,0.409,,4.81,2.61,1.28,0.0,,,Hg,400.0,365.0,25.16
+[S55],Sr,,,Ta,,,O,,0.313,,4.75,2.99,1.28,0.0,,,Hg,400.0,365.0,973.33
+[S56],Zn,,,In,,,S,,0.16,,2.35,119.2,1.0,0.0,Na2S,Na2SO3,Xe,350.0,420.0,157.0
+[S56],Zn,,,In,,,S,,0.144,,2.32,123.3,1.0,0.0,Na2S,Na2SO3,Xe,350.0,420.0,259.33
+[S56],Zn,,,In,,,S,,0.134,,2.3,124.4,1.0,0.0,Na2S,Na2SO3,Xe,350.0,420.0,360.0
+[S56],Zn,,,In,,,S,,0.125,,2.25,109.0,1.0,0.0,Na2S,Na2SO3,Xe,350.0,420.0,323.67
+[S56],Zn,,,In,,,S,,0.117,,2.23,100.5,1.0,0.0,Na2S,Na2SO3,Xe,350.0,420.0,307.67
+[S56],Zn,,,In,,,S,,0.112,,2.25,97.3,1.0,0.0,Na2S,Na2SO3,Xe,350.0,420.0,282.33
+[S57],Sr,,,Zr,,,O,,0.386,,4.1,2.0,1.0,0.0,,,UV,,254.0,8.0
+[S58],Zn,,,Ga,,,O,,0.243,,4.75,5.2,1.0,0.0,,,Hg,500.0,365.0,9.0
+[S58],Zn,,,Ga,,,O,,0.243,,4.77,20.0,1.0,0.0,,,Hg,500.0,365.0,14.6
+[S58],Zn,,,Ga,,,O,,0.243,,4.37,29.0,1.0,0.0,,,Hg,500.0,365.0,29.0
+[S58],Zn,,,Ga,,,O,,0.243,,4.75,5.2,1.0,20.0,,,Hg,500.0,365.0,27.2
+[S58],Zn,,,Ga,,,O,,0.243,,4.77,20.0,1.0,20.0,,,Hg,500.0,365.0,97.8
+[S58],Zn,,,Ga,,,O,,0.243,,4.37,29.0,1.0,20.0,,,Hg,500.0,365.0,134.8
+[S59],Ni,,,Ga,,,O,,0.225,,3.85,17.0,2.0,33.0,,,Hg,300.0,320.0,3.0
+[S60],Ba,,,Nb,Ta,,O,,0.466,,4.2,5.0,0.5,8.3,,,Hg,500.0,250.0,356.0
+[S60],Ba,,,Ta,,,O,,0.416,,4.5,5.0,0.5,8.3,,,Hg,500.0,250.0,485.5
+[S60],Ba,,,Nb,,,O,,0.529,,3.9,5.0,0.5,8.3,,,Hg,500.0,250.0,590.0
+[S61],Ba,,,In,Ta,,O,,0.41,,4.17,1.0,0.5,0.0,,,Hg,500.0,250.0,15.2
+[S62],La,K,,Ta,,,O,,0.144,0.121,4.0,3.7,2.5,0.0,,,Hg,400.0,365.0,146.0
+[S62],La,H,,Ta,,,O,,0.164,0.004,4.0,7.8,2.5,0.0,,,Hg,400.0,365.0,158.0
+[S62],La,,,Ta,,,O,,0.167,,4.0,3.3,2.5,0.0,,,Hg,400.0,365.0,35.0
+[S62],Sr,H,,Ta,,,O,,0.155,0.004,3.9,4.0,2.5,0.0,,,Hg,400.0,365.0,385.0
+[S62],K,,,Ta,,,O,,0.146,,3.6,1.5,2.5,0.0,,,Hg,400.0,365.0,25.0
+[S63],Y,,,Ta,,,O,,0.477,,4.6,1.6,1.2,0.0,,,Hg,400.0,200.0,0.001
+[S63],La,,,Ta,,,O,,0.587,,4.6,3.0,1.2,0.0,,,Hg,400.0,200.0,8.0
+[S63],La,,,Ta,,,O,,0.587,,4.6,2.8,1.2,0.0,,,Hg,400.0,200.0,328.0
+[S63],Y,,,Nb,,,O,,0.566,,3.9,1.2,1.2,0.0,,,Hg,400.0,200.0,0.001
+[S63],La,,,Nb,,,O,,0.67,,3.9,2.8,1.2,0.0,,,Hg,400.0,200.0,2.0
+[S63],La,,,Nb,,,O,,0.67,,3.9,2.5,1.2,0.0,,,Hg,400.0,200.0,70.0
+[S63],Y,,,Ti,,,O,,0.461,,3.5,2.0,1.2,0.0,,,Hg,400.0,200.0,1700.0
+[S63],La,,,Ti,,,O,,0.572,,3.8,1.8,1.2,0.0,,,Hg,400.0,200.0,614.0
+[S64],Sr,,,Sn,,,O,,0.345,,4.1,0.4,0.54,13.5,,,Hg,200.0,300.0,7200.0
+[S64],Sr,,,Sn,,,O,,0.345,,,0.5,0.54,13.5,,,Hg,200.0,300.0,7200.0
+[S64],Sr,,,Sn,,,O,,0.345,,,0.3,0.54,13.5,,,Hg,200.0,300.0,720.0
+[S65],Y,,,In,,,O,,0.315,,3.6,,8.33,0.0,,,Hg,200.0,230.0,1.0
+[S65],Y,,,In,,,O,,0.353,,3.75,,8.33,0.0,,,Hg,200.0,230.0,3.1
+[S65],Y,,,In,,,O,,0.393,,3.92,,8.33,0.0,,,Hg,200.0,230.0,5.0
+[S65],Y,,,In,,,O,,0.433,,4.1,,8.33,0.0,,,Hg,200.0,230.0,6.0
+[S65],Y,,,In,,,O,,0.474,,4.18,,8.33,0.0,,,Hg,200.0,230.0,7.9
+[S65],Y,,,In,,,O,,0.516,,4.39,,8.33,0.0,,,Hg,200.0,230.0,7.0
+[S65],Y,,,In,,,O,,0.559,,4.87,,8.33,0.0,,,Hg,200.0,230.0,5.8
+[S66],K,,,Nb,,,O,,0.217,,3.2,8.5,0.476,12.0,,,Hg,400.0,365.0,2060.0
+[S67],Na,,,Nb,,,O,,0.14,,3.2,12.5,0.81,18.5,,,Xe,300.0,300.0,12.3
+[S67],Na,,,Nb,In,,O,,0.113,,3.1,17.4,0.81,18.5,,,Xe,300.0,300.0,16.9
+[S67],Na,,,Nb,In,,O,,0.09,,3.0,22.9,0.81,18.5,,,Xe,300.0,300.0,42.9
+[S67],Na,,,Nb,In,,O,,0.07,,2.9,29.3,0.81,18.5,,,Xe,300.0,300.0,44.6
+[S67],Na,,,Nb,In,,O,,0.052,,2.8,32.7,0.81,18.5,,,Xe,300.0,300.0,15.6
+[S67],Na,,,Nb,In,,O,,0.023,,2.7,44.0,0.81,18.5,,,Xe,300.0,300.0,4.1
+[S67],Na,,,Nb,,,O,,0.14,,3.2,12.5,0.81,18.5,,,Xe,300.0,420.0,0.3
+[S67],Na,,,Nb,In,,O,,0.113,,3.1,17.4,0.81,18.5,,,Xe,300.0,420.0,6.6
+[S67],Na,,,Nb,In,,O,,0.09,,3.0,22.9,0.81,18.5,,,Xe,300.0,420.0,16.4
+[S67],Na,,,Nb,In,,O,,0.07,,2.9,29.3,0.81,18.5,,,Xe,300.0,420.0,13.2
+[S67],Na,,,Nb,In,,O,,0.052,,2.8,32.7,0.81,18.5,,,Xe,300.0,420.0,4.8
+[S67],Na,,,Nb,In,,O,,0.023,,2.7,44.0,0.81,18.5,,,Xe,300.0,420.0,1.3
+[S68],Ba,,,Ta,,,O,,0.416,,4.06,,1.0,20.0,,,Xe,300.0,400.0,300.0
+[S68],Ba,,,Ta,,,O,N,0.416,,1.78,,1.0,20.0,,,Xe,300.0,400.0,500.0
+[S69],Na,,,Ta,,,O,,0.091,,3.64,,1.0,25.0,AgNO3,,Xe,300.0,420.0,1660.0
+[S69],Na,,,Ta,,,O,,0.091,,3.64,,1.0,25.0,AgNO3,,Xe,300.0,420.0,2740.0
+[S69],Na,,,Ta,,,O,,0.091,,3.64,,1.0,25.0,AgNO3,,Xe,300.0,420.0,3540.0
+[S69],Na,,,Ta,,,O,,0.091,,3.64,,1.0,25.0,AgNO3,,Xe,300.0,420.0,3170.0
+[S70],Na,,,Ta,,,O,,0.091,,4.0,2.0,0.5,10.0,,,Hg,150.0,365.0,1600.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,90.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,640.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,740.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,1900.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,1600.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,1000.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,540.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,460.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,420.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,160.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,220.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,340.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,220.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,310.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,260.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,460.0
+[S71],Na,,,Ta,,,O,,0.091,,3.75,,0.6,20.0,,,Hg,450.0,365.0,400.0
+[S72],Ga,,,In,,,O,,0.351,,3.8,1.3,1.0,5.4,AgNO3,,Hg,450.0,365.0,30.0
+[S73],K,,,Ta,Zr,,O,,0.169,,3.8,,3.33,0.0,,,Xe,500.0,420.0,1223.0
+[S74],Na,La,,Ta,,,O,,0.091,0.006,4.01,2.5,2.56,0.0,NaOH,,Hg,400.0,365.0,15000.0
+[S75],Na,,,Sb,,,O,,0.119,,4.41,,12.5,0.0,,,Hg,200.0,365.0,24.0
+[S76],Na,,,Ta,,,O,,0.091,,4.0,0.44,2.85,0.0,NaOH,,Hg,400.0,365.0,3390.0
+[S76],Li,,,Ta,,,O,,0.029,,4.0,0.44,2.85,0.0,,,Hg,400.0,365.0,430.0
+[S76],K,,,Ta,,,O,,0.146,,4.0,0.44,2.85,0.0,,,Hg,400.0,365.0,29.0
+[S77],Na,,,Ta,,,O,,0.091,,4.0,,2.5,0.0,KNO3,,Hg,450.0,365.0,300.0
+[S78],Ag,,,Ta,,,O,,0.321,,3.4,1.0,1.0,0.0,,,Xe,300.0,300.0,138.0
+[S78],Ag,,,Nb,,,O,,0.434,,3.4,1.0,1.0,0.0,AgNO3,,Xe,300.0,300.0,103.5
+[S79],Sr,Cr,,Ti,Sb,,O,,0.467,0.006,2.4,,1.56,8.0,AgNO3,,Xe,300.0,420.0,156.0
+[S80],Na,La,,Ta,,,O,,0.09,0.011,4.09,3.2,2.56,0.0,NaOH,,Hg,400.0,365.0,19800.0
+[S81],La,,,In,,,O,,0.46,,4.425,,1.0,0.0,,,Hg,200.0,365.0,5.0
+[S82],In,Ba,,Nb,,,O,,0.199,0.475,3.51,1.71,1.85,18.5,,,Hg,400.0,365.0,54.0
+[S82],In,Sr,,Nb,,,O,,0.24,0.366,3.51,1.71,1.85,18.5,,,Hg,400.0,365.0,27.6
+[S82],In,Ca,,Nb,,,O,,0.299,0.209,3.51,1.71,1.85,18.5,,,Hg,400.0,365.0,29.6
+[S83],Co,Ca,,Nb,,,O,,0.116,0.236,2.8,2.2,1.85,18.5,,,Xe,300.0,420.0,1.72
+[S83],Co,Sr,,Nb,,,O,,0.09,0.403,2.8,2.2,1.85,18.5,,,Xe,300.0,420.0,1.72
+[S83],Co,Ba,,Nb,,,O,,0.074,0.515,2.8,2.2,1.85,18.5,,,Xe,300.0,420.0,2.74
+[S84],Ba,Zn,,Nb,,,O,,0.51,0.081,3.82,0.61,1.35,13.5,,,Hg,400.0,365.0,1416.4
+[S84],Ba,,,Ta,,,O,,0.419,,3.82,0.61,1.35,13.5,,,Hg,400.0,365.0,389.6
+[S85],Sr,,,Ti,,,O,,0.478,,1.7,,2.0,10.0,,,Xe,300.0,440.0,390.0
+[S84],Ba,Ni,,Nb,,,O,,0.514,0.074,3.82,0.61,1.35,13.5,,,Hg,400.0,365.0,136.44
+[S84],Ba,Ni,,Ta,,,O,,0.422,0.06,3.82,0.61,1.35,13.5,,,Hg,400.0,365.0,84.32
+[S86],Ba,Zn,,Nb,,,O,,0.51,0.081,3.9,1.24,1.35,13.5,,,Hg,400.0,365.0,584.44
+[S87],K,Ta,,Zr,,,O,,0.143,0.643,3.54,,3.33,0.0,KOH,,Xe,500.0,420.0,575.0
+[S88],Sr,,,Ti,Fe,,O,,0.097,,3.7,,1.0,8.0,,,visible,250.0,,85.0
+[S88],Sr,Bi,,Ti,Fe,,O,,0.048,0.689,3.26,,1.0,8.0,,,visible,250.0,420.0,129.0
+[S89],Na,,,Ta,,,O,,0.091,,3.99,23.0,1.11,0.0,,,Hg,400.0,365.0,1940.0
+[S90],Ba,,,Nb,Co,,O,,0.515,,3.0,19.7,0.74,18.5,,,Xe,300.0,420.0,18.1
+[S91],Sr,Cr,,Ti,,,O,,0.458,0.014,1.9,1.92,0.92,18.5,,,Hg,300.0,420.0,84.0
+[S92],Sr,,,Sn,,,O,,0.345,,4.1,0.4,0.54,13.5,AgNO3,,Hg,400.0,365.0,8.2
+[S93],Na,,,Ta,,,O,,0.091,,3.9,23.0,1.11,0.0,,,Hg,400.0,365.0,2050.0
+[S94],Na,,,Nb,,,O,,0.14,,3.08,2.08,2.38,5.0,,,Hg,350.0,365.0,950.0
+[S94],K,,,Nb,,,O,,0.217,,3.08,2.08,2.38,5.0,,,Hg,350.0,365.0,100.0
+[S94],Na,,,Ta,,,O,,0.091,,3.08,2.08,2.38,5.0,,,Hg,350.0,365.0,36750.0
+[S94],K,,,Ta,,,O,,0.146,,3.08,2.08,2.38,5.0,,,Hg,350.0,365.0,1040.0
+[S95],Sr,Ba,,Sn,,,O,,0.075,0.353,3.3,0.55,0.476,0.0,,,Xe,400.0,420.0,220.0
+[S96],Na,La,,Ta,Co,,O,,0.082,0.055,2.95,,1.85,18.5,,,Hg,300.0,420.0,8.68
+[S97],Bi,,,Fe,,,O,,0.668,,2.1,,1.0,0.0,FeCl3,,Hg,500.0,400.0,7.5
+[S98],Ba,,,Zr,,,O,,0.497,,4.8,6.8,0.476,0.0,,,Hg,400.0,365.0,522.5
+[S99],Sr,,,Ti,,,O,,0.333,,3.29,9.81,0.2,0.0,HCOOH,,Hg,150.0,365.0,218.9
+[S99],Ca,,,Ti,,,O,,0.186,,3.29,9.81,0.2,0.0,C3H8O,,Hg,150.0,365.0,65.1
+[S99],Ba,,,Ti,,,O,,0.439,,3.29,9.81,0.2,0.0,C3H8O,,Hg,150.0,365.0,29.35
+[S100],Sr,,,Ti,,,O,,0.478,,3.1,,0.4,10.0,,,Hg,500.0,365.0,3200.0
+[S101],Sr,,,Ti,,,O,,0.478,,3.17,3.42,2.0,10.0,,,Hg,450.0,420.0,78.0
+[S102],K,,,Nb,,,O,,0.217,,3.1,8.5,0.42,12.0,,,Xe,400.0,420.0,5170.0
+[S103],Sr,La,,Ti,,,O,,0.363,0.144,2.65,9.86,0.55,18.5,AgNO3,,Xe,300.0,420.0,66.67
+[S104],Ag,,,Sb,,,O,,0.389,,2.98,2.5,1.85,0.0,AgNO3,,Hg,300.0,400.0,296.0
+[S105],Na,Sr,,Ta,,,O,,0.089,0.017,4.09,2.6,1.42,0.0,,,Hg,400.0,365.0,27200.0
+[S105],Na,Ba,,Ta,,,O,,0.068,0.215,4.09,2.6,1.42,0.0,,,Hg,400.0,365.0,19560.0
+[S105],Na,Ca,,Ta,,,O,,0.089,0.016,4.09,2.6,1.42,0.0,,,Hg,400.0,365.0,9860.0
+[S106],Na,,,Ta,,,O,,0.091,,3.99,23.0,1.11,0.0,,,Hg,400.0,365.0,2600.0
+[S107],Sr,Ag,,Ti,,,O,,0.094,0.348,3.75,2.6,0.37,0.0,AgNO3,,Xe,300.0,410.0,648.0
+[S108],Sr,Na,,Ti,,,O,,0.462,0.006,3.5,2.6,0.75,0.0,,,Hg,450.0,365.0,22.0
+[S109],Na,Sr,,Ta,,,O,,0.091,0.002,4.05,,0.5,0.0,,,Hg,400.0,365.0,2180.0
+[S110],Y,,,In,,,O,,0.353,,3.75,,2.91,0.0,Na2S,Na2SO3,Xe,300.0,420.0,18.88
+[S111],Na,Bi,,Ta,,,O,,0.084,0.609,4.27,9.44,0.476,5.0,,,Hg,350.0,400.0,59.48
+[S112],Na,La,,Ta,Cr,,O,,0.056,0.225,3.06,1.0,1.85,18.5,,,Xe,300.0,420.0,9.0
+[S113],Na,,,Nb,,,O,,0.14,,3.4,38.0,0.85,0.0,,,Hg,400.0,365.0,70.0
+[S114],Ba,,,Sn,Zr,,O,,0.482,,3.8,2.33,0.476,0.0,,,Hg,400.0,365.0,690.0
+[S115],Ca,,,Ti,,,O,,0.295,,3.5,1.7,2.5,10.0,CH4,,Xe,300.0,420.0,11.52
+[S116],Na,,,Ta,,,O,,0.091,,3.44,24.0,0.909,0.0,,,Hg,400.0,365.0,9000.0
+[S117],Sr,,,Nb,Al,,O,,0.343,,4.1,3.2,1.0,10.0,,,Hg,100.0,365.0,53.4
+[S118],La,,,Ni,Cu,,O,,0.562,,2.8,,0.5,0.0,CH2O,,Xe,125.0,400.0,583.0
+[S119],Sr,,,Ti,,,O,,0.478,,3.18,8.64,0.5,50.0,,,Xe,300.0,400.0,1000.0
+[S120],Na,,,Nb,In,,O,,0.09,,2.91,22.9,1.11,18.5,,,Hg,400.0,365.0,42.9
+[S121],La,,,Fe,,,O,,0.572,,2.11,25.8,2.5,10.0,AgNO3,,Hg,125.0,420.0,1720.0
+[S122],Ba,,,Ta,Zr,,O,,0.382,,2.03,2.55,0.4,0.0,NaI,,Xe,300.0,420.0,1.8
+[S123],Na,K,,Ta,,,O,,0.086,0.008,3.9,20.0,0.285,14.0,,,Hg,400.0,365.0,1057.0
+[S124],Na,La,,Ti,,,O,,0.059,0.417,2.25,,1.11,18.5,,,Xe,300.0,420.0,8.2
+[S125],Sr,Cr,,Ti,,,O,,0.458,0.014,3.34,23.2,0.925,18.5,,,Xe,300.0,420.0,330.4
+[S126],Na,La,,Ta,,,O,,0.089,0.011,4.0,4.54,0.333,10.0,,,Hg,400.0,250.0,3450.0
+[S127],Li,,,Nb,,,O,,0.047,,4.13,12.0,0.833,10.0,,,Hg,400.0,365.0,103.33
+[S128],Na,La,,Ta,,,O,,0.09,0.011,4.0,4.54,0.333,10.0,,,Hg,400.0,365.0,1430.0
+[S129],Sr,Cr,,Ti,Ta,,O,,0.476,0.001,3.17,52.6,5.0,20.0,,,Xe,300.0,420.0,86.4
+[S130],Ga,,,Fe,,,O,,0.402,,2.1,56.0,3.33,0.0,,,Xe,300.0,420.0,722.0
+[S131],Ag,,,Sb,,,O,,0.389,,2.4,,1.11,0.0,AgNO3,,Xe,300.0,420.0,276.0
+[S132],Cr,,,Ti,Ta,,O,,0.02,,2.91,16.6,1.11,18.5,,,Xe,300.0,420.0,6.67
+[S133],Ca,,,Ta,Zr,,O,,0.161,,2.63,7.28,0.555,11.0,HCOOH,,Xe,300.0,420.0,52.4
+[S134],Sr,Ni,,Ti,Ta,,O,,0.475,0.001,3.26,22.7,5.0,20.0,,,Xe,300.0,420.0,561.2
+[S135],Na,,,Ta,Bi,,O,,0.091,,2.91,45.1,5.0,20.0,,,Xe,300.0,420.0,224.0
+[S135],Na,,,Ta,Bi,,O,,0.091,,2.91,45.1,5.0,20.0,,,Xe,300.0,420.0,876.0
+[S135],Na,,,Ta,Bi,,O,,0.091,,2.91,45.1,5.0,20.0,,,Xe,300.0,420.0,1108.0
+[S135],Na,,,Ta,Bi,,O,,0.091,,2.91,45.1,5.0,20.0,,,Xe,300.0,420.0,1355.0
+[S135],Na,,,Ta,Bi,,O,,0.09,,2.91,45.1,5.0,20.0,,,Xe,300.0,420.0,216.0
+[S136],Bi,Na,,Ti,,,O,,0.493,0.054,3.02,17.4,0.75,20.0,,,Xe,500.0,420.0,369.8
+[S137],Na,,,Ta,Bi,,O,,0.086,,2.95,1.35,0.5,20.0,,,Xe,800.0,390.0,17.2
+[S138],Na,,,Nb,,,O,,0.14,,3.29,28.6,1.11,18.5,,,Xe,300.0,300.0,520.33
+[S139],Sr,,,Ti,,,O,,0.333,,3.17,98.26,0.5,18.5,,,Hg,400.0,365.0,1100.0
+[S140],Na,,,Nb,,,O,,0.14,,2.98,,1.0,20.0,,,Xe,400.0,300.0,103.3
+[S140],Na,,,Nb,,,O,,0.14,,2.99,,1.0,20.0,,,Xe,400.0,300.0,330.3
+[S140],Na,,,Nb,,,O,,0.14,,3.06,,1.0,20.0,,,Xe,400.0,300.0,261.1
+[S140],Na,,,Nb,,,O,,0.14,,3.09,,1.0,20.0,,,Xe,400.0,300.0,7.5
+[S141],K,,,Nb,,,O,,0.217,,3.21,1.5,2.0,10.0,,,Xe,450.0,,29.0
+[S141],K,,,Nb,Zr,,O,,0.207,,3.2,1.83,2.0,10.0,,,Xe,450.0,,175.41
+[S141],K,,,Nb,Zr,,O,,0.192,,3.16,2.96,2.0,10.0,,,Xe,450.0,,886.87
+[S141],K,,,Nb,Zr,,O,,0.181,,3.08,8.55,2.0,10.0,,,Xe,450.0,,517.95
+[S141],K,,,Nb,Zr,,O,,0.163,,3.01,14.55,2.0,10.0,,,Xe,450.0,,520.8
+[S141],K,,,Nb,Zr,,O,,0.181,,3.08,8.55,2.0,10.0,,,Xe,450.0,,895.0
+[S141],K,,,Nb,Zr,,O,,0.181,,3.08,8.55,2.0,10.0,,,Xe,450.0,,458.33
+[S142],Sr,,,Ti,,,O,,0.478,,3.2,,1.0,0.0,,,visible,420.0,420.0,0.6
+[S142],Sr,,,Ti,,,O,,0.478,,3.2,,1.0,0.0,,,visible,420.0,420.0,3.0
+[S142],Sr,,,Ti,,,O,,0.478,,3.2,,1.0,0.0,,,visible,420.0,420.0,12.0
+[S142],Sr,,,Ti,,,O,,0.478,,3.2,,1.0,0.0,,,visible,420.0,420.0,3.0
+[S143],Na,,,Ta,,,O,,0.091,,3.97,,1.0,10.0,,,Xe,300.0,400.0,633.0
+[S143],Na,,,Ta,Nb,,O,,0.095,,3.9,,1.0,10.0,,,Xe,300.0,400.0,717.0
+[S143],Na,,,Ta,Nb,,O,,0.098,,3.83,,1.0,10.0,,,Xe,300.0,400.0,1333.0
+[S143],Na,,,Ta,Nb,,O,,0.102,,3.76,,1.0,10.0,,,Xe,300.0,400.0,2000.0
+[S143],Na,,,Ta,Nb,,O,,0.111,,3.69,,1.0,10.0,,,Xe,300.0,400.0,2416.0
+[S143],Na,,,Ta,Nb,,O,,0.121,,3.62,,1.0,10.0,,,Xe,300.0,400.0,1583.0
+[S143],Na,,,Ta,Nb,,O,,0.127,,3.55,,1.0,10.0,,,Xe,300.0,400.0,1366.0
+[S143],Na,,,Nb,,,O,,0.14,,3.43,,1.0,10.0,,,Xe,300.0,400.0,950.0
+[S144],Ca,,,Ti,,,O,,0.295,,3.51,5.37,1.0,0.0,Na2SO3,,Hg,500.0,400.0,156.0
+[S144],Ca,La,,Ti,Cr,,O,,0.27,0.049,2.49,14.69,1.0,0.0,Na2SO3,,Hg,500.0,250.0,495.0
+[S144],Ca,La,,Ti,Cr,,O,,0.27,0.049,2.49,14.69,1.0,0.0,Na2SO3,,Hg,500.0,400.0,98.1
+[S144],Ca,La,,Ti,Cr,,O,,0.247,0.095,2.48,9.72,1.0,0.0,Na2SO3,,Hg,500.0,250.0,268.0
+[S144],Ca,La,,Ti,Cr,,O,,0.247,0.095,2.48,9.72,1.0,0.0,Na2SO3,,Hg,500.0,400.0,116.0
+[S144],Ca,La,,Ti,Cr,,O,,0.205,0.177,2.5,9.51,1.0,0.0,Na2SO3,,Hg,500.0,250.0,324.0
+[S144],Ca,La,,Ti,Cr,,O,,0.205,0.177,2.5,9.51,1.0,0.0,Na2SO3,,Hg,500.0,400.0,163.0
+[S145],Zn,,,Cd,,,S,,0.27,,2.47,162.0,0.333,0.0,Na2S,Na2SO3,Xe,300.0,420.0,7582.0
+[S145],Zn,Cu,,Cd,,,S,,0.265,0.05,2.45,202.2,0.333,0.0,Na2S,Na2SO3,Xe,300.0,420.0,12934.0
+[S145],Zn,Cu,,Cd,,,S,,0.26,0.011,2.43,206.5,0.333,0.0,Na2S,Na2SO3,Xe,300.0,420.0,21318.8
+[S145],Zn,Cu,,Cd,,,S,,0.254,0.016,2.41,197.7,0.333,0.0,Na2S,Na2SO3,Xe,300.0,420.0,13870.6
+[S145],Zn,Cu,,Cd,,,S,,0.249,0.021,2.39,167.1,0.333,0.0,Na2S,Na2SO3,Xe,300.0,420.0,13870.6
+[S145],Zn,Cu,,Cd,,,S,,0.243,0.026,2.38,163.0,0.333,0.0,Na2S,Na2SO3,Xe,300.0,420.0,10927.0
+[S146],Sr,La,,Ti,Cr,,O,,0.417,0.073,2.31,7.0301,1.0,10.0,NaOH,,Xe,300.0,250.0,64.0
+[S146],Sr,La,,Ti,Cr,,O,,0.417,0.073,2.31,7.0301,1.0,10.0,NaOH,,Xe,300.0,400.0,28.8
+[S146],Ca,La,,Ti,Cr,,O,,0.247,0.095,2.52,3.3447,1.0,10.0,NaOH,,Xe,300.0,250.0,32.0
+[S146],Ca,La,,Ti,Cr,,O,,0.247,0.095,2.52,3.3447,1.0,10.0,NaOH,,Xe,300.0,400.0,6.0
+[S146],Ba,La,,Ti,Cr,,O,,0.529,0.059,2.49,22.4631,1.0,10.0,NaOH,,Xe,300.0,250.0,5.83
+[S146],Ba,La,,Ti,Cr,,O,,0.529,0.059,2.49,22.4631,1.0,10.0,NaOH,,Xe,300.0,400.0,2.0
+[S147],Sr,Bi,,Ta,,,O,,0.087,0.413,4.21,,0.5,12.5,AgNO3,,Hg,350.0,,2640.0
+[S147],Sr,Bi,,Ta,Ce,,O,,0.087,0.409,4.61,,0.5,12.5,AgNO3,,Hg,350.0,,2470.0
+[S147],Sr,Bi,,Ta,Ce,,O,,0.087,0.405,4.78,,0.5,12.5,AgNO3,,Hg,350.0,,3000.0
+[S147],Sr,Bi,,Ta,Ce,,O,,0.087,0.401,5.06,,0.5,12.5,AgNO3,,Hg,350.0,,3460.0
+[S147],Sr,Bi,,Ta,Ce,,O,,0.088,,5.85,,0.5,12.5,AgNO3,,Hg,350.0,,4640.0
+[S148],Na,,,Ti,,,O,,0.085,,3.58,48.0,0.5,0.0,,,UV,300.0,254.0,85.0
+[S148],Na,,,Ti,,,O,,0.085,,3.58,29.0,0.5,0.0,,,UV,300.0,254.0,128.0
+[S148],Na,,,Ti,,,O,,0.085,,3.58,22.0,0.5,0.0,,,UV,300.0,254.0,213.0
+[S148],Na,,,Ti,,,O,,0.085,,3.58,12.0,0.5,0.0,,,UV,300.0,254.0,179.0
+[S148],Na,,,Ti,,,O,,0.085,,3.59,22.0,0.5,0.0,,,UV,300.0,254.0,389.0
+[S148],Na,,,Ti,Zr,,O,,0.079,,3.62,21.0,0.5,0.0,,,UV,300.0,254.0,1896.0
+[S148],Na,,,Ti,Zr,,O,,0.079,,3.61,21.0,0.5,0.0,,,UV,300.0,254.0,2482.0
+[S149],La,,,Fe,,,O,,0.572,,2.2,,1.0,10.0,,,Xe,300.0,420.0,133.0
+[S149],La,,,Fe,Ti,,O,,0.575,,2.1,,1.0,10.0,,,Xe,300.0,420.0,300.0
+[S149],La,Sr,,Fe,,,O,,0.502,0.056,1.5,,1.0,10.0,,,Xe,300.0,420.0,33.33
+[S149],La,Sr,,Fe,Ti,,O,,0.521,0.042,1.5,,1.0,10.0,,,Xe,300.0,420.0,53.33
+[S149],La,Sr,,Fe,Ti,,O,,0.557,0.014,1.5,,1.0,10.0,,,Xe,300.0,420.0,426.67
+[S149],La,Sr,,Fe,Ti,,O,,0.539,0.028,2.0,,1.0,10.0,,,Xe,300.0,420.0,560.0
+[S150],Sr,,,Ti,Al,,O,,0.471,,3.3,,2.5,20.0,,,Xe,150.0,,200.0
+[S150],Sr,,,Ti,Al,,O,,0.471,,3.3,,2.5,0.0,C3H8O,,Xe,150.0,,200.0
+[S150],Sr,,,Ti,Al,,O,,0.471,,3.3,,2.5,20.0,,,Xe,150.0,,270.0
+[S150],Sr,,,Ti,Al,,O,,0.471,,3.3,,2.5,0.0,C3H8O,,Xe,150.0,,230.0
+[S150],Sr,,,Ti,Al,,O,,0.471,,3.3,,2.5,20.0,,,Xe,150.0,,255.0
+[S150],Sr,,,Ti,Al,,O,,0.471,,3.3,,2.5,0.0,C3H8O,,Xe,150.0,,250.0
+[S150],Sr,,,Ti,,,O,,0.478,,3.4,,2.5,20.0,,,Xe,150.0,,10.0
+[S150],Sr,,,Ti,,,O,,0.478,,3.4,,2.5,0.0,C3H8O,,Xe,150.0,,150.0
+[S150],Sr,,,Ti,Al,,O,,0.474,,3.45,,2.5,20.0,,,Xe,150.0,,40.0
+[S150],Sr,,,Ti,Al,,O,,0.474,,3.45,,2.5,0.0,C3H8O,,Xe,150.0,,210.0
+[S150],Sr,,,Ti,Al,,O,,0.467,,3.45,,2.5,20.0,,,Xe,150.0,,275.0
+[S150],Sr,,,Ti,Al,,O,,0.467,,3.45,,2.5,0.0,C3H8O,,Xe,150.0,,345.0
+[S151],La,,,Co,,,O,,0.565,,1.42,,1.0,0.0,CH2O,,Xe,500.0,,14.37
+[S151],La,,,Co,,,O,,0.565,,1.42,,1.0,0.0,CH2O,,Xe,500.0,,22.75
+[S151],La,,,Co,,,O,,0.565,,1.42,,1.0,0.0,CH2O,,Xe,500.0,,33.53
+[S151],La,,,Co,,,O,,0.565,,1.42,,1.0,0.0,CH2O,,Xe,500.0,,28.74
+[S151],La,,,Co,,,O,,0.565,,1.42,,1.0,0.0,CH2O,,Xe,500.0,,26.94

metadata/table_data/table42.csv

@@ -0,0 +1,216 @@
+"Ca ion, mM","CO3 ion, mM","HCO3 ion, mM",Polymer type,"Polymer Mwt, kDa","Polymer, % wt.",Surfactant type,"Surfactant, % wt.",Solvent type,"Solvent, % vol.","Stirring, rpm","Temperature, C",Synthesis time
+81,22,0,PVP,40.0,0.335,Myristyltrimethylammonium bromide,0.425,,0.0,0,58,89 min 0 sec
+133,22,240,PEG,3.0,0.375,,0.0,,0.0,0,68,8 min 20 sec
+69,203,0,PAA,2.1,0.395,,0.0,,0.0,770,76,34 min 50 sec
+50,46,31,PSS,1000.0,0.32,,0.0,,0.0,0,58,28 min 49 sec
+179,0,280,PEI,25.0,0.875,,0.0,,0.0,0,68,8 min 40 sec
+65,136,0,PEI,75.0,0.25,Myristyltrimethylammonium bromide,0.195,,0.0,0,68,8 min 30 sec
+194,63,0,PEG,3.0,0.595,,0.0,,0.0,770,76,34 min 30 sec
+295,260,83,PAA,2.1,0.28,,0.0,,0.0,0,58,28 min 19 sec
+249,225,30,PVP,40.0,0.08,,0.0,,0.0,0,58,28 min 10 sec
+80,50,0,PEI,25.0,0.675,,0.0,,0.0,0,68,19 min 25 sec
+216,144,200,PVP,40.0,0.725,,0.0,,0.0,770,76,21 min 30 sec
+59,0,131,PSS,1000.0,0.14,,0.0,,0.0,0,58,29 min 30 sec
+52,71,56,PAA,17.0,0.5,,0.0,,0.0,0,68,4 min 0 sec
+175,71,0,PVP,40.0,0.6,,0.0,,0.0,770,76,34 min 9 sec
+73,184,0,PEG,3.0,0.27,,0.0,,0.0,0,68,3 min 50 sec
+31,219,23,PEI,25.0,0.09,,0.0,,0.0,770,76,21 min 19 sec
+17,0,100,PSS,1000.0,0.85,,0.0,,0.0,0,68,19 min 4 sec
+26,39,36,PEI,75.0,0.5,,0.0,,0.0,770,76,21 min 10 sec
+220,77,52,PEG,80.0,0.255,,0.0,,0.0,770,76,21 min 0 sec
+255,156,18,PAA,17.0,0.4,,0.0,,0.0,770,76,20 min 19 sec
+35,67,32,PSS,1000.0,0.65,,0.0,,0.0,770,76,20 min 10 sec
+57,140,200,PEI,25.0,0.155,,0.0,,0.0,0,68,8 min 0 sec
+124,0,272,PAA,2.1,0.075,,0.0,,0.0,770,76,34 min 39 sec
+90,10,72,PEG,3.0,0.14,,0.0,,0.0,0,68,18 min 45 sec
+96,26,241,PAA,17.0,0.225,,0.0,,0.0,0,58,29 min 19 sec
+85,81,28,,0.0,0.0,,0.0,Ethylene glycol,10.0,0,30,44 min 20 sec
+74,184,44,,0.0,0.0,,0.0,1-Hexanol,20.0,0,37,5 min 0 sec
+94,95,0,,0.0,0.0,,0.0,Isopropyl alcohol,70.0,0,37,4 min 50 sec
+33,0,185,,0.0,0.0,,0.0,Methyl alcohol,16.4,440,55,40 min 30 sec
+351,236,180,,0.0,0.0,,0.0,tert-Butanol,7.8,350,50,5 min 30 sec
+49,82,243,,0.0,0.0,,0.0,Dimethylformamide,17.4,0,30,44 min 50 sec
+285,120,166,,0.0,0.0,,0.0,Isopropyl alcohol,10.8,0,37,4 min 40 sec
+63,159,25,,0.0,0.0,,0.0,Methyl alcohol,8.8,0,30,44 min 9 sec
+189,0,181,,0.0,0.0,,0.0,Isopropyl alcohol,41.0,440,55,40 min 20 sec
+154,0,42,,0.0,0.0,,0.0,Propylene glycol,23.2,440,55,40 min 9 sec
+78,58,82,,0.0,0.0,,0.0,1-Hexanol,7.0,440,55,40 min 0 sec
+87,350,0,,0.0,0.0,,0.0,Dimethylformamide,14.0,0,30,44 min 39 sec
+117,285,110,,0.0,0.0,,0.0,Methyl alcohol,4.6,0,37,3 min 50 sec
+203,0,100,,0.0,0.0,,0.0,Isopropyl alcohol,56.0,0,37,3 min 40 sec
+58,96,48,,0.0,0.0,,0.0,Dimethylformamide,33.8,440,55,39 min 39 sec
+26,96,170,,0.0,0.0,,0.0,Propylene glycol,16.8,440,55,39 min 30 sec
+162,44,0,,0.0,0.0,,0.0,tert-Butanol,34.0,250,35,17 min 19 sec
+214,0,140,,0.0,0.0,,0.0,tert-Butanol,20.0,350,50,6 min 20 sec
+59,0,109,,0.0,0.0,,0.0,1-Hexanol,3.2,350,50,5 min 20 sec
+116,68,15,,0.0,0.0,,0.0,1-Hexanol,18.2,250,35,17 min 10 sec
+51,23,150,,0.0,0.0,,0.0,Dimethylformamide,10.6,250,35,17 min 0 sec
+51,129,192,,0.0,0.0,,0.0,1-Hexanol,8.4,350,50,6 min 10 sec
+262,0,213,,0.0,0.0,,0.0,Isopropyl alcohol,18.0,0,30,45 min 9 sec
+79,0,96,,0.0,0.0,,0.0,1-Hexanol,11.4,350,50,6 min 0 sec
+82,0,18,,0.0,0.0,,0.0,1-Hexanol,42.0,350,50,5 min 50 sec
+46,0,155,,0.0,0.0,,0.0,Dimethylformamide,44.0,0,30,45 min 0 sec
+146,146,0,,0.0,0.0,,0.0,Methyl alcohol,40.0,0,37,4 min 30 sec
+379,112,0,,0.0,0.0,,0.0,Ethylene glycol,24.2,250,35,16 min 49 sec
+324,28,0,,0.0,0.0,,0.0,Propylene glycol,37.6,250,35,16 min 30 sec
+87,0,20,,0.0,0.0,,0.0,Methyl alcohol,27.0,0,37,4 min 20 sec
+70,180,0,,0.0,0.0,,0.0,Methyl alcohol,8.0,0,37,4 min 0 sec
+22,146,0,,0.0,0.0,,0.0,Dimethylformamide,6.2,250,35,16 min 19 sec
+37,98,40,,0.0,0.0,Myristyltrimethylammonium bromide,0.285,1-Hexanol,8.0,0,26,19 min 4 sec
+37,84,109,,0.0,0.0,Triton X-100,2.0,Ethylene glycol,8.4,590,19,14 min 25 sec
+70,40,0,,0.0,0.0,Sodium dodecylsulfate,0.07,Isopropyl alcohol,18.6,590,19,14 min 15 sec
+88,126,67,,0.0,0.0,Sodium dodecylsulfate,0.16,tert-Butanol,13.4,0,26,18 min 55 sec
+330,0,205,,0.0,0.0,Sodium dodecylsulfate,0.13,1-Hexanol,17.2,0,50,4 min 35 sec
+290,61,104,,0.0,0.0,Triton X-100,5.0,Isopropyl alcohol,12.6,0,50,5 min 25 sec
+161,0,31,,0.0,0.0,Myristyltrimethylammonium bromide,0.185,1-Hexanol,40.0,0,26,18 min 45 sec
+65,185,0,,0.0,0.0,Sodium dodecylsulfate,0.31,Propylene glycol,8.6,590,19,14 min 5 sec
+38,0,106,,0.0,0.0,Myristyltrimethylammonium bromide,0.23,Dimethylformamide,23.4,0,26,18 min 34 sec
+50,74,186,,0.0,0.0,Myristyltrimethylammonium bromide,1.175,tert-Butanol,7.8,0,50,4 min 15 sec
+39,243,0,,0.0,0.0,Sodium dodecylsulfate,0.21,Ethylene glycol,34.0,0,50,3 min 15 sec
+122,205,0,,0.0,0.0,Myristyltrimethylammonium bromide,0.12,tert-Butanol,18.4,0,26,18 min 25 sec
+78,0,255,,0.0,0.0,Sodium dodecylsulfate,1.25,Dimethylformamide,5.2,0,26,18 min 15 sec
+86,0,155,,0.0,0.0,Myristyltrimethylammonium bromide,0.265,Ethylene glycol,4.2,0,50,3 min 5 sec
+176,31,53,,0.0,0.0,Myristyltrimethylammonium bromide,0.17,Methyl alcohol,42.0,0,26,17 min 55 sec
+97,58,0,,0.0,0.0,Sodium dodecylsulfate,0.17,1-Hexanol,28.0,0,50,2 min 55 sec
+75,137,0,,0.0,0.0,Myristyltrimethylammonium bromide,0.17,Methyl alcohol,17.2,0,26,19 min 15 sec
+140,111,111,,0.0,0.0,Sodium dodecylsulfate,0.385,Methyl alcohol,28.4,0,26,17 min 25 sec
+32,0,180,,0.0,0.0,Triton X-100,3.9,Propylene glycol,13.4,590,19,15 min 5 sec
+40,0,64,,0.0,0.0,Myristyltrimethylammonium bromide,0.085,tert-Butanol,46.0,0,26,17 min 15 sec
+55,0,145,,0.0,0.0,Triton X-100,2.5,Dimethylformamide,13.2,590,19,14 min 55 sec
+110,81,112,,0.0,0.0,Myristyltrimethylammonium bromide,0.365,Dimethylformamide,35.4,0,50,5 min 0 sec
+44,159,0,,0.0,0.0,Myristyltrimethylammonium bromide,0.06,Propylene glycol,29.0,590,19,14 min 45 sec
+146,131,36,,0.0,0.0,Myristyltrimethylammonium bromide,0.28,Dimethylformamide,9.0,690,22,15 min 40 sec
+22,251,0,,0.0,0.0,Myristyltrimethylammonium bromide,0.87,tert-Butanol,32.0,0,50,4 min 45 sec
+32,51,0,,0.0,0.0,Sodium dodecylsulfate,0.93,Ethylene glycol,24.0,0,26,17 min 45 sec
+43,0,63,,0.0,0.0,Myristyltrimethylammonium bromide,0.16,1-Hexanol,12.2,0,26,17 min 34 sec
+51,0,140,,0.0,0.0,Myristyltrimethylammonium bromide,0.09,Ethylene glycol,17.4,690,22,15 min 30 sec
+51,71,77,,0.0,0.0,Sodium dodecylsulfate,0.12,Isopropyl alcohol,34.0,690,22,15 min 15 sec
+105,206,97,,0.0,0.0,Sodium dodecylsulfate,0.27,Isopropyl alcohol,27.0,690,22,15 min 5 sec
+90,142,167,,0.0,0.0,Sodium dodecylsulfate,0.44,Isopropyl alcohol,5.8,690,22,14 min 55 sec
+60,55,60,,0.0,0.0,,0.0,,0.0,0,50,21 min 30 sec
+43,140,44,,0.0,0.0,,0.0,,0.0,0,50,21 min 19 sec
+95,80,88,,0.0,0.0,,0.0,,0.0,330,43,33 min 30 sec
+142,80,190,,0.0,0.0,,0.0,,0.0,330,43,33 min 20 sec
+182,0,97,,0.0,0.0,,0.0,,0.0,0,23,7 min 30 sec
+163,42,91,,0.0,0.0,,0.0,,0.0,0,50,21 min 10 sec
+86,0,69,,0.0,0.0,,0.0,,0.0,0,23,7 min 20 sec
+209,26,144,,0.0,0.0,,0.0,,0.0,330,43,33 min 9 sec
+65,170,0,,0.0,0.0,,0.0,,0.0,0,50,21 min 0 sec
+53,0,77,,0.0,0.0,,0.0,,0.0,0,23,7 min 10 sec
+172,0,165,,0.0,0.0,,0.0,,0.0,0,23,7 min 0 sec
+110,83,0,,0.0,0.0,,0.0,,0.0,330,43,33 min 0 sec
+41,66,0,,0.0,0.0,,0.0,,0.0,0,50,20 min 49 sec
+42,120,0,,0.0,0.0,,0.0,,0.0,330,43,32 min 50 sec
+136,165,28,,0.0,0.0,,0.0,,0.0,0,50,20 min 40 sec
+36,81,140,,0.0,0.0,,0.0,,0.0,0,23,6 min 50 sec
+120,55,32,,0.0,0.0,,0.0,,0.0,330,43,32 min 39 sec
+109,20,32,,0.0,0.0,,0.0,,0.0,0,23,6 min 40 sec
+52,0,175,,0.0,0.0,,0.0,,0.0,0,50,20 min 30 sec
+66,0,56,,0.0,0.0,,0.0,,0.0,330,43,32 min 30 sec
+82,36,79,,0.0,0.0,,0.0,,0.0,0,23,6 min 20 sec
+90,185,0,,0.0,0.0,,0.0,,0.0,0,50,20 min 10 sec
+185,185,61,,0.0,0.0,,0.0,,0.0,0,23,6 min 10 sec
+220,46,0,,0.0,0.0,,0.0,,0.0,0,50,20 min 0 sec
+97,147,14,,0.0,0.0,,0.0,,0.0,0,50,19 min 49 sec
+86,0,18,,0.0,0.0,,0.0,,0.0,0,50,19 min 40 sec
+70,57,110,,0.0,0.0,,0.0,,0.0,330,43,32 min 30 sec
+38,92,0,,0.0,0.0,,0.0,,0.0,0,50,19 min 30 sec
+146,167,0,,0.0,0.0,,0.0,,0.0,330,43,32 min 20 sec
+105,74,33,,0.0,0.0,,0.0,,0.0,330,43,32 min 9 sec
+63,67,53,,0.0,0.0,,0.0,,0.0,330,43,32 min 0 sec
+25,60,0,,0.0,0.0,,0.0,,0.0,330,43,31 min 49 sec
+77,77,43,PSS,1000.0,0.025,,0.0,Methyl alcohol,14.6,400,28,17 min 10 sec
+62,0,94,PVP,40.0,0.29,,0.0,Propylene glycol,8.2,400,28,17 min 0 sec
+51,63,0,PEG,20.0,0.025,,0.0,tert-Butanol,13.0,0,64,20 min 25 sec
+51,55,55,PEI,75.0,0.02,,0.0,Methyl alcohol,7.4,0,47,5 min 50 sec
+82,0,64,PSS,1000.0,0.045,,0.0,tert-Butanol,8.6,500,41,19 min 10 sec
+83,22,83,PEG,20.0,0.125,,0.0,1-Hexanol,4.8,0,70,10 min 0 sec
+95,28,66,PSS,70.0,0.03,,0.0,Dimethylformamide,18.4,0,47,5 min 40 sec
+100,23,0,PEG,20.0,0.3,,0.0,Ethylene glycol,2.6,0,47,5 min 30 sec
+46,50,0,PVP,40.0,0.12,,0.0,Dimethylformamide,3.0,0,64,20 min 15 sec
+50,0,35,PAA,2.1,0.4,,0.0,Propylene glycol,5.0,500,41,19 min 0 sec
+69,68,16,PEI,75.0,0.115,,0.0,Ethylene glycol,14.2,500,41,18 min 49 sec
+63,78,23,PVP,40.0,0.025,,0.0,1-Hexanol,7.8,0,47,5 min 20 sec
+62,89,0,PSS,70.0,0.12,,0.0,tert-Butanol,3.2,0,64,20 min 4 sec
+38,96,0,PVP,360.0,0.14,,0.0,Methyl alcohol,20.0,0,47,5 min 0 sec
+46,66,62,PAA,2.1,0.015,,0.0,Isopropyl alcohol,4.4,0,70,9 min 50 sec
+72,0,40,PEI,75.0,0.305,,0.0,1-Hexanol,9.8,0,47,4 min 50 sec
+72,0,72,PVP,360.0,0.103333333,,0.0,1-Hexanol,13.6,400,28,16 min 49 sec
+84,16,0,PEG,8.0,0.44,,0.0,Ethylene glycol,18.4,500,41,18 min 40 sec
+91,16,80,PEG,8.0,0.29,,0.0,Dimethylformamide,14.2,0,70,9 min 40 sec
+97,64,0,PVP,360.0,0.065,,0.0,Isopropyl alcohol,8.6,400,28,16 min 40 sec
+97,79,100,PAA,2.1,0.1,,0.0,Methyl alcohol,4.6,500,41,18 min 30 sec
+81,0,28,PEG,8.0,0.19,,0.0,Isopropyl alcohol,16.6,0,70,9 min 30 sec
+66,94,35,PVP,360.0,0.005,,0.0,tert-Butanol,17.6,0,70,9 min 9 sec
+56,88,13,PAA,2.1,0.24,,0.0,1-Hexanol,17.0,400,28,16 min 19 sec
+68,72,29,PSS,70.0,0.41,,0.0,Methyl alcohol,11.0,0,64,19 min 55 sec
+50,53,11,PEI,75.0,0.42,,0.0,Ethylene glycol,10.0,0,64,19 min 45 sec
+50,71,34,PSS,1000.0,0.11,,0.0,Dimethylformamide,9.6,500,41,18 min 19 sec
+29,87,53,PVP,360.0,0.016666667,,0.0,Propylene glycol,9.2,0,70,9 min 0 sec
+36,0,71,PSS,70.0,0.23,,0.0,Propylene glycol,18.8,0,64,19 min 30 sec
+44,66,88,PEG,8.0,0.075,,0.0,Ethylene glycol,6.4,400,28,16 min 10 sec
+88,0,58,PVP,360.0,0.03,,0.0,Dimethylformamide,6.0,0,64,19 min 19 sec
+93,0,66,PSS,1000.0,0.325,,0.0,1-Hexanol,20.0,0,64,19 min 10 sec
+80,33,147,PEG,8.0,0.3,Myristyltrimethylammonium bromide,0.8,,0.0,0,65,34 min 50 sec
+70,23,0,PAA,2.1,0.45,Myristyltrimethylammonium bromide,0.315,,0.0,730,46,8 min 55 sec
+70,44,76,PSS,1000.0,0.8,Sodium dodecylsulfate,0.025,,0.0,0,65,34 min 39 sec
+125,67,97,PEG,8.0,0.15,Myristyltrimethylammonium bromide,0.565,,0.0,0,50,5 min 0 sec
+149,185,0,PEI,75.0,1.2,Myristyltrimethylammonium bromide,0.435,,0.0,0,65,34 min 30 sec
+64,230,0,PEI,75.0,0.305,Myristyltrimethylammonium bromide,0.225,,0.0,730,46,8 min 45 sec
+56,75,6,PVP,40.0,1.1,Myristyltrimethylammonium bromide,0.135,,0.0,730,46,8 min 35 sec
+39,0,200,PAA,2.1,0.3,Sodium dodecylsulfate,0.045,,0.0,0,50,4 min 50 sec
+89,0,200,PSS,1000.0,0.55,Myristyltrimethylammonium bromide,0.08,,0.0,0,65,34 min 20 sec
+100,0,59,PEI,75.0,0.9,Hexadecyltrimethylammonium bromide,0.003,,0.0,730,46,8 min 25 sec
+198,75,0,PEI,75.0,0.02,Sodium dodecylsulfate,0.08,,0.0,0,65,34 min 9 sec
+93,32,4,PVP,40.0,0.795,Myristyltrimethylammonium bromide,0.05,,0.0,730,46,8 min 15 sec
+81,0,149,PAA,2.1,0.15,Sodium dodecylsulfate,0.67,,0.0,0,50,4 min 40 sec
+162,0,82,PEI,75.0,0.025,Hexadecyltrimethylammonium bromide,0.001125,,0.0,0,50,4 min 30 sec
+119,15,63,PEI,75.0,0.21,Sodium dodecylsulfate,0.485,,0.0,730,46,8 min 5 sec
+119,10,44,PEI,75.0,0.415,Sodium dodecylsulfate,0.93,,0.0,0,65,34 min 0 sec
+69,4,212,PEG,8.0,0.075,Hexadecyltrimethylammonium bromide,0.043125,,0.0,0,65,33 min 50 sec
+69,0,163,PSS,1000.0,0.1,Hexadecyltrimethylammonium bromide,0.005625,,0.0,730,46,7 min 55 sec
+59,8,96,PAA,2.1,0.075,Myristyltrimethylammonium bromide,0.04,,0.0,470,32,5 min 25 sec
+86,0,138,PVP,40.0,0.54,Hexadecyltrimethylammonium bromide,0.02475,,0.0,0,65,33 min 20 sec
+163,33,76,PVP,40.0,0.315,Myristyltrimethylammonium bromide,0.025,,0.0,730,46,6 min 55 sec
+102,275,0,PSS,1000.0,0.35,Hexadecyltrimethylammonium bromide,0.014625,,0.0,730,46,6 min 45 sec
+116,0,109,PVP,40.0,0.12,Sodium dodecylsulfate,0.12,,0.0,0,65,33 min 9 sec
+90,192,6,PEG,8.0,0.85,Myristyltrimethylammonium bromide,0.01,,0.0,470,32,5 min 15 sec
+70,9,49,PEI,75.0,0.585,Myristyltrimethylammonium bromide,1.355,,0.0,0,65,33 min 0 sec
+60,77,0,PSS,1000.0,0.225,Hexadecyltrimethylammonium bromide,0.033,,0.0,730,46,6 min 35 sec
+65,3,147,PEI,75.0,0.085,Hexadecyltrimethylammonium bromide,0.059625,,0.0,0,65,32 min 50 sec
+135,132,0,PSS,1000.0,0.95,Hexadecyltrimethylammonium bromide,0.0765,,0.0,730,46,6 min 25 sec
+85,0,85,PAA,2.1,0.03,Hexadecyltrimethylammonium bromide,0.099375,,0.0,730,46,6 min 15 sec
+112,49,0,PEG,8.0,0.5,Sodium dodecylsulfate,0.395,,0.0,470,32,4 min 45 sec
+89,5,235,PVP,40.0,0.015,Sodium dodecylsulfate,1.3,,0.0,470,32,4 min 35 sec
+33,110,0,PEG,8.0,1.1,Sodium dodecylsulfate,0.305,,0.0,0,65,32 min 39 sec
+79,41,250,,0.0,0.0,,0.0,,0.0,0,31,3 min 40 sec
+72,170,180,,0.0,0.0,,0.0,,0.0,820,35,16 min 10 sec
+360,0,65,,0.0,0.0,,0.0,,0.0,0,31,3 min 30 sec
+43,64,43,,0.0,0.0,,0.0,,0.0,820,35,16 min 0 sec
+52,115,30,,0.0,0.0,,0.0,,0.0,820,35,15 min 50 sec
+325,0,150,,0.0,0.0,,0.0,,0.0,0,31,3 min 20 sec
+275,87,171,,0.0,0.0,,0.0,,0.0,0,51,15 min 9 sec
+303,100,41,,0.0,0.0,,0.0,,0.0,620,68,48 min 20 sec
+88,0,205,,0.0,0.0,,0.0,,0.0,0,51,15 min 0 sec
+98,143,0,,0.0,0.0,,0.0,,0.0,0,31,3 min 9 sec
+230,240,0,,0.0,0.0,,0.0,,0.0,820,35,15 min 40 sec
+194,290,0,,0.0,0.0,,0.0,,0.0,820,35,15 min 30 sec
+160,0,63,,0.0,0.0,,0.0,,0.0,820,35,15 min 20 sec
+29,0,76,,0.0,0.0,,0.0,,0.0,0,31,3 min 0 sec
+18,385,0,,0.0,0.0,,0.0,,0.0,0,51,14 min 50 sec
+115,50,0,,0.0,0.0,,0.0,,0.0,0,31,2 min 50 sec
+44,255,185,,0.0,0.0,,0.0,,0.0,0,31,2 min 40 sec
+100,0,172,,0.0,0.0,,0.0,,0.0,820,35,11 min 50 sec
+218,285,33,,0.0,0.0,,0.0,,0.0,0,51,14 min 40 sec
+256,0,36,,0.0,0.0,,0.0,,0.0,0,31,2 min 30 sec
+76,34,40,,0.0,0.0,,0.0,,0.0,820,35,11 min 40 sec
+93,58,82,,0.0,0.0,,0.0,,0.0,0,31,2 min 20 sec
+182,62,0,,0.0,0.0,,0.0,,0.0,620,68,48 min 9 sec
+148,0,100,,0.0,0.0,,0.0,,0.0,0,31,2 min 9 sec
+100,330,154,,0.0,0.0,,0.0,,0.0,820,35,11 min 30 sec
+84,274,0,,0.0,0.0,,0.0,,0.0,620,68,48 min 0 sec
+68,0,240,,0.0,0.0,,0.0,,0.0,820,35,11 min 20 sec
+177,219,31,,0.0,0.0,,0.0,,0.0,820,35,11 min 9 sec
+216,78,62,,0.0,0.0,,0.0,,0.0,620,68,47 min 54 sec
+27,87,0,,0.0,0.0,,0.0,,0.0,620,68,47 min 45 sec
+21,0,66,,0.0,0.0,,0.0,,0.0,620,68,47 min 35 sec

metadata/table_data/table43.csv

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+size 344458919

metadata/table_data/table44.csv

@@ -0,0 +1,3 @@
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+size 4293394179

metadata/table_data/table45.csv

@@ -0,0 +1,3 @@
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+size 2562656784

metadata/table_data/table47.csv

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+size 535792495

metadata/table_data/table49.csv

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+id,PBE_latt_const,HSE_latt_const,PBE_gap,HSE_gap,HSE_decomp_energy,PBE_decomp_energy,PBE_mix_energy,HSE_mix_energy,Eps_elec,Ref_ind,Log_fom,Tol
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metadata/table_data/table5.csv

@@ -0,0 +1,63 @@
+Ref,Full Name of Perovskite,A site,A2 site,B site,B2 site,Duration of cycles (h),cycle1,cycle2,cycle3,cycle4,cycle5
+[A152],KTiNbO5,K,,Ti,Nb,3.0,350,350.3,350,-,-
+[A152],HTiNbO5,H,,Ti,Nb,3.0,400,393.3,386.7,-,-
+[A152],KTiTaO5,K,,Ti,Ta,3.0,195,187,180.7,-,-
+[A152],HTiTaO5,H,,Ti,Ta,3.0,257.7,248,243.3,-,-
+[A153],Cd0.5Zn0.5S,Zn,,Cd,,5.0,2100,2160,2280,-,-
+[A154],HTiNbO5,H,,Ti,Nb,1.0,263.3,397,245.3,-,-
+[A74],La:NaTaO3,Na,La,Ta,,3.0,5866.7,5333.3,5266.7,-,-
+[A74],NaTaO3,Na,,Ta,,2.0,2130,1795,1690,-,-
+[A75],Ca2Sb2O7,Ca,,Sb,,5.0,14.8,8.7,7.4,8.2,-
+[A75],Sr2Sb2O7,Sr,,Sb,,5.0,21.6,23,26,23,-
+[A76],NaTaO3,Na,,Ta,,1.0,-,-,-,-,-
+[A78],AgTaO3,Ag,,Ta,,22.0,80.5,50,46.8,-,-
+[A81],CaIn2O4,Ca,,In,,3.9,53.5,46,46,-,-
+[A82],BaIn0.5Nb0.5O3,Ba,,In,Nb,10.0,0.4,0.3,-,-,-
+[A82],CaIn0.5Nb0.5O3,Ca,,In,Nb,12.0,0.2,0.2,-,-,-
+[A82],SrIn0.5Nb0.5O3,Sr,,In,Nb,13.0,0,0,-,-,-
+[A85],Rh:SrTiO3,Sr,,Ti,Rh,6.0,238.3,230,-,-,-
+[A86],BaZn0.33Nb0.67O3,Ba,,Zn,Nb,14.9,319.2,182.7,-,-,-
+[A91],Cr:SrTiO3,Sr,Cr,Ti,,43.7,44.9,44.4,47.6,47.6,48.7
+[A98],BaZrO3,Ba,,Zr,,11.2,500,455.6,-,-,-
+[A104],Sr:NaTaO3,Na,Sr,Ta,,2.5,22240,12800,-,-,-
+[A111],Na0.6La0.4Ta0.6Cr0.4O3,Na,La,Ta,Cr,88.2,7.3,9.2,10.9,-,-
+[A112],NaNbO3,Na,,Nb,,13.0,73.1,84.6,-,-,-
+[A118],LaNi0.7Cu0.3O3,La,,Ni,Cu,1.1,515,512.4,501.8,485.8,-
+[A124],Cr:SrTiO3,Sr,Cr,Ti,,12.1,332.2,306.6,283.5,-,-
+[A125],La:NaTaO3,Na,La,Ta,,9.9,26.9,27.1,27.1,26.8,-
+[A127],La:NaTaO3,Na,La,Ta,,7.0,2800,2785.7,2785.7,-,-
+[A135],Bi0.5Na0.5TiO3,Bi,Na,Ti,,5.0,352,346,342,356,-
+[A155],K2Ti6O13,K,,Ti,,2.5,8720,8760,8640,8120,8240
+[A11],Zn0.8Cd0.2S,Zn,,Cd,,4.9,970,1140,1114,914,-
+[A156],AgTa0.7Nb0.3O3,Ag,,Ta,Nb,42.3,0.1,0.2,0.2,0.2,-
+[A4],Rh-Sb:SrTiO3,Sr,,Ti,Rh+Sb,6.9,18.3,17.4,14.6,-,-
+[A5],Sm2Ti2S2O5,Sm,,Ti,,5.1,46,29.6,14.8,-,-
+[A6],Ag:ZnIn1.5S3.3,Ag,Zn,In,,4.8,3240,3120,3220,-,-
+[A8],CuIn0.3Ag0.7S2,Cu,,In,Ag,23.5,587.2,574.5,527.7,497.9,-
+[A62],H2La0.67Ta2O7,H,La,Ta,,11.9,1500,1475,1491.7,-,-
+[A157],InNbOx,In,,Nb,,1.5,156.7,167.3,157.3,-,-
+[A65],Y1.3In0.7O3,Y,,In,,2.9,34.7,30.2,31.6,-,-
+[A143],La-Cr:CaTiO3,Ca,La,Ti,Cr,2.5,536,648,764,-,-
+[A140],Zr:KNbO3,K,,Nb,Zr,6.0,888.3,800,776.7,773.3,776.7
+[A139],NaNbO3,Na,,Nb,,4.9,336,364,350,-,-
+[A40],InTaO4,In,,Ta,,7.0,2,1.5,1,-,-
+[A53],Ca2Ta2O7,Ca,,Ta,,6.0,298.3,280,311.7,-,-
+[A158],Rh:SrTiO3,Sr,,Ti,Rh,9.9,937,933,931,-,-
+[A59],NiGa2O4,Ni,,Ga,,9.6,102,100,95.9,91.1,-
+[A159],Zn0.2Cd0.8S,Zn,,Cd,,4.9,1674,1586,1424,-,-
+[A76],Ba2InTaO6,Ba,,In,Ta,5.0,310,304,298,294,230
+[A160],HTiNbO5,H,,Ti,Nb,10.0,4810,4750,4750,-,-
+[A16],CaIn2S4,Ca,,In,,7.9,30.9,30.4,30.8,30.4,-
+[A44],Sr2Ta2O7,Sr,,Ta,,4.0,4725,4625,-,-,-
+[A28],ZNIn2S4,Zn,,In,,20.1,286,284,227,-,-
+[A19],Bi0.5Na0.5TiO3,Bi,Na,,Ti,5.0,356,350,346,362,-
+[A17],SbNbO4,Sb,,Nb,,2.3,8.8,8.4,8.6,-,-
+[A17],SbTaO4,Sb,,Ta,,1.0,-,-,-,-,-
+[A161],Zn0.5Cd0.5S,Zn,,Cd,,6.0,1003.3,1015,991.7,-,-
+[A162],KTiNbO5,K,,Ti,Nb,1.5,3900,3233.3,3066.7,-,-
+[A163],Zn0.8Cd0.2S,Zn,,Cd,,4.0,3450,3150,2750,-,-
+[A25],K4NB6O17,K,,Nb,,3.0,30433.3,30566.7,30400,-,-
+[A48],SrTiO3,Sr,,Ti,,4.9,268,232,-,-,-
+[A42],La2AlTaO7,La,,Ta,Al,10.0,1090,977,950,-,-
+[A56],ZNIn2S4,Zn,,In,,3.0,383.3,413.3,386.7,420,383.3
+[A164],BaZrO3,Ba,,Zr,,9.2,509.8,493.5,-,-,-

metadata/table_data/table50.csv

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+oid sha256:1d01700f771f50a83993fb8d86ebc6e814227c82fe241e89287249f408eed17e
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metadata/table_data/table52.csv

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+final_energy,optb88vdw_bandgap,optb88vdw_cbm,optb88vdw_vbm,offset
+-94.22629209,-0.3521999999999998,4.2821,3.9299,0.1705275340169199
+-155.44689227,-0.4756,5.4775,5.0019,-0.1592672289933379
+-129.68437497,-0.2770000000000001,4.6017,4.3247,-0.18972361881771116
+-137.42710336,0.6234999999999999,4.5854,5.2089,-0.31134686625131147
+-191.51312359,0.8818999999999999,5.258,6.1399,-0.9182967868328644
+-168.5512116,-0.4502999999999995,5.1609,4.7106,-0.9168658555902556
+-201.02516344,-0.5526,6.9787,6.4261,0.8230729226123605
+-207.57252903,-0.6938999999999993,6.8134,6.1195,0.5978046988467991
+-385.24643015,-1.4471999999999996,8.6359,7.1887,-0.5775227899807884
+-109.64061114,-0.1169999999999999,3.6149,3.4979,-1.0591856588034192
+-113.79856918,0.7906,3.4271,4.2177,-1.484328942123752
+-392.90492572,-1.5854000000000008,8.9975,7.4121,0.5119195408900161
+-169.10783066,-1.1139,7.4442,6.3303,-0.07778215929072108
+-271.10828246,0.2019999999999999,5.299,5.501,-0.1294691756505868
+-116.69903631,-0.9547,7.6845,6.7298,0.03823686597440634
+-105.54028021,-0.3275999999999999,3.7285,3.4009,-0.6424278163468902
+-112.40308549,1.0249,3.5097,4.5346,-1.0017631535595708
+-76.54407764,-0.4237000000000002,4.4279,4.0042,-1.2045057353253852
+-65.36966931,-0.5251999999999999,3.9833,3.4581,0.7714634134568312
+-39.13685112,-0.3079,2.3817,2.0738,-0.6987947005941524
+-31.82715988,-0.5192999999999999,3.5671,3.0478,-0.9748712622596614
+-108.90550489,-0.4215999999999997,3.9791,3.5575,-0.6124990610586107
+-145.92932666,-0.4345000000000008,5.6054,5.1709,0.8735367980716542
+-49.60687149,-0.3140999999999998,2.7733,2.4592,-0.57164231911189
+-46.3493461,-0.6551,2.9734,2.3183,-0.569702840922184
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