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The dataset generation failed
Error code: DatasetGenerationError
Exception: TypeError
Message: Couldn't cast array of type struct<comp_table: list<item: int64>, composition_row_index: list<item: int64>, chemical_col_index: list<item: int64>, gid_col_index: list<item: int64>, regex_table: list<item: int64>, composition_col_index: list<item: int64>, chemical_row_index: list<item: int64>, gid_row_index: list<item: int64>> to string
Traceback: Traceback (most recent call last):
File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 1887, in _prepare_split_single
writer.write_table(table)
File "/usr/local/lib/python3.12/site-packages/datasets/arrow_writer.py", line 675, in write_table
pa_table = table_cast(pa_table, self._schema)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 2272, in table_cast
return cast_table_to_schema(table, schema)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 2224, in cast_table_to_schema
cast_array_to_feature(
File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 1795, in wrapper
return pa.chunked_array([func(chunk, *args, **kwargs) for chunk in array.chunks])
^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 2086, in cast_array_to_feature
return array_cast(
^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 1797, in wrapper
return func(array, *args, **kwargs)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 1950, in array_cast
raise TypeError(f"Couldn't cast array of type {_short_str(array.type)} to {_short_str(pa_type)}")
TypeError: Couldn't cast array of type struct<comp_table: list<item: int64>, composition_row_index: list<item: int64>, chemical_col_index: list<item: int64>, gid_col_index: list<item: int64>, regex_table: list<item: int64>, composition_col_index: list<item: int64>, chemical_row_index: list<item: int64>, gid_row_index: list<item: int64>> to string
The above exception was the direct cause of the following exception:
Traceback (most recent call last):
File "/src/services/worker/src/worker/job_runners/config/parquet_and_info.py", line 1347, in compute_config_parquet_and_info_response
parquet_operations = convert_to_parquet(builder)
^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/src/services/worker/src/worker/job_runners/config/parquet_and_info.py", line 980, in convert_to_parquet
builder.download_and_prepare(
File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 884, in download_and_prepare
self._download_and_prepare(
File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 947, in _download_and_prepare
self._prepare_split(split_generator, **prepare_split_kwargs)
File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 1736, in _prepare_split
for job_id, done, content in self._prepare_split_single(
^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 1919, in _prepare_split_single
raise DatasetGenerationError("An error occurred while generating the dataset") from e
datasets.exceptions.DatasetGenerationError: An error occurred while generating the datasetNeed help to make the dataset viewer work? Make sure to review how to configure the dataset viewer, and open a discussion for direct support.
system string | question string | answer string |
|---|---|---|
You are a material scientist. Respond to the given question objectively. | Can we extract composition from this materials science composition table using regular expression parser?
Caption:Glass transition temperatures T
g of some representative sodium aluminophosphate glasses, prepared via both sol-gel (400-500degC) and melt-cooling (1100-1500degC) routes
Table:[['Composition Na2O-Al2O3-P2O5', 'T g (degC)', 'T g (degC)', 'T g (degC)'], ['Composition Na2O-Al2O3-P2O5', 'Sol-gel glass', 'Melt-prepared glass', ''], ['Composition Na2O-Al2O3-P2O5', 'From NaH2PO4/H3PO4', 'Melt-prepared glass', 'From NaPO3'], ['43.8-12.5-43.8', '430', '426', '442'], ['42.5-15-42.5', '446', '449', '453'], ['40-20-40', '452', '446', '441'], ['33.3-33.3-33.3', '454', '460', '-'], ['20-40-40', '520', '534', '-'], ['10-45-45', '545', '552', '-'], ['0-50-50', '1060', '-', '-'], ['10-40-50', '525', 'NM', '-'], ['30-20-50', '500', '495', '-'], ['37.5-12.5-50', '444', '435', '432'], ['50-12.5-37.5', '355', '340', '365'], ['50-25-25', '410', 'NM', '-']] | No |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Is this a materials science composition table?
Caption:Composition and selected properties of the
(
ZnO
)
30
(
MgO
)
x
(
P
2
O
5
)
70
-
x
glasses.
Table:[['Sample code', 'Composition (mol%)', 'Composition (mol%)', 'Composition (mol%)', 'Molar ratio', 'Density, r (gcm-3)', 'Molar volume, V m (cm3 mol-1)', 'E o (eV)', 'E s (eV)'], ['', 'ZnO', 'MgO', 'P2O5', 'O/P', '(+-0.001gcm3)', '(+-0.001cm3 mol-1)', '(+-0.03)', '(+-0.05)'], ['CZ 05', '30', '5', '65', '2.77', '3.228', '36.768', '0.40', '1.11'], ['CZ 08', '30', '8', '62', '2.80', '3.118', '37.008', '0.51', '1.08'], ['CZ 13', '30', '13', '57', '2.88', '2.937', '37.643', '0.51', '1.13'], ['CZ 18', '30', '18', '52', '2.96', '2.815', '37.469', '0.41', '1.04'], ['CZ 20', '30', '20', '50', '3.00', '2.712', '38.143', '0.41', '1.16']] | Yes |
You are a material scientist. Respond to the given question objectively. | Does row 2 of the table has complete information about the material composition?
Caption:Chemical composition (wt%) of the slag (after magnetic separation) and investigated glass
Table:[['Components', 'Slag', 'Glass'], ['CaO', '43.5+-0.5', '43.7+-0.4'], ['SiO2', '35.8+-0.4', '35.5+-0.6'], ['Al2O3', '11.8+-0.2', '11.5+-0.2'], ['MgO', '6.20+-0.1', '6.0+-0.1'], ['Fe2O3', '0.3+-0.05', '0.30+-0.03'], ['TiO2', '0.8+-0.1', '0.7+-0.1'], ['MnO', '0.7+-0.1', '0.7+-0.1'], ['P2O5', '0.07+-0.03', '0.04+-0.01'], ['Na2O', '0.08+-0.01', '0.07+-0.02'], ['K2O', '0.50+-0.04', '0.40+-0.04'], ['S', '0.80+-0.05', '0.04+-0.01'], ['C', '0.40+-0.05', '0.03+-0.003'], ['Pt', '-', '0.004+-0.0002']] | Yes |
You are a material scientist. Analyze and type your answer to the next question in one word. | Is this a materials science composition table?
Caption:Approximate 31P chemical shifts and their assignments in Ge-P-S glasses
Table:[['Shift (ppm)', 'Assignment'], ['123', 'Network PS3/2'], ['103', 'Network SPS3/2, mainly S NNN'], ['81', 'Network SPS3/2, mainly P NNN'], ['58', 'Cage/cluster SPS3/2, PS3/2'], ['44', 'Cage/cluster SPS3/2'], ['', ''], ['91', 'Network SPS3/2, P and S NNN'], ['73', 'Apical P in P4S3'], ['-111', 'Basal P in P4S3']] | No |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Can we extract composition from this materials science composition table using regular expression parser?
Caption:Prepeak parameters of the titanium borate glasses (1-y)LaMgB5O10-yTiO2 with y=0.2, 0.4 (LMBO-20% TiO2 and LMBO-40% TiO2, respectively) and reference samples [9], with various coordinances
Table:[['Samples', '[TiO n ] coordination polyhedra', 'Peak position (+-0.3 eV)'], ['Ba2TiO4', 'TiO4', '4968.2'], ['K2O-TiO2-2SiO2', 'TiO5', '4969.5'], ['', 'TiO6', '4967.5'], ['TiO2 (Anatase)', '', '4970.7'], ['', '', '4972.8'], ['LMBO-20% TiO2', 'TiO6', '4970.8'], ['LMBO-40% TiO2', 'TiO6', '4970.9']] | No |
You are a material scientist. Analyze and type your answer to the next question in one word. | Does row 0 of the table has complete information about the material composition?
Caption:Chemical analyses of samples from the 0.30Li2O*0.70(xTeO2*(1-x)SiO2) glass system, in wt%
a
Table:[['x', '%Li2O', '%Li2O', '%TeO2', '%TeO2', '%SiO2', '%SiO2', 'Others', 'Others'], ['', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Al2O3', 'K2O'], ['0.00', '17.6', '19.0', '-', '-', '82.4', '78.7', '0.23', '-'], ['0.10', '15.5', '14.0', '19.3', '19.9', '65.3', '65.1', '0.96', '-'], ['0.20', '13.8', '12.7', '34.4', '34.2', '51.8', '52.3', '0.76', '-'], ['0.25', '13.1', '12.0', '40.8', '41.7', '46.1', '45.9', '0.73', '0.52'], ['0.30', '12.5', '11.7', '46.6', '46.7', '40.9', '40.5', '0.65', '0.47'], ['1.00', '7.4', '6.9', '92.6', '92.0', '-', '-', '-', '-']] | No |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | Is there any chemical compound mentioned in column 4 of the table?
Caption:DCS analysis, where T
g is the glass-transition temperature, T
c1 and T
c2 the maxima crystallization peak temperatures, T
m1 and T
m2 are the melting points of crystalline phases
a
Table:[['Particle size (mm)', 'T g (degC)', 'T c1(degC)', 'T c2(degC)', 'T m1(degC)', 'T m2(degC)'], ['<74', '742', '920', '1000', '1285', '1315'], ['177-297', '742', '946', '1044', '1285', '1315']] | Yes |
You are a material scientist. Give crisp output to the following question. | Does row 1 of the table has complete information about the material composition?
Caption:Peak position and FWHM of the 1G4-3H5 radiative transition of Pr3+ ions in some non-oxide glasses
Table:[['Glass composition', 'Peak wavelength (nm)', 'FWHM (nm)', 'Reference'], ['ZBLAN', '1320', '89', '[11]'], ['CdX 2(X=F-,Cl-)', '1313', '87', '[11]'], ['InF3 based', '1320', '88', '[11]'], ['HfF4 based', '1320', '80', '[11]'], ['Ga-La-S', '1334', '90', '[30]'], ['GeS x', '1340', '110', '[31]'], ['Ge-Ga-S', '1344', '80', '[32]'], ['Ge-Sb-S', '1343', '77', '[5]'], ['Ge-Ga-Se', '1343', '70', 'This work']] | Yes |
You are a material scientist. Give crisp output to the following question. | Does row 1 of the table has complete information about the material composition?
Caption:Peak position and FWHM of the 1G4-3H5 radiative transition of Pr3+ ions in some non-oxide glasses
Table:[['Glass composition', 'Peak wavelength (nm)', 'FWHM (nm)', 'Reference'], ['ZBLAN', '1320', '89', '[11]'], ['CdX 2(X=F-,Cl-)', '1313', '87', '[11]'], ['InF3 based', '1320', '88', '[11]'], ['HfF4 based', '1320', '80', '[11]'], ['Ga-La-S', '1334', '90', '[30]'], ['GeS x', '1340', '110', '[31]'], ['Ge-Ga-S', '1344', '80', '[32]'], ['Ge-Sb-S', '1343', '77', '[5]'], ['Ge-Ga-Se', '1343', '70', 'This work']] | No |
You are a material scientist. Respond to the given question objectively. | Can we extract composition from this materials science composition table using regular expression parser?
Caption:Neutron and X-ray (at Q
=0A-1) weighting factors for xNa2S+(1-
x)B2S3 (x
0.2) glasses
Table:[['', 'B-S', 'B-B', 'S-S', 'Na-S', 'Na-B', 'Na-Na'], ['B2S3 neutron', '0.476', '0.834', '0.153', '-', '-', '-'], ['B2S3 X-ray', '0.285', '0.0297', '0.685', '-', '-', '-'], ['0.1Na2S neutron', '0.447', '0.335', '0.145', '0.027', '0.041', '0.001'], ['0.1Na2S X-ray', '0.257', '0.026', '0.640', '0.063', '0.013', '0.002'], ['0.15Na2S neutron', '0.431', '0.317', '0.147', '0.042', '0.061', '0.003'], ['0.15Na2S X-ray', '0.243', '0.024', '0.617', '0.094', '0.019', '0.004'], ['0.2Na2S neutron', '0.414', '0.298', '0.144', '0.056', '0.081', '0.006'], ['0.2Na2S X-ray', '0.228', '0.022', '0.594', '0.126', '0.024', '0.007']] | No |
You are a material scientist. Respond to the given question objectively. | Is this a materials science composition table?
Caption:Arrhenian temperature dependence of hydrogen gas diffusivity D, solubility S and permeability P in barium-aluminoborosilicate (BABS), silica (S5) and borosilicate (BS3) glass. Keys: Method: b=bulb, c=capillary, p=powder.
Table:[['Glass', 'Method', 'Property, P (mols-1 Pa-1 m-1), S (molm-3 Pa-1), D (m2 s-1)', 'Temperature rangeDT (degC)', 'Pre-exponential constants, P0 x10-10 (mols-1 Pa-1 m-1)S0 x10-5 (molm-3 Pa-1)D0 x10-9(m2 s-1)', 'Activation energies (ED, ES) (kJmol-1)'], ['BABS', 'c, p', 'P', '170-480', '3', '67'], ['BABS', 'p', 'S', '170-470', '0.01', '-17'], ['BABS', 'p', 'D', '290-470', '2000', '82'], ['S5', 'b, p', 'P', '150-900', '0.6', '38'], ['S5', 'p', 'S', '200-500', '1.8', '3'], ['S5', 'p', 'D', '210-550', '4', '37'], ['S1H', 'c', 'P', '200-400', '2.4', '43'], ['BS3', 'b, c, p', 'P', '200-480', '0.4', '39'], ['BS3', 'p', 'S', '200-480', '0.4', '-2'], ['BS3', 'p', 'D', '290-550', '1.6', '32']] | No |
You are a material scientist. Respond to the given question objectively. | Is there any chemical compound mentioned in column 8 of the table?
Caption:Chemical shifts, line-widths and integrated intensities of the 29Si-NMR lines corresponding to different Q
n
units in the four glasses
a
Table:[['Composition', '', 'Crystal d (ppm)', 'Glass', 'Glass', 'Glass', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Composition', '', 'Crystal d (ppm)', 'Center (ppm) +-0.5 ppm', 'FWHM (ppm) +-1 ppm', 'Area (%)', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Na2Ca2Si3O9', 'Q1', '', '-73.4', '9', '16+-5', ''], ['', 'Q2', '-88.2/-90.4/-92.8', '-80.0', '10', '72+-8', '8.2/10.4/12.8'], ['', 'Q3', '', '-88.5', '9', '12+-5', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Na4CaSi3O9', 'Q1', '', '-70.0', '7', '14+-5', ''], ['', 'Q2', '-85/-87', '-77.5', '8', '67+-8', '7.5/9.5'], ['', 'Q3', '', '-85.3', '9', '19+-7', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Wollastonite', 'Q1', '', '-75.6', '10', '20+-5', ''], ['', 'Q2', '-87.8/-88.9/-89.5', '-82.6', '11', '64+-8', '5.2/6.3/6.9'], ['', 'Q3', '', '-91.8', '11', '14+-5', ''], ['', 'Q4', '', '-103.3', '11', '2+-1', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Diopside', 'Q1', '', '-77.5', '11', '28+-8', ''], ['', 'Q2', '-84', '-84.0', '11', '43+-10', '0'], ['', 'Q3', '', '-92.7', '12', '25+-6', ''], ['', 'Q4', '', '-103.0', '12', '4+-1', '']] | No |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | Is there any chemical compound mentioned in column 3 of the table?
Caption:Chemical analyses of samples from the 0.30Li2O*0.70(xTeO2*(1-x)SiO2) glass system, in wt%
a
Table:[['x', '%Li2O', '%Li2O', '%TeO2', '%TeO2', '%SiO2', '%SiO2', 'Others', 'Others'], ['', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Al2O3', 'K2O'], ['0.00', '17.6', '19.0', '-', '-', '82.4', '78.7', '0.23', '-'], ['0.10', '15.5', '14.0', '19.3', '19.9', '65.3', '65.1', '0.96', '-'], ['0.20', '13.8', '12.7', '34.4', '34.2', '51.8', '52.3', '0.76', '-'], ['0.25', '13.1', '12.0', '40.8', '41.7', '46.1', '45.9', '0.73', '0.52'], ['0.30', '12.5', '11.7', '46.6', '46.7', '40.9', '40.5', '0.65', '0.47'], ['1.00', '7.4', '6.9', '92.6', '92.0', '-', '-', '-', '-']] | Yes |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Can we extract composition from this materials science composition table using regular expression parser?
Caption:Values of exponent x for (GeS2)x(Sb2S3)1-x thin films, the values for x=0.4 and 0.5 compositions were calculated from our previous work [30].
Table:[['x', 'x'], ['0.1', '0.539+-0.013'], ['0.2', '0.651+-0.009'], ['0.3', '0.655+-0.013'], ['0.4', '0.697+-0.017'], ['0.5', '0.604+-0.012']] | No |
You are a material scientist. Tackle the ensuing query with a well-organized and structured reply. | Is there any chemical compound mentioned in row 8 of the table?
Caption:Chemical composition (wt%) of the slag (after magnetic separation) and investigated glass
Table:[['Components', 'Slag', 'Glass'], ['CaO', '43.5+-0.5', '43.7+-0.4'], ['SiO2', '35.8+-0.4', '35.5+-0.6'], ['Al2O3', '11.8+-0.2', '11.5+-0.2'], ['MgO', '6.20+-0.1', '6.0+-0.1'], ['Fe2O3', '0.3+-0.05', '0.30+-0.03'], ['TiO2', '0.8+-0.1', '0.7+-0.1'], ['MnO', '0.7+-0.1', '0.7+-0.1'], ['P2O5', '0.07+-0.03', '0.04+-0.01'], ['Na2O', '0.08+-0.01', '0.07+-0.02'], ['K2O', '0.50+-0.04', '0.40+-0.04'], ['S', '0.80+-0.05', '0.04+-0.01'], ['C', '0.40+-0.05', '0.03+-0.003'], ['Pt', '-', '0.004+-0.0002']] | No |
You are a material scientist. Give crisp output to the following question. | Does row 2 of the table has complete information about the material composition?
Caption:Preparation data of VAD silica-germania soot preform
Table:[['Sample', 'SiCl4/GeCl4 ratio', 'H2/O2 ratio', 'T1 (degC)', 'T2 (degC)', 'Diameter (mm)'], ['SD-35', '18', '0.7', '840', '870', '46'], ['SD-38', '18', '1.5', '860', '910', '63'], ['SD-40', '17', '2.0', '1010', '990', '62'], ['SD-43', '30', '0.5', '920', '950', '44']] | Yes |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Can we extract composition from this materials science composition table using regular expression parser?
Caption:Glass compositions
Table:[['Glass code', 'Mole percent', 'Mole percent', 'Mass percent', 'Mass percent'], ['Fe Glasses', 'NaH2PO4', 'FePO4 *2H2O', 'NaH2PO4', 'FePO4 *2H2O'], ['1 Fe', '99', '1', '98.45', '1.55'], ['3 Fe', '97', '3', '95.40', '4.60'], ['5 Fe', '95', '5', '92.42', '7.58'], ['10 Fe', '90', '10', '85.25', '14.75'], ['15 Fe', '85', '15', '78.45', '21.55'], ['20 Fe', '80', '20', '71.99', '28.01'], ['', '', '', '', ''], ['Ca Glasses', 'NaH2PO4', 'CaHPO4', 'NaH2PO4', 'CaHPO4'], ['10 Ca', '90', '10', '88.81', '11.19'], ['20 Ca', '80', '20', '77.92', '22.08'], ['30 Ca', '70', '30', '67.32', '32.68'], ['40 Ca', '60', '40', '56.90', '43.10'], ['', '', '', '', ''], ['Mg Glasses', 'NaH2PO4', 'MgHPO4 *3H2O', 'NaH2PO4', 'MgHPO4 *3H2O'], ['10 Mg', '90', '10', '86.09', '13.91'], ['20 Mg', '80', '20', '73.33', '26.67'], ['30 Mg', '70', '30', '61.69', '38.31'], ['40 Mg', '60', '40', '50.74', '49.26'], ['50 Mg', '50', '50', '40.83', '59.17']] | No |
You are a material scientist. Respond to the given question objectively. | Does row 2 of the table has complete information about the material composition?
Caption:DCS analysis, where T
g is the glass-transition temperature, T
c1 and T
c2 the maxima crystallization peak temperatures, T
m1 and T
m2 are the melting points of crystalline phases
a
Table:[['Particle size (mm)', 'T g (degC)', 'T c1(degC)', 'T c2(degC)', 'T m1(degC)', 'T m2(degC)'], ['<74', '742', '920', '1000', '1285', '1315'], ['177-297', '742', '946', '1044', '1285', '1315']] | Yes |
You are a material scientist. Respond to the given question objectively. | Is there any chemical compound mentioned in column 0 of the table?
Caption:DCS analysis, where T
g is the glass-transition temperature, T
c1 and T
c2 the maxima crystallization peak temperatures, T
m1 and T
m2 are the melting points of crystalline phases
a
Table:[['Particle size (mm)', 'T g (degC)', 'T c1(degC)', 'T c2(degC)', 'T m1(degC)', 'T m2(degC)'], ['<74', '742', '920', '1000', '1285', '1315'], ['177-297', '742', '946', '1044', '1285', '1315']] | No |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Is this a materials science composition table?
Caption:Shifts (ppm) and intensities for features observed in the 31P MAS-NMR spectra (Fig. 2), as a function of composition
Table:[['80% S', '80% S', '75% S', '75% S', '69.6% S', '69.6% S', '68.2% S', '68.2% S', '66.7% S', '66.7% S'], ['Shift', 'Intensity', 'Shift', 'Intensity', 'Shift', 'Intensity', 'Shift', 'Intensity', 'Shift', 'Intensity'], ['113', '6.4', '102.5', '22.6', '124', '8.4', '127', '15.3', '122', '30.6'], ['103', '25.9', '90.3', '10.1', '91', '22.7', '86', '10', '107', '7'], ['91', '21', '80.3', '22.6', '60', '24.9', '60', '15.3', '83', '10.4'], ['81', '19.1', '64', '22.1', '44', '36.3', '44', '46.6', '55', '18.8'], ['66', '14.8', '51', '2.8', '8', '7.7', '5', '12.8', '41', '25.4'], ['52', '7', '', '', '', '', '', '', '10', '7.8'], ['44', '5.8', '', '', '', '', '', '', '', ''], ['', '', '', '', '', '', '', '', '', ''], ['65% S', '65% S', '63.2% S', '63.2% S', '61.1% S', '61.1% S', '58.8% S', '58.8% S', '', ''], ['123', '46.6', '123', '28.1', '126.6', '12', '130', '7.8', '', ''], ['106', '7', '106', '8.8', '102.1', '6', '96', '4.5', '', ''], ['86', '16.8', '87', '17.4', '80.1', '15.6', '75', '8.5', '', ''], ['54', '10.8', '72', '7.7', '56.9', '8.1', '58', '5.7', '', ''], ['40', '15.3', '56', '8', '40', '8.8', '42', '5.8', '', ''], ['5', '3.5', '41', '7.1', '-110.4', '39.3', '3', '54.9', '', ''], ['', '', '10', '2', '72.9', '10.2', '-113', '9.7', '', ''], ['', '', '-109', '20.9', '', '', '71', '3.1', '', '']] | Yes |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | Does row 1 of the table has complete information about the material composition?
Caption:Values of the coordination number N, the interatomic distance d and the Debye-Waller factor s (the errors are of about 0.1 for N and 0.01 A for d and s)
Table:[['', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.54Te0.36', 'Ge0.1As0.54Te0.36', 'Ge0.1As0.54Te0.36'], ['', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)'], ['Ge-Te', '3.5', '2.63', '0.08', '3.0', '2.67', '0.07', '3.0', '2.65', '0.08', '3.0', '2.63', '0.10'], ['Ge-X', '0.5', '2.49', '0.04', '1.0', '2.45', '0.04', '1.0', '2.47', '0.06', '1.0', '2.47', '0.06'], ['As-Te', '2.5', '2.64', '0.06', '2.2', '2.65', '0.07', '1.5', '2.64', '0.08', '1.4', '2.63', '0.10'], ['As-X', '0.5', '2.48', '0.02', '0.8', '2.47', '0.04', '1.5', '2.47', '0.06', '1.6', '2.47', '0.08']] | Yes |
You are a material scientist. Analyze and type your answer to the next question in one word. | Is there any chemical compound mentioned in column 5 of the table?
Caption:EXAFS and MD structural parameters
Table:[['', 'N', 'R (A)', 's 2', 'b'], ['EXAFS', 'EXAFS', 'EXAFS', 'EXAFS', 'EXAFS'], ['Fe-O', '3.9+-0.3', '1.99+-0.01', '0.007+-0.002', '0.2+-0.3'], ['Fe-Si', '2.0+-1.5', '3.13+-0.06', '0.022+-0.016', '-'], ['Fe-Fe', '1.8+-1.2', '3.12+-0.06', '0.028+-0.01', '-'], ['Fe-Ca', '3.5+-1.6', '3.45+-0.08', '0.045+-0.016', '-'], ['', '', '', '', ''], ['MD', 'MD', 'MD', 'MD', 'MD'], ['Fe-O', '4.3+-0.3', '2.00+-0.01', '0.01+-0.005', '0.7+-0.2'], ['Fe-Si', '4.4+-0.1', '3.29+-0.05', '0.025+-0.005', '-'], ['Fe-Fe', '1.0+-0.1', '3.12+-0.1', '0.08+-0.005', '-'], ['Fe-Ca', '2.9+-0.1', '3.45+-0.08', '0.13+-0.005', '-']] | No |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Does row 0 of the table has complete information about the material composition?
Caption:Chemical analyses of samples from the 0.30Li2O*0.70(xTeO2*(1-x)SiO2) glass system, in wt%
a
Table:[['x', '%Li2O', '%Li2O', '%TeO2', '%TeO2', '%SiO2', '%SiO2', 'Others', 'Others'], ['', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Al2O3', 'K2O'], ['0.00', '17.6', '19.0', '-', '-', '82.4', '78.7', '0.23', '-'], ['0.10', '15.5', '14.0', '19.3', '19.9', '65.3', '65.1', '0.96', '-'], ['0.20', '13.8', '12.7', '34.4', '34.2', '51.8', '52.3', '0.76', '-'], ['0.25', '13.1', '12.0', '40.8', '41.7', '46.1', '45.9', '0.73', '0.52'], ['0.30', '12.5', '11.7', '46.6', '46.7', '40.9', '40.5', '0.65', '0.47'], ['1.00', '7.4', '6.9', '92.6', '92.0', '-', '-', '-', '-']] | No |
You are a material scientist. Analyze and type your answer to the next question in one word. | Is there any chemical compound mentioned in row 0 of the table?
Caption:Preparation data of VAD silica-germania soot preform
Table:[['Sample', 'SiCl4/GeCl4 ratio', 'H2/O2 ratio', 'T1 (degC)', 'T2 (degC)', 'Diameter (mm)'], ['SD-35', '18', '0.7', '840', '870', '46'], ['SD-38', '18', '1.5', '860', '910', '63'], ['SD-40', '17', '2.0', '1010', '990', '62'], ['SD-43', '30', '0.5', '920', '950', '44']] | No |
You are a material scientist. Tackle the ensuing query with a well-organized and structured reply. | Is this a materials science composition table?
Caption:Factor group analysis of Al(PO3)3 in its monoclinic form (body-centered, non-primitive unit cell)
Table:[['Cs', 'E', 's xy'], ['n o (Al)', '6', '0'], ['n o (P)', '18', '0'], ['n o (O)', '54', '0'], ['no (AlP 3 O 9)', '78', '0'], ['+-1+2cosph', '3', '1'], ['kh T (h)', '231', '-1'], ['', '', ''], ["G(opt)=115 A '+116 A''", "G(opt)=115 A '+116 A''", "G(opt)=115 A '+116 A''"]] | No |
You are a material scientist. Give crisp output to the following question. | Is there any chemical compound mentioned in column 0 of the table?
Caption:DCS analysis, where T
g is the glass-transition temperature, T
c1 and T
c2 the maxima crystallization peak temperatures, T
m1 and T
m2 are the melting points of crystalline phases
a
Table:[['Particle size (mm)', 'T g (degC)', 'T c1(degC)', 'T c2(degC)', 'T m1(degC)', 'T m2(degC)'], ['<74', '742', '920', '1000', '1285', '1315'], ['177-297', '742', '946', '1044', '1285', '1315']] | No |
You are a material scientist. Analyze and type your answer to the next question in one word. | Is there any chemical compound mentioned in column 0 of the table?
Caption:Chemical analyses of samples from the 0.30Li2O*0.70(xTeO2*(1-x)SiO2) glass system, in wt%
a
Table:[['x', '%Li2O', '%Li2O', '%TeO2', '%TeO2', '%SiO2', '%SiO2', 'Others', 'Others'], ['', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Al2O3', 'K2O'], ['0.00', '17.6', '19.0', '-', '-', '82.4', '78.7', '0.23', '-'], ['0.10', '15.5', '14.0', '19.3', '19.9', '65.3', '65.1', '0.96', '-'], ['0.20', '13.8', '12.7', '34.4', '34.2', '51.8', '52.3', '0.76', '-'], ['0.25', '13.1', '12.0', '40.8', '41.7', '46.1', '45.9', '0.73', '0.52'], ['0.30', '12.5', '11.7', '46.6', '46.7', '40.9', '40.5', '0.65', '0.47'], ['1.00', '7.4', '6.9', '92.6', '92.0', '-', '-', '-', '-']] | No |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | Is there any chemical compound mentioned in column 1 of the table?
Caption:Values of the coordination number N, the interatomic distance d and the Debye-Waller factor s (the errors are of about 0.1 for N and 0.01 A for d and s)
Table:[['', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.54Te0.36', 'Ge0.1As0.54Te0.36', 'Ge0.1As0.54Te0.36'], ['', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)'], ['Ge-Te', '3.5', '2.63', '0.08', '3.0', '2.67', '0.07', '3.0', '2.65', '0.08', '3.0', '2.63', '0.10'], ['Ge-X', '0.5', '2.49', '0.04', '1.0', '2.45', '0.04', '1.0', '2.47', '0.06', '1.0', '2.47', '0.06'], ['As-Te', '2.5', '2.64', '0.06', '2.2', '2.65', '0.07', '1.5', '2.64', '0.08', '1.4', '2.63', '0.10'], ['As-X', '0.5', '2.48', '0.02', '0.8', '2.47', '0.04', '1.5', '2.47', '0.06', '1.6', '2.47', '0.08']] | No |
You are a material scientist. Tackle the ensuing query with a well-organized and structured reply. | Does column 3 of the table has complete information about the material composition?
Caption:Chemical analyses of samples from the 0.30Li2O*0.70(xTeO2*(1-x)SiO2) glass system, in wt%
a
Table:[['x', '%Li2O', '%Li2O', '%TeO2', '%TeO2', '%SiO2', '%SiO2', 'Others', 'Others'], ['', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Al2O3', 'K2O'], ['0.00', '17.6', '19.0', '-', '-', '82.4', '78.7', '0.23', '-'], ['0.10', '15.5', '14.0', '19.3', '19.9', '65.3', '65.1', '0.96', '-'], ['0.20', '13.8', '12.7', '34.4', '34.2', '51.8', '52.3', '0.76', '-'], ['0.25', '13.1', '12.0', '40.8', '41.7', '46.1', '45.9', '0.73', '0.52'], ['0.30', '12.5', '11.7', '46.6', '46.7', '40.9', '40.5', '0.65', '0.47'], ['1.00', '7.4', '6.9', '92.6', '92.0', '-', '-', '-', '-']] | No |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Does row 0 of the table has complete information about the material composition?
Caption:Values of the coordination number N, the interatomic distance d and the Debye-Waller factor s (the errors are of about 0.1 for N and 0.01 A for d and s)
Table:[['', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.54Te0.36', 'Ge0.1As0.54Te0.36', 'Ge0.1As0.54Te0.36'], ['', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)'], ['Ge-Te', '3.5', '2.63', '0.08', '3.0', '2.67', '0.07', '3.0', '2.65', '0.08', '3.0', '2.63', '0.10'], ['Ge-X', '0.5', '2.49', '0.04', '1.0', '2.45', '0.04', '1.0', '2.47', '0.06', '1.0', '2.47', '0.06'], ['As-Te', '2.5', '2.64', '0.06', '2.2', '2.65', '0.07', '1.5', '2.64', '0.08', '1.4', '2.63', '0.10'], ['As-X', '0.5', '2.48', '0.02', '0.8', '2.47', '0.04', '1.5', '2.47', '0.06', '1.6', '2.47', '0.08']] | No |
You are a material scientist. Give crisp output to the following question. | Does row 2 of the table has complete information about the material composition?
Caption:Preparation data of VAD silica-germania soot preform
Table:[['Sample', 'SiCl4/GeCl4 ratio', 'H2/O2 ratio', 'T1 (degC)', 'T2 (degC)', 'Diameter (mm)'], ['SD-35', '18', '0.7', '840', '870', '46'], ['SD-38', '18', '1.5', '860', '910', '63'], ['SD-40', '17', '2.0', '1010', '990', '62'], ['SD-43', '30', '0.5', '920', '950', '44']] | No |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Is this a materials science composition table?
Caption:Nominal composition of the xMo glass series in % molar.
Table:[['Glass', '0Mo', '0.5Mo', '0.8Mo', '2Mo', '3Mo', '4Mo', '5Mo', '10Mo'], ['SiO2', '63.5', '63.2', '63.0', '62.2', '61.1', '61.0', '60.3', '57.1'], ['B2O3', '16.9', '16.8', '16.8', '16.6', '16.5', '16.2', '16.1', '15.2'], ['Na2O', '19.6', '19.5', '19.4', '19.2', '19.4', '18.8', '18.6', '17.6'], ['MoO3', '-', '0.5', '0.8', '2.0', '3.0', '4.0', '5.0', '10.0']] | Yes |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Is there any chemical compound mentioned in row 7 of the table?
Caption:Preparation data of VAD silica-germania soot preform
Table:[['Sample', 'SiCl4/GeCl4 ratio', 'H2/O2 ratio', 'T1 (degC)', 'T2 (degC)', 'Diameter (mm)'], ['SD-35', '18', '0.7', '840', '870', '46'], ['SD-38', '18', '1.5', '860', '910', '63'], ['SD-40', '17', '2.0', '1010', '990', '62'], ['SD-43', '30', '0.5', '920', '950', '44']] | No |
You are a material scientist. Tackle the ensuing query with a well-organized and structured reply. | Does column 8 of the table has complete information about the material composition?
Caption:Chemical composition (wt%) of the slag (after magnetic separation) and investigated glass
Table:[['Components', 'Slag', 'Glass'], ['CaO', '43.5+-0.5', '43.7+-0.4'], ['SiO2', '35.8+-0.4', '35.5+-0.6'], ['Al2O3', '11.8+-0.2', '11.5+-0.2'], ['MgO', '6.20+-0.1', '6.0+-0.1'], ['Fe2O3', '0.3+-0.05', '0.30+-0.03'], ['TiO2', '0.8+-0.1', '0.7+-0.1'], ['MnO', '0.7+-0.1', '0.7+-0.1'], ['P2O5', '0.07+-0.03', '0.04+-0.01'], ['Na2O', '0.08+-0.01', '0.07+-0.02'], ['K2O', '0.50+-0.04', '0.40+-0.04'], ['S', '0.80+-0.05', '0.04+-0.01'], ['C', '0.40+-0.05', '0.03+-0.003'], ['Pt', '-', '0.004+-0.0002']] | No |
You are a material scientist. Give crisp output to the following question. | Is there any chemical compound mentioned in row 3 of the table?
Caption:Isotropic chemical shifts and line intensities of the 29Si-NMR lines of the crystalline samples (possible identification of minor phases are discussed in the text)
Table:[['Crystal', '', 'Center (ppm)', 'Area (%)'], ['Na2Ca2Si3O9', 'Q2', '-88.2+-0.3', '-'], ['', '', '-90.4+-0.3', '-'], ['', '', '-92.8+-0.3', '-'], ['', '', '', ''], ['', '', '', ''], ['', 'Q b', '-76.7+-0.2', '7+-1'], ['Na4CaSi3O9', 'Q2', '-85.0+-0.3', '-'], ['', '', '-87.0+-0.3', '-'], ['', '', '', ''], ['', '', '', ''], ['', 'Q c', '-83.5+-0.4', '8+-1'], ['Wollastonite', 'Q2', '-87.8+-0.2', '28+-5'], ['', '', '-88.9+-0.2', '29+-5'], ['', '', '-89.5+-0.2', '35+-5'], ['', '', '', ''], ['', '', '', ''], ['', 'Q d', '-82.0+-0.5', '5+-2'], ['Diopside', 'Q2', '-84.0+-0.2', '77+-4'], ['', 'Q e', '-88.0+-0.5', '18+-3']] | No |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Does row 2 of the table has complete information about the material composition?
Caption:Isotropic chemical shifts and line intensities of the 29Si-NMR lines of the crystalline samples (possible identification of minor phases are discussed in the text)
Table:[['Crystal', '', 'Center (ppm)', 'Area (%)'], ['Na2Ca2Si3O9', 'Q2', '-88.2+-0.3', '-'], ['', '', '-90.4+-0.3', '-'], ['', '', '-92.8+-0.3', '-'], ['', '', '', ''], ['', '', '', ''], ['', 'Q b', '-76.7+-0.2', '7+-1'], ['Na4CaSi3O9', 'Q2', '-85.0+-0.3', '-'], ['', '', '-87.0+-0.3', '-'], ['', '', '', ''], ['', '', '', ''], ['', 'Q c', '-83.5+-0.4', '8+-1'], ['Wollastonite', 'Q2', '-87.8+-0.2', '28+-5'], ['', '', '-88.9+-0.2', '29+-5'], ['', '', '-89.5+-0.2', '35+-5'], ['', '', '', ''], ['', '', '', ''], ['', 'Q d', '-82.0+-0.5', '5+-2'], ['Diopside', 'Q2', '-84.0+-0.2', '77+-4'], ['', 'Q e', '-88.0+-0.5', '18+-3']] | Yes |
You are a material scientist. Respond to the given question objectively. | Does column 4 of the table has complete information about the material composition?
Caption:DCS analysis, where T
g is the glass-transition temperature, T
c1 and T
c2 the maxima crystallization peak temperatures, T
m1 and T
m2 are the melting points of crystalline phases
a
Table:[['Particle size (mm)', 'T g (degC)', 'T c1(degC)', 'T c2(degC)', 'T m1(degC)', 'T m2(degC)'], ['<74', '742', '920', '1000', '1285', '1315'], ['177-297', '742', '946', '1044', '1285', '1315']] | No |
You are a material scientist. Give crisp output to the following question. | Does row 3 of the table has complete information about the material composition?
Caption:Chemical analyses of samples from the 0.30Li2O*0.70(xTeO2*(1-x)SiO2) glass system, in wt%
a
Table:[['x', '%Li2O', '%Li2O', '%TeO2', '%TeO2', '%SiO2', '%SiO2', 'Others', 'Others'], ['', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Al2O3', 'K2O'], ['0.00', '17.6', '19.0', '-', '-', '82.4', '78.7', '0.23', '-'], ['0.10', '15.5', '14.0', '19.3', '19.9', '65.3', '65.1', '0.96', '-'], ['0.20', '13.8', '12.7', '34.4', '34.2', '51.8', '52.3', '0.76', '-'], ['0.25', '13.1', '12.0', '40.8', '41.7', '46.1', '45.9', '0.73', '0.52'], ['0.30', '12.5', '11.7', '46.6', '46.7', '40.9', '40.5', '0.65', '0.47'], ['1.00', '7.4', '6.9', '92.6', '92.0', '-', '-', '-', '-']] | Yes |
You are a material scientist. Analyze and type your answer to the next question in one word. | Does row 1 of the table has complete information about the material composition?
Caption:Values of the coordination number N, the interatomic distance d and the Debye-Waller factor s (the errors are of about 0.1 for N and 0.01 A for d and s)
Table:[['', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.54Te0.36', 'Ge0.1As0.54Te0.36', 'Ge0.1As0.54Te0.36'], ['', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)'], ['Ge-Te', '3.5', '2.63', '0.08', '3.0', '2.67', '0.07', '3.0', '2.65', '0.08', '3.0', '2.63', '0.10'], ['Ge-X', '0.5', '2.49', '0.04', '1.0', '2.45', '0.04', '1.0', '2.47', '0.06', '1.0', '2.47', '0.06'], ['As-Te', '2.5', '2.64', '0.06', '2.2', '2.65', '0.07', '1.5', '2.64', '0.08', '1.4', '2.63', '0.10'], ['As-X', '0.5', '2.48', '0.02', '0.8', '2.47', '0.04', '1.5', '2.47', '0.06', '1.6', '2.47', '0.08']] | No |
You are a material scientist. Analyze and type your answer to the next question in one word. | Is there any chemical compound mentioned in column 6 of the table?
Caption:Chemical shifts, line-widths and integrated intensities of the 29Si-NMR lines corresponding to different Q
n
units in the four glasses
a
Table:[['Composition', '', 'Crystal d (ppm)', 'Glass', 'Glass', 'Glass', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Composition', '', 'Crystal d (ppm)', 'Center (ppm) +-0.5 ppm', 'FWHM (ppm) +-1 ppm', 'Area (%)', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Na2Ca2Si3O9', 'Q1', '', '-73.4', '9', '16+-5', ''], ['', 'Q2', '-88.2/-90.4/-92.8', '-80.0', '10', '72+-8', '8.2/10.4/12.8'], ['', 'Q3', '', '-88.5', '9', '12+-5', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Na4CaSi3O9', 'Q1', '', '-70.0', '7', '14+-5', ''], ['', 'Q2', '-85/-87', '-77.5', '8', '67+-8', '7.5/9.5'], ['', 'Q3', '', '-85.3', '9', '19+-7', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Wollastonite', 'Q1', '', '-75.6', '10', '20+-5', ''], ['', 'Q2', '-87.8/-88.9/-89.5', '-82.6', '11', '64+-8', '5.2/6.3/6.9'], ['', 'Q3', '', '-91.8', '11', '14+-5', ''], ['', 'Q4', '', '-103.3', '11', '2+-1', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Diopside', 'Q1', '', '-77.5', '11', '28+-8', ''], ['', 'Q2', '-84', '-84.0', '11', '43+-10', '0'], ['', 'Q3', '', '-92.7', '12', '25+-6', ''], ['', 'Q4', '', '-103.0', '12', '4+-1', '']] | No |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Does row 7 of the table has complete information about the material composition?
Caption:Chemical shifts, line-widths and integrated intensities of the 29Si-NMR lines corresponding to different Q
n
units in the four glasses
a
Table:[['Composition', '', 'Crystal d (ppm)', 'Glass', 'Glass', 'Glass', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Composition', '', 'Crystal d (ppm)', 'Center (ppm) +-0.5 ppm', 'FWHM (ppm) +-1 ppm', 'Area (%)', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Na2Ca2Si3O9', 'Q1', '', '-73.4', '9', '16+-5', ''], ['', 'Q2', '-88.2/-90.4/-92.8', '-80.0', '10', '72+-8', '8.2/10.4/12.8'], ['', 'Q3', '', '-88.5', '9', '12+-5', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Na4CaSi3O9', 'Q1', '', '-70.0', '7', '14+-5', ''], ['', 'Q2', '-85/-87', '-77.5', '8', '67+-8', '7.5/9.5'], ['', 'Q3', '', '-85.3', '9', '19+-7', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Wollastonite', 'Q1', '', '-75.6', '10', '20+-5', ''], ['', 'Q2', '-87.8/-88.9/-89.5', '-82.6', '11', '64+-8', '5.2/6.3/6.9'], ['', 'Q3', '', '-91.8', '11', '14+-5', ''], ['', 'Q4', '', '-103.3', '11', '2+-1', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Diopside', 'Q1', '', '-77.5', '11', '28+-8', ''], ['', 'Q2', '-84', '-84.0', '11', '43+-10', '0'], ['', 'Q3', '', '-92.7', '12', '25+-6', ''], ['', 'Q4', '', '-103.0', '12', '4+-1', '']] | Yes |
You are a material scientist. Give crisp output to the following question. | What is the orientation of the following composition table?
Caption:Comparison of parameters of conductivity.
Table:[['Composition [% mol]', 'Composition [% mol]', 'Composition [% mol]', 'Dc (T=393K) [S/cm]', 'WDc [eV]', '0 [S/cm]', 'a (T=393K) [A-1]', 'Structure', '', '', ''], ['Fe2O3', 'B2O3', 'PbO', 'Dc (T=393K) [S/cm]', 'WDc [eV]', '0 [S/cm]', '', '', '', '', ''], ['2.5', '32.5', '65', '1.18*10-13', '0.73', '2.55*10-4', '-', 'Amorphous and homogenous', '', '', ''], ['7', '31', '62', '4.02*10-11', '0.68', '2.80*10-2', '0.54', 'Amorphous with nanogranules', '', '', ''], ['13', '29', '58', '5.39*10-10', '0.62', '2.31*10-2', '0.69', 'Amorphous with nanogranules', '', '', ''], ['', '', '', '', '', '', '', '', '', '', ''], ['', '', '', '', 'Low T', 'High T', 'Low T', 'High T', 'Low T', 'High T', ''], ['19', '27', '54', '2.00*10-8', '0.47', '0.60', '6.57*10-3', '9.94*10-1', '0.91', '0.60', 'Amorphous with nanogranules'], ['25', '25', '50', '5.91*10-6', '0.22', '0.30', '1.56*10-3', '3.18*10-2', '1.14', '0.93', 'Nanocrystallities'], ['31', '23', '46', '2.83*10-4', '0.17', '0.40', '8.47*10-3', '3.23*10', '1.11', '0.48', 'Nanocrystallities'], ['37', '21', '42', '1.17*10-4', '0.14', '0.26', '3.78*10-3', '2.32*10-1', '1.28', '0.94', 'Nanocrystallities']] | Column |
You are a material scientist. Respond to the given question objectively. | Can we extract composition from this materials science composition table using regular expression parser?
Caption:EXAFS simulation results of the first coordination shell of the borate glasses (1-y) LaMgB5O10-yTiO2 with y=0.2, 0.4 (LMBO-20% TiO2 and LMBO-40% TiO2, respectively)
Table:[['Glasses', 'Shell', 'N', 'R (+-0.02 A)', 's 2 (10-3 A 2)', 'E 0 (eV)'], ['LMBO-20% TiO2', 'Ti-O', '2', '1.87', '', ''], ['', 'Ti-O', '4', '2.02', '6', '5002.6'], ['LMBO-40% TiO2', 'Ti-O', '2', '1.86', '', ''], ['', 'Ti-O', '4', '2.01', '4.8', '5002.6']] | No |
You are a material scientist. Respond to the given question objectively. | What is the orientation of the following composition table?
Caption:Comparison of parameters of conductivity.
Table:[['Composition [% mol]', 'Composition [% mol]', 'Composition [% mol]', 'Dc (T=393K) [S/cm]', 'WDc [eV]', '0 [S/cm]', 'a (T=393K) [A-1]', 'Structure', '', '', ''], ['Fe2O3', 'B2O3', 'PbO', 'Dc (T=393K) [S/cm]', 'WDc [eV]', '0 [S/cm]', '', '', '', '', ''], ['2.5', '32.5', '65', '1.18*10-13', '0.73', '2.55*10-4', '-', 'Amorphous and homogenous', '', '', ''], ['7', '31', '62', '4.02*10-11', '0.68', '2.80*10-2', '0.54', 'Amorphous with nanogranules', '', '', ''], ['13', '29', '58', '5.39*10-10', '0.62', '2.31*10-2', '0.69', 'Amorphous with nanogranules', '', '', ''], ['', '', '', '', '', '', '', '', '', '', ''], ['', '', '', '', 'Low T', 'High T', 'Low T', 'High T', 'Low T', 'High T', ''], ['19', '27', '54', '2.00*10-8', '0.47', '0.60', '6.57*10-3', '9.94*10-1', '0.91', '0.60', 'Amorphous with nanogranules'], ['25', '25', '50', '5.91*10-6', '0.22', '0.30', '1.56*10-3', '3.18*10-2', '1.14', '0.93', 'Nanocrystallities'], ['31', '23', '46', '2.83*10-4', '0.17', '0.40', '8.47*10-3', '3.23*10', '1.11', '0.48', 'Nanocrystallities'], ['37', '21', '42', '1.17*10-4', '0.14', '0.26', '3.78*10-3', '2.32*10-1', '1.28', '0.94', 'Nanocrystallities']] | Column |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | Is there any chemical compound mentioned in column 0 of the table?
Caption:Peak position and FWHM of the 1G4-3H5 radiative transition of Pr3+ ions in some non-oxide glasses
Table:[['Glass composition', 'Peak wavelength (nm)', 'FWHM (nm)', 'Reference'], ['ZBLAN', '1320', '89', '[11]'], ['CdX 2(X=F-,Cl-)', '1313', '87', '[11]'], ['InF3 based', '1320', '88', '[11]'], ['HfF4 based', '1320', '80', '[11]'], ['Ga-La-S', '1334', '90', '[30]'], ['GeS x', '1340', '110', '[31]'], ['Ge-Ga-S', '1344', '80', '[32]'], ['Ge-Sb-S', '1343', '77', '[5]'], ['Ge-Ga-Se', '1343', '70', 'This work']] | Yes |
You are a material scientist. Analyze and type your answer to the next question in one word. | Does row 0 of the table has complete information about the material composition?
Caption:Chemical analyses of samples from the 0.30Li2O*0.70(xTeO2*(1-x)SiO2) glass system, in wt%
a
Table:[['x', '%Li2O', '%Li2O', '%TeO2', '%TeO2', '%SiO2', '%SiO2', 'Others', 'Others'], ['', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Al2O3', 'K2O'], ['0.00', '17.6', '19.0', '-', '-', '82.4', '78.7', '0.23', '-'], ['0.10', '15.5', '14.0', '19.3', '19.9', '65.3', '65.1', '0.96', '-'], ['0.20', '13.8', '12.7', '34.4', '34.2', '51.8', '52.3', '0.76', '-'], ['0.25', '13.1', '12.0', '40.8', '41.7', '46.1', '45.9', '0.73', '0.52'], ['0.30', '12.5', '11.7', '46.6', '46.7', '40.9', '40.5', '0.65', '0.47'], ['1.00', '7.4', '6.9', '92.6', '92.0', '-', '-', '-', '-']] | No |
You are a material scientist. Respond to the given question objectively. | Does column 2 of the table has complete information about the material composition?
Caption:Values of the coordination number N, the interatomic distance d and the Debye-Waller factor s (the errors are of about 0.1 for N and 0.01 A for d and s)
Table:[['', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.54Te0.36', 'Ge0.1As0.54Te0.36', 'Ge0.1As0.54Te0.36'], ['', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)'], ['Ge-Te', '3.5', '2.63', '0.08', '3.0', '2.67', '0.07', '3.0', '2.65', '0.08', '3.0', '2.63', '0.10'], ['Ge-X', '0.5', '2.49', '0.04', '1.0', '2.45', '0.04', '1.0', '2.47', '0.06', '1.0', '2.47', '0.06'], ['As-Te', '2.5', '2.64', '0.06', '2.2', '2.65', '0.07', '1.5', '2.64', '0.08', '1.4', '2.63', '0.10'], ['As-X', '0.5', '2.48', '0.02', '0.8', '2.47', '0.04', '1.5', '2.47', '0.06', '1.6', '2.47', '0.08']] | Yes |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | Which column of the table has material IDs?
Caption:DCS analysis, where T
g is the glass-transition temperature, T
c1 and T
c2 the maxima crystallization peak temperatures, T
m1 and T
m2 are the melting points of crystalline phases
a
Table:[['Particle size (mm)', 'T g (degC)', 'T c1(degC)', 'T c2(degC)', 'T m1(degC)', 'T m2(degC)'], ['<74', '742', '920', '1000', '1285', '1315'], ['177-297', '742', '946', '1044', '1285', '1315']] | 0 |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Can we extract composition from this materials science composition table using regular expression parser?
Caption:Parameters of absorption bands in Ge25Sb10S65 glass spectra in 2000-900cm-1 spectral range (N and S - form and width of band).
Table:[['No.', 'Maximum wavenumber (cm-1)', 'N (rel. unit)', 'S (cm-1)', 'Assignment'], ['1', '1505', '20', '13', 'n 3 vibration of the linear CS2 molecule'], ['2', '1330', '20', '30', 'S-S (SO2)'], ['3', '1145', '8.4', '160', 'Harmonic oscillation of the n 3 stretching of the GeS4 tetrahedron'], ['4', '1100', '8.4', '30', 'Si-O'], ['5', '1060', '8.4', '70', 'S-S']] | No |
You are a material scientist. Respond to the given question objectively. | Is there any chemical compound mentioned in column 5 of the table?
Caption:Chemical composition (wt%) of the slag (after magnetic separation) and investigated glass
Table:[['Components', 'Slag', 'Glass'], ['CaO', '43.5+-0.5', '43.7+-0.4'], ['SiO2', '35.8+-0.4', '35.5+-0.6'], ['Al2O3', '11.8+-0.2', '11.5+-0.2'], ['MgO', '6.20+-0.1', '6.0+-0.1'], ['Fe2O3', '0.3+-0.05', '0.30+-0.03'], ['TiO2', '0.8+-0.1', '0.7+-0.1'], ['MnO', '0.7+-0.1', '0.7+-0.1'], ['P2O5', '0.07+-0.03', '0.04+-0.01'], ['Na2O', '0.08+-0.01', '0.07+-0.02'], ['K2O', '0.50+-0.04', '0.40+-0.04'], ['S', '0.80+-0.05', '0.04+-0.01'], ['C', '0.40+-0.05', '0.03+-0.003'], ['Pt', '-', '0.004+-0.0002']] | No |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | Is there any chemical compound mentioned in column 0 of the table?
Caption:Preparation data of VAD silica-germania soot preform
Table:[['Sample', 'SiCl4/GeCl4 ratio', 'H2/O2 ratio', 'T1 (degC)', 'T2 (degC)', 'Diameter (mm)'], ['SD-35', '18', '0.7', '840', '870', '46'], ['SD-38', '18', '1.5', '860', '910', '63'], ['SD-40', '17', '2.0', '1010', '990', '62'], ['SD-43', '30', '0.5', '920', '950', '44']] | No |
You are a material scientist. Respond to the given question objectively. | Which column of the table has material IDs?
Caption:DCS analysis, where T
g is the glass-transition temperature, T
c1 and T
c2 the maxima crystallization peak temperatures, T
m1 and T
m2 are the melting points of crystalline phases
a
Table:[['Particle size (mm)', 'T g (degC)', 'T c1(degC)', 'T c2(degC)', 'T m1(degC)', 'T m2(degC)'], ['<74', '742', '920', '1000', '1285', '1315'], ['177-297', '742', '946', '1044', '1285', '1315']] | 0 |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Is there any chemical compound mentioned in column 5 of the table?
Caption:DCS analysis, where T
g is the glass-transition temperature, T
c1 and T
c2 the maxima crystallization peak temperatures, T
m1 and T
m2 are the melting points of crystalline phases
a
Table:[['Particle size (mm)', 'T g (degC)', 'T c1(degC)', 'T c2(degC)', 'T m1(degC)', 'T m2(degC)'], ['<74', '742', '920', '1000', '1285', '1315'], ['177-297', '742', '946', '1044', '1285', '1315']] | No |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Is there any chemical compound mentioned in column 10 of the table?
Caption:Isotropic chemical shifts and line intensities of the 29Si-NMR lines of the crystalline samples (possible identification of minor phases are discussed in the text)
Table:[['Crystal', '', 'Center (ppm)', 'Area (%)'], ['Na2Ca2Si3O9', 'Q2', '-88.2+-0.3', '-'], ['', '', '-90.4+-0.3', '-'], ['', '', '-92.8+-0.3', '-'], ['', '', '', ''], ['', '', '', ''], ['', 'Q b', '-76.7+-0.2', '7+-1'], ['Na4CaSi3O9', 'Q2', '-85.0+-0.3', '-'], ['', '', '-87.0+-0.3', '-'], ['', '', '', ''], ['', '', '', ''], ['', 'Q c', '-83.5+-0.4', '8+-1'], ['Wollastonite', 'Q2', '-87.8+-0.2', '28+-5'], ['', '', '-88.9+-0.2', '29+-5'], ['', '', '-89.5+-0.2', '35+-5'], ['', '', '', ''], ['', '', '', ''], ['', 'Q d', '-82.0+-0.5', '5+-2'], ['Diopside', 'Q2', '-84.0+-0.2', '77+-4'], ['', 'Q e', '-88.0+-0.5', '18+-3']] | No |
You are a material scientist. Analyze and type your answer to the next question in one word. | Is this a materials science composition table?
Caption:Isotropic chemical shifts and line intensities of the 29Si-NMR lines of the crystalline samples (possible identification of minor phases are discussed in the text)
Table:[['Crystal', '', 'Center (ppm)', 'Area (%)'], ['Na2Ca2Si3O9', 'Q2', '-88.2+-0.3', '-'], ['', '', '-90.4+-0.3', '-'], ['', '', '-92.8+-0.3', '-'], ['', '', '', ''], ['', '', '', ''], ['', 'Q b', '-76.7+-0.2', '7+-1'], ['Na4CaSi3O9', 'Q2', '-85.0+-0.3', '-'], ['', '', '-87.0+-0.3', '-'], ['', '', '', ''], ['', '', '', ''], ['', 'Q c', '-83.5+-0.4', '8+-1'], ['Wollastonite', 'Q2', '-87.8+-0.2', '28+-5'], ['', '', '-88.9+-0.2', '29+-5'], ['', '', '-89.5+-0.2', '35+-5'], ['', '', '', ''], ['', '', '', ''], ['', 'Q d', '-82.0+-0.5', '5+-2'], ['Diopside', 'Q2', '-84.0+-0.2', '77+-4'], ['', 'Q e', '-88.0+-0.5', '18+-3']] | Yes |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | What is the orientation of the following composition table?
Caption:Comparison of parameters of conductivity.
Table:[['Composition [% mol]', 'Composition [% mol]', 'Composition [% mol]', 'Dc (T=393K) [S/cm]', 'WDc [eV]', '0 [S/cm]', 'a (T=393K) [A-1]', 'Structure', '', '', ''], ['Fe2O3', 'B2O3', 'PbO', 'Dc (T=393K) [S/cm]', 'WDc [eV]', '0 [S/cm]', '', '', '', '', ''], ['2.5', '32.5', '65', '1.18*10-13', '0.73', '2.55*10-4', '-', 'Amorphous and homogenous', '', '', ''], ['7', '31', '62', '4.02*10-11', '0.68', '2.80*10-2', '0.54', 'Amorphous with nanogranules', '', '', ''], ['13', '29', '58', '5.39*10-10', '0.62', '2.31*10-2', '0.69', 'Amorphous with nanogranules', '', '', ''], ['', '', '', '', '', '', '', '', '', '', ''], ['', '', '', '', 'Low T', 'High T', 'Low T', 'High T', 'Low T', 'High T', ''], ['19', '27', '54', '2.00*10-8', '0.47', '0.60', '6.57*10-3', '9.94*10-1', '0.91', '0.60', 'Amorphous with nanogranules'], ['25', '25', '50', '5.91*10-6', '0.22', '0.30', '1.56*10-3', '3.18*10-2', '1.14', '0.93', 'Nanocrystallities'], ['31', '23', '46', '2.83*10-4', '0.17', '0.40', '8.47*10-3', '3.23*10', '1.11', '0.48', 'Nanocrystallities'], ['37', '21', '42', '1.17*10-4', '0.14', '0.26', '3.78*10-3', '2.32*10-1', '1.28', '0.94', 'Nanocrystallities']] | Column |
You are a material scientist. Give crisp output to the following question. | Can we extract composition from this materials science composition table using regular expression parser?
Caption:Crystal growth rates in (GeS2)x(Sb2S3)1-x thin films. Precision of temperature is +-0.5K.
Table:[['x=0.1', 'x=0.1', 'x=0.2', 'x=0.2', 'x=0.3', 'x=0.3'], ['T (K)', 'u (mmmin-1)', 'T (K)', 'u (mmmin-1)', 'T (K)', 'u (mmmin-1)'], ['485.7', '0.020+-0.003', '543.1', '0.039+-0.007', '534.5', '0.0036+-0.0006'], ['494.1', '0.12+-0.01', '548.1', '0.09+-0.01', '540.4', '0.0057+-0.0009'], ['495.7', '0.21+-0.02', '553.8', '0.130+-0.007', '546.2', '0.015+-0.003'], ['500.6', '0.34+-0.02', '555.1', '0.14+-0.01', '552.1', '0.023+-0.002'], ['501.7', '0.51+-0.06', '560.2', '0.255+-0.008', '557.9', '0.044+-0.009'], ['504.6', '0.70+-0.05', '563.1', '0.42+-0.04', '563.7', '0.10+-0.01'], ['507.1', '0.96+-0.10', '566.0', '0.44+-0.03', '569.6', '0.23+-0.02'], ['507.9', '1.11+-0.12', '571.1', '0.59+-0.05', '575.4', '0.42+-0.05'], ['510.9', '1.45+-0.09', '575.2', '1.18+-0.12', '584.6', '2.49+-0.28'], ['516.1', '2.74+-0.11', '577.1', '1.00+-0.08', '589.5', '4.1+-0.22'], ['521.0', '7.61+-0.35', '584.6', '4.57+-0.9', '594.4', '6.66+-0.78'], ['525.9', '13.5+-1.9', '589.0', '3.22+-0.12', '599.3', '8.1+-1.9'], ['530.8', '27.3+-2.5', '589.5', '5.73+-0.77', '604.2', '12.2+-1.4'], ['535.6', '49.6+-4.6', '594.4', '9.45+-0.35', '609.1', '19.9+-1.8'], ['540.5', '72.8+-1.9', '599.3', '15.9+-2.2', '614.0', '27.9+-1.6'], ['545.4', '75.9+-9.3', '604.2', '22.5+-3.3', '618.9', '42.2+-3.4'], ['550.3', '176+-19', '609.1', '39.2+-5.6', '623.8', '62.8+-1.8'], ['555.2', '261+-21', '614.0', '66.3+-2.0', '623.8', '56.2+-2.9'], ['560.1', '349+-20', '614.0', '56.6+-4.7', '-', '-'], ['565.0', '510+-91', '618.9', '81+-11', '-', '-'], ['-', '-', '623.8', '116+-18', '-', '-']] | No |
You are a material scientist. Analyze and type your answer to the next question in one word. | Does row 1 of the table has complete information about the material composition?
Caption:Chemical composition (wt%) of the slag (after magnetic separation) and investigated glass
Table:[['Components', 'Slag', 'Glass'], ['CaO', '43.5+-0.5', '43.7+-0.4'], ['SiO2', '35.8+-0.4', '35.5+-0.6'], ['Al2O3', '11.8+-0.2', '11.5+-0.2'], ['MgO', '6.20+-0.1', '6.0+-0.1'], ['Fe2O3', '0.3+-0.05', '0.30+-0.03'], ['TiO2', '0.8+-0.1', '0.7+-0.1'], ['MnO', '0.7+-0.1', '0.7+-0.1'], ['P2O5', '0.07+-0.03', '0.04+-0.01'], ['Na2O', '0.08+-0.01', '0.07+-0.02'], ['K2O', '0.50+-0.04', '0.40+-0.04'], ['S', '0.80+-0.05', '0.04+-0.01'], ['C', '0.40+-0.05', '0.03+-0.003'], ['Pt', '-', '0.004+-0.0002']] | No |
You are a material scientist. Respond to the given question objectively. | Can we extract composition from this materials science composition table using regular expression parser?
Caption:Characteristics of lanthanum-doped gels
Table:[['Parameter', 'La1a', 'La1b', 'La2a', 'La2b', 'La2c'], ['Glass mass (g)', '2.0', '2.5', '2.0', '2.5', '1.0'], ['Leachate volume (L)', '1.0+-0.005', '0.5+-0.005', '1.0+-0.005', '0.5+-0.005', '0.06+-0.001'], ['SA/V (cm-1)', '18+-0.9', '45+-2.3', '18+-0.9', '45+-2.3', '150+-7.5'], ['Renewal rate', '2/day', '2/week', '2/day', '2/week', '1/week'], ['Flow rate/SA (+-5%) (md-1)', '10-3', '5.7x10-5', '10-3', '5.7x10-5', '7.9x10-6'], ['Alteration rate r (+-8%) (gm-2 d-1)', '0.042', '0.0094', '0.140', '0.108', '0.017'], ['Rate drop r 0/r', '24', '106', '7', '9', '59'], ['Si retention factor', '0.12+-0.05', '0.10+-0.05', '0.11+-0.05', '0.41+- 0.02', '0.60+-0.02'], ['La retention factor', '0.96+-0.01', '0.99+-0.01', '0.99+-0.01', '0.99+-0.01', '1.00+-0.01'], ['pH90deg (+-0.05) start-end', '8.0-7.4', '7.9-7.4', '8.0-7.8', '8.8-7.6', '8.5-8.0'], ['[Si] (+-3%) start-end (mgL-1)', '11.2-3.1', '37.3-13.0', '12.2-3.3', '90.0-36.5', '122-45.6'], ['Gel mass (g)', '0.17', '0.43', '0.42', '0.85', '0.63']] | No |
You are a material scientist. Respond to the given question objectively. | Is there any chemical compound mentioned in column 3 of the table?
Caption:Chemical composition (wt%) of the slag (after magnetic separation) and investigated glass
Table:[['Components', 'Slag', 'Glass'], ['CaO', '43.5+-0.5', '43.7+-0.4'], ['SiO2', '35.8+-0.4', '35.5+-0.6'], ['Al2O3', '11.8+-0.2', '11.5+-0.2'], ['MgO', '6.20+-0.1', '6.0+-0.1'], ['Fe2O3', '0.3+-0.05', '0.30+-0.03'], ['TiO2', '0.8+-0.1', '0.7+-0.1'], ['MnO', '0.7+-0.1', '0.7+-0.1'], ['P2O5', '0.07+-0.03', '0.04+-0.01'], ['Na2O', '0.08+-0.01', '0.07+-0.02'], ['K2O', '0.50+-0.04', '0.40+-0.04'], ['S', '0.80+-0.05', '0.04+-0.01'], ['C', '0.40+-0.05', '0.03+-0.003'], ['Pt', '-', '0.004+-0.0002']] | Yes |
You are a material scientist. Respond to the given question objectively. | Is this a materials science composition table?
Caption:Parameters used to simulate the total correlation function, T(r), for the borophosphate glass samples.
Table:[['', '', 'P-OT', 'P-OB', 'Na-O', 'OO', 'BB', 'PB', 'PP', 'NaNa'], ['SG-P40B20Na40 250degC', 'r (A)', '1.48+-0.02', '1.58+-0.02', '2.31+-0.02', '2.51+-0.02', '2.65+-0.02', '2.75+-0.02', '2.92+-0.02', '3.10+-0.02'], ['SG-P40B20Na40 250degC', 'CN', '1.5+-0.2', '2.4+-0.2', '5.1+-0.2', '4.7+-0.2', '1.0+-1.2', '1.1+-1.2', '1.9+-0.2', '5.3+-0.2'], ['SG-P40B20Na40 250degC', 's', '0.01', '0.04', '0.16', '0.09', '0.06', '0.01', '0.12', '0.18'], ['', '', '', '', '', '', '', '', '', ''], ['SG-P40B20Na40 350degC', 'r (A)', '1.48+-0.02', '1.58+-0.02', '2.30+-0.02', '2.51+-0.02', '2.65+-0.02', '2.76+-0.02', '2.92+-0.02', '3.11+-0.02'], ['SG-P40B20Na40 350degC', 'CN', '1.7+-0.2', '2.5+-0.2', '5.2+-0.2', '5.0+-0.2', '1.0+-1.2', '1.3+-1.2', '2.0+-0.2', '5.2+-0.2'], ['SG-P40B20Na40 350degC', 's', '0.02', '0.04', '0.14', '0.08', '0.06', '0.01', '0.12', '0.18'], ['', '', '', '', '', '', '', '', '', ''], ['MQ-P40B20Na40', 'r (A)', '1.46+-0.02', '1.55+-0.02', '2.31+-0.02', '2.47+-0.02', '2.68+-0.02', '2.75+-0.02', '2.91+-0.02', '3.13+-0.02'], ['MQ-P40B20Na40', 'CN', '1.7+-0.2', '2.4+-0.2', '5.4+-0.2', '4.5+-0.2', '0.3+-1.2', '1.8+-1.2', '2.1+-0.2', '6.2+-0.2'], ['MQ-P40B20Na40', 's', '0.02', '0.04', '0.13', '0.08', '0.06', '0.01', '0.13', '0.27']] | No |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | Is there any chemical compound mentioned in column 1 of the table?
Caption:Preparation data of VAD silica-germania soot preform
Table:[['Sample', 'SiCl4/GeCl4 ratio', 'H2/O2 ratio', 'T1 (degC)', 'T2 (degC)', 'Diameter (mm)'], ['SD-35', '18', '0.7', '840', '870', '46'], ['SD-38', '18', '1.5', '860', '910', '63'], ['SD-40', '17', '2.0', '1010', '990', '62'], ['SD-43', '30', '0.5', '920', '950', '44']] | Yes |
You are a material scientist. Tackle the ensuing query with a well-organized and structured reply. | Does column 12 of the table has complete information about the material composition?
Caption:Chemical analyses of samples from the 0.30Li2O*0.70(xTeO2*(1-x)SiO2) glass system, in wt%
a
Table:[['x', '%Li2O', '%Li2O', '%TeO2', '%TeO2', '%SiO2', '%SiO2', 'Others', 'Others'], ['', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Al2O3', 'K2O'], ['0.00', '17.6', '19.0', '-', '-', '82.4', '78.7', '0.23', '-'], ['0.10', '15.5', '14.0', '19.3', '19.9', '65.3', '65.1', '0.96', '-'], ['0.20', '13.8', '12.7', '34.4', '34.2', '51.8', '52.3', '0.76', '-'], ['0.25', '13.1', '12.0', '40.8', '41.7', '46.1', '45.9', '0.73', '0.52'], ['0.30', '12.5', '11.7', '46.6', '46.7', '40.9', '40.5', '0.65', '0.47'], ['1.00', '7.4', '6.9', '92.6', '92.0', '-', '-', '-', '-']] | No |
You are a material scientist. Analyze and type your answer to the next question in one word. | Does column 8 of the table has complete information about the material composition?
Caption:Peak position and FWHM of the 1G4-3H5 radiative transition of Pr3+ ions in some non-oxide glasses
Table:[['Glass composition', 'Peak wavelength (nm)', 'FWHM (nm)', 'Reference'], ['ZBLAN', '1320', '89', '[11]'], ['CdX 2(X=F-,Cl-)', '1313', '87', '[11]'], ['InF3 based', '1320', '88', '[11]'], ['HfF4 based', '1320', '80', '[11]'], ['Ga-La-S', '1334', '90', '[30]'], ['GeS x', '1340', '110', '[31]'], ['Ge-Ga-S', '1344', '80', '[32]'], ['Ge-Sb-S', '1343', '77', '[5]'], ['Ge-Ga-Se', '1343', '70', 'This work']] | No |
You are a material scientist. Analyze and type your answer to the next question in one word. | What is the orientation of the following composition table?
Caption:Comparison of parameters of conductivity.
Table:[['Composition [% mol]', 'Composition [% mol]', 'Composition [% mol]', 'Dc (T=393K) [S/cm]', 'WDc [eV]', '0 [S/cm]', 'a (T=393K) [A-1]', 'Structure', '', '', ''], ['Fe2O3', 'B2O3', 'PbO', 'Dc (T=393K) [S/cm]', 'WDc [eV]', '0 [S/cm]', '', '', '', '', ''], ['2.5', '32.5', '65', '1.18*10-13', '0.73', '2.55*10-4', '-', 'Amorphous and homogenous', '', '', ''], ['7', '31', '62', '4.02*10-11', '0.68', '2.80*10-2', '0.54', 'Amorphous with nanogranules', '', '', ''], ['13', '29', '58', '5.39*10-10', '0.62', '2.31*10-2', '0.69', 'Amorphous with nanogranules', '', '', ''], ['', '', '', '', '', '', '', '', '', '', ''], ['', '', '', '', 'Low T', 'High T', 'Low T', 'High T', 'Low T', 'High T', ''], ['19', '27', '54', '2.00*10-8', '0.47', '0.60', '6.57*10-3', '9.94*10-1', '0.91', '0.60', 'Amorphous with nanogranules'], ['25', '25', '50', '5.91*10-6', '0.22', '0.30', '1.56*10-3', '3.18*10-2', '1.14', '0.93', 'Nanocrystallities'], ['31', '23', '46', '2.83*10-4', '0.17', '0.40', '8.47*10-3', '3.23*10', '1.11', '0.48', 'Nanocrystallities'], ['37', '21', '42', '1.17*10-4', '0.14', '0.26', '3.78*10-3', '2.32*10-1', '1.28', '0.94', 'Nanocrystallities']] | Column |
You are a material scientist. Give crisp output to the following question. | Does row 5 of the table has complete information about the material composition?
Caption:Isotropic chemical shifts and line intensities of the 29Si-NMR lines of the crystalline samples (possible identification of minor phases are discussed in the text)
Table:[['Crystal', '', 'Center (ppm)', 'Area (%)'], ['Na2Ca2Si3O9', 'Q2', '-88.2+-0.3', '-'], ['', '', '-90.4+-0.3', '-'], ['', '', '-92.8+-0.3', '-'], ['', '', '', ''], ['', '', '', ''], ['', 'Q b', '-76.7+-0.2', '7+-1'], ['Na4CaSi3O9', 'Q2', '-85.0+-0.3', '-'], ['', '', '-87.0+-0.3', '-'], ['', '', '', ''], ['', '', '', ''], ['', 'Q c', '-83.5+-0.4', '8+-1'], ['Wollastonite', 'Q2', '-87.8+-0.2', '28+-5'], ['', '', '-88.9+-0.2', '29+-5'], ['', '', '-89.5+-0.2', '35+-5'], ['', '', '', ''], ['', '', '', ''], ['', 'Q d', '-82.0+-0.5', '5+-2'], ['Diopside', 'Q2', '-84.0+-0.2', '77+-4'], ['', 'Q e', '-88.0+-0.5', '18+-3']] | No |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | Can we extract composition from this materials science composition table using regular expression parser?
Caption:Molar thermodynamic functions of quenched GeO2 glass
Table:[['T (K)', 'C p (J/molK)', 'S T-S 0 (J/molK)', 'H T-H 0 (J/mol)', '-(G T-H 0)/T (J/molK)'], ['5', '0.053', '0.015', '0.1', '0.000'], ['10', '0.492', '0.158', '1.2', '0.038'], ['15', '1.359', '0.510', '5.7', '0.130'], ['20', '2.460', '1.048', '15.2', '0.288'], ['25', '3.677', '1.726', '30.5', '0.506'], ['30', '4.966', '2.510', '52.1', '0.773'], ['35', '6.303', '3.375', '80.2', '1.084'], ['40', '7.675', '4.306', '115.2', '1.426'], ['45', '9.078', '5.291', '157.0', '1.802'], ['50', '10.502', '6.321', '206.0', '2.201'], ['60', '13.349', '8.488', '325.3', '3.066'], ['70', '16.113', '10.755', '472.7', '4.002'], ['80', '18.765', '13.080', '647.1', '4.991'], ['90', '21.320', '15.439', '847.7', '6.020'], ['100', '23.748', '17.812', '1073.1', '7.081'], ['110', '26.049', '20.185', '1322.2', '8.165'], ['120', '28.231', '22.546', '1593.7', '9.265'], ['130', '30.292', '24.887', '1886.4', '10.376'], ['140', '32.234', '27.204', '2199.1', '11.496'], ['150', '34.062', '29.491', '2530.7', '12.620'], ['160', '35.781', '31.745', '2880.0', '13.745'], ['170', '37.401', '33.963', '3246.0', '14.869'], ['180', '38.937', '36.145', '3627.8', '15.991'], ['190', '40.405', '38.289', '4024.5', '17.107'], ['200', '41.818', '40.398', '4435.7', '18.219'], ['210', '43.182', '42.472', '4860.7', '19.326'], ['220', '44.499', '44.511', '5299.2', '20.424'], ['230', '45.765', '46.517', '5750.5', '21.515'], ['240', '46.974', '48.491', '6214.3', '22.598'], ['250', '48.124', '50.432', '6689.8', '23.673'], ['260', '49.214', '52.341', '7176.6', '24.739'], ['270', '50.247', '54.218', '7673.9', '25.796'], ['280', '51.224', '56.063', '8181.3', '26.844'], ['290', '52.150', '57.877', '8698.2', '27.883'], ['300', '53.030', '59.660', '9224.2', '28.913'], ['310', '53.866', '61.412', '9758.7', '29.932'], ['320', '54.653', '63.135', '10301', '30.943'], ['330', '55.394', '64.828', '10852', '31.944'], ['340', '56.102', '66.492', '11409', '32.936'], ['350', '56.797', '68.129', '11974', '33.919'], ['273.15', '50.561', '54.802', '7832.7', '26.127'], ['298.15', '52.871', '59.332', '9126.2', '28.723']] | No |
You are a material scientist. Tackle the ensuing query with a well-organized and structured reply. | Is this a materials science composition table?
Caption:Experimental characteristics of the two glasses studied
Table:[['N content (at.%)', 'M (g)', 'r (g cm-3)', 'E (GPa)', 'K (GPa)', 'a (K-1)', 'H v (MPa)', 'T g (K)'], ['0', '23.124', '3.07', '115', '86.79', '6.6x10-7', '6867', '1110'], ['5.6', '23.216', '3.18', '134', '102.65', '6.4x10-7', '8338', '1156']] | Yes |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Is this a materials science composition table?
Caption:JO intensity parameters of Er3+ and Nd3+ (in 10-20
cm
2
) in different calcia-rich glass matrices and the root-mean-square deviation d
rms
Table:[['Ion', 'Matrix', 'O2', 'O4', 'O6', 'd rms', 'Reference'], ['Er3+', 'CS-TCP', '4.5', '1.25', '0.75', '3x10-7', 'This work'], ['', '40CaO-60SiO2', '5.9', '1.53', '0.77', '', '[7]'], ['', '', '', '', '', '', ''], ['Nd3+', 'CS-TCP', '4.8', '3.2', '5.15', '4x10-7', 'This work'], ['', '40CaO-60SiO2', '4.26', '4.06', '4.71', '', '[7]']] | Yes |
You are a material scientist. Give crisp output to the following question. | Is there any chemical compound mentioned in column 4 of the table?
Caption:Chemical shifts, line-widths and integrated intensities of the 29Si-NMR lines corresponding to different Q
n
units in the four glasses
a
Table:[['Composition', '', 'Crystal d (ppm)', 'Glass', 'Glass', 'Glass', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Composition', '', 'Crystal d (ppm)', 'Center (ppm) +-0.5 ppm', 'FWHM (ppm) +-1 ppm', 'Area (%)', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Na2Ca2Si3O9', 'Q1', '', '-73.4', '9', '16+-5', ''], ['', 'Q2', '-88.2/-90.4/-92.8', '-80.0', '10', '72+-8', '8.2/10.4/12.8'], ['', 'Q3', '', '-88.5', '9', '12+-5', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Na4CaSi3O9', 'Q1', '', '-70.0', '7', '14+-5', ''], ['', 'Q2', '-85/-87', '-77.5', '8', '67+-8', '7.5/9.5'], ['', 'Q3', '', '-85.3', '9', '19+-7', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Wollastonite', 'Q1', '', '-75.6', '10', '20+-5', ''], ['', 'Q2', '-87.8/-88.9/-89.5', '-82.6', '11', '64+-8', '5.2/6.3/6.9'], ['', 'Q3', '', '-91.8', '11', '14+-5', ''], ['', 'Q4', '', '-103.3', '11', '2+-1', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Diopside', 'Q1', '', '-77.5', '11', '28+-8', ''], ['', 'Q2', '-84', '-84.0', '11', '43+-10', '0'], ['', 'Q3', '', '-92.7', '12', '25+-6', ''], ['', 'Q4', '', '-103.0', '12', '4+-1', '']] | Yes |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | Does row 1 of the table has complete information about the material composition?
Caption:Preparation data of VAD silica-germania soot preform
Table:[['Sample', 'SiCl4/GeCl4 ratio', 'H2/O2 ratio', 'T1 (degC)', 'T2 (degC)', 'Diameter (mm)'], ['SD-35', '18', '0.7', '840', '870', '46'], ['SD-38', '18', '1.5', '860', '910', '63'], ['SD-40', '17', '2.0', '1010', '990', '62'], ['SD-43', '30', '0.5', '920', '950', '44']] | Yes |
You are a material scientist. Give crisp output to the following question. | Does row 7 of the table has complete information about the material composition?
Caption:Experimental conditions for the sample preparation, densities, r, and FWHM (+-5%) of the radius PDFs. The water/alkoxide molar ratio is constant, R
wa=10
Table:[['Sample', 'ZrO2 (mol%)', 'R ea', 'Heat-treatment temperature (degC)', 'r (g/cm3)', 'FWHM (A) (small pores)', 'FWHM (A) (large pores)'], ['A1', '4', '3', '120', '1.35', '1.00', '1.26'], ['A2', '4', '5', '120', '1.19', '1.06', '3.6'], ['A3', '4', '7', '120', '1.12', '1.22', '3.3'], ['A4', '4', '10', '120', '1.28', '1.22', '2.9'], ['A2*', '10', '5', '120', '1.24', '0.67', '1.33'], ['A4*', '10', '10', '120', '1.47', '0.66', '1.40'], ['', '', '', '', '', '', ''], ['B1', '4', '3', '850', '1.89', '0.66', '1.06'], ['B2', '4', '5', '850', '1.67', '1.46', '4.6'], ['B3', '4', '7', '850', '1.61', '1.46', '4.5'], ['B4', '4', '10', '850', '1.60', '1.30', '3.6'], ['B2*', '10', '5', '850', '1.67', '0.93', '2.9'], ['B4*', '10', '10', '850', '1.93', '1.13', '2.8']] | Yes |
You are a material scientist. Tackle the ensuing query with a well-organized and structured reply. | Can we extract composition from this materials science composition table using regular expression parser?
Caption:The values of A and B for as-prepared and annealed samples of Se58Ge33Pb9 and Se58Ge30Pb12 glassy systems.
Table:[['Se58Ge33Pb9', 'Se58Ge33Pb9', 'Se58Ge33Pb9', 'Se58Ge33Pb9', 'Se58Ge30Pb12', 'Se58Ge30Pb12', 'Se58Ge30Pb12', 'Se58Ge30Pb12'], ['Before Annealing', 'Before Annealing', 'After Annealing', 'After Annealing', 'Before Annealing', 'Before Annealing', 'After Annealing', 'After Annealing'], ['A (K)', 'B (min)', 'A (K)', 'B (min)', 'A (K)', 'B (min)', 'A (K)', 'B (min)'], ['501.2+-0.75', '6.90+-0.25', '426.4+-1.28', '3.40+-0.43', '482.6+-0.79', '8.37+-0.25', '420.1+-2.12', '5.61+-0.72']] | Yes |
You are a material scientist. Tackle the ensuing query with a well-organized and structured reply. | Does column 1 of the table has complete information about the material composition?
Caption:Values of the coordination number N, the interatomic distance d and the Debye-Waller factor s (the errors are of about 0.1 for N and 0.01 A for d and s)
Table:[['', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.54Te0.36', 'Ge0.1As0.54Te0.36', 'Ge0.1As0.54Te0.36'], ['', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)'], ['Ge-Te', '3.5', '2.63', '0.08', '3.0', '2.67', '0.07', '3.0', '2.65', '0.08', '3.0', '2.63', '0.10'], ['Ge-X', '0.5', '2.49', '0.04', '1.0', '2.45', '0.04', '1.0', '2.47', '0.06', '1.0', '2.47', '0.06'], ['As-Te', '2.5', '2.64', '0.06', '2.2', '2.65', '0.07', '1.5', '2.64', '0.08', '1.4', '2.63', '0.10'], ['As-X', '0.5', '2.48', '0.02', '0.8', '2.47', '0.04', '1.5', '2.47', '0.06', '1.6', '2.47', '0.08']] | Yes |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | Can we extract composition from this materials science composition table using regular expression parser?
Caption:Thermal properties of calcium borate glass system, indicated by the DTA curves
Table:[['Sample', 'T g (+-2degC)', 'T x1 (+-2degC)', 'T x2 (+-2degC)', 'T m (+-2degC)', 'DT = T x1 - T g (+-4degC)'], ['CaB4O7', '639', '720', '775', '900', '81'], ['80CBO7', '641', '721', '759', '961', '80'], ['60CBO7', '643', '718', '-', '1046', '75'], ['40CBO7', '639', '712', '-', '1084', '73']] | No |
You are a material scientist. Respond to the given question objectively. | Does row 9 of the table has complete information about the material composition?
Caption:Preparation data of VAD silica-germania soot preform
Table:[['Sample', 'SiCl4/GeCl4 ratio', 'H2/O2 ratio', 'T1 (degC)', 'T2 (degC)', 'Diameter (mm)'], ['SD-35', '18', '0.7', '840', '870', '46'], ['SD-38', '18', '1.5', '860', '910', '63'], ['SD-40', '17', '2.0', '1010', '990', '62'], ['SD-43', '30', '0.5', '920', '950', '44']] | Yes |
You are a material scientist. Analyze and type your answer to the next question in one word. | Is there any chemical compound mentioned in column 3 of the table?
Caption:Values of the coordination number N, the interatomic distance d and the Debye-Waller factor s (the errors are of about 0.1 for N and 0.01 A for d and s)
Table:[['', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.15Te0.75', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.20Te0.70', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.46Te0.44', 'Ge0.1As0.54Te0.36', 'Ge0.1As0.54Te0.36', 'Ge0.1As0.54Te0.36'], ['', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)', 'N', 'd (A)', 's (A)'], ['Ge-Te', '3.5', '2.63', '0.08', '3.0', '2.67', '0.07', '3.0', '2.65', '0.08', '3.0', '2.63', '0.10'], ['Ge-X', '0.5', '2.49', '0.04', '1.0', '2.45', '0.04', '1.0', '2.47', '0.06', '1.0', '2.47', '0.06'], ['As-Te', '2.5', '2.64', '0.06', '2.2', '2.65', '0.07', '1.5', '2.64', '0.08', '1.4', '2.63', '0.10'], ['As-X', '0.5', '2.48', '0.02', '0.8', '2.47', '0.04', '1.5', '2.47', '0.06', '1.6', '2.47', '0.08']] | No |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Is this a materials science composition table?
Caption:Some typical compositions of reactants with reaction parameters and powder characteristics
Table:[['Mole ratio', 'Mole ratio', 'Mole ratio', 'Acid', 'pH of acid-water mixture', 'Incubation period (min)', 'Density of silica powders (g cm-3)', 'Shape of silica as observed under optical microscope'], ['TEOS', 'Water', 'Acid', 'Acid', 'pH of acid-water mixture', 'Incubation period (min)', 'Density of silica powders (g cm-3)', 'Shape of silica as observed under optical microscope'], ['1', '4', '4', 'Pentanoic', '2.25', '114+-5', '2.10+-0.02', 'Spherical and'], ['', '', '', '', '', '', '', 'irregular powder'], ['1', '4', '4', 'Butanoic', '2.18', '45+-3', '2.11+-0.02', 'Spherical powder'], ['', '', '', '', '', '', '', '(agglomerated)'], ['1', '4', '4', 'Propanoic', '2.01', '24+-1', '2.14+-0.02', 'Spherical powder'], ['', '', '', '', '', '', '', '(less agglomerated)'], ['1', '4', '4', 'Acetic', '1.63', '5+-0.1', '2.15+-0.02', 'Spherical powder'], ['1', '1.5', '1.2x10 b', 'Formic', '1.35', '17+-1', '2.13+-0.02', 'Spherical powder'], ['1', '1.5', '1.2x10 b', 'Nitric', '1.35', '17+-1', '2.16+-0.02', 'Spherical powder'], ['1', '1.5', '1.2x10 b', 'Hydrochloric', '1.35', '17+-1', '2.12+-0.02', 'Spherical powder'], ['1', '1.5', '1.2x10 b', 'Sulphuric', '1.35', '17+-1', '2.13+-0.02', 'Spherical powder'], ['1', '1.5', '1.2x10 b', 'Orthophosphoric', '1.35', '17+-1', '2.12+-0.02', 'Spherical powder']] | No |
You are a material scientist. Analyze and type your answer to the next question in one word. | Is there any chemical compound mentioned in row 1 of the table?
Caption:Peak position and FWHM of the 1G4-3H5 radiative transition of Pr3+ ions in some non-oxide glasses
Table:[['Glass composition', 'Peak wavelength (nm)', 'FWHM (nm)', 'Reference'], ['ZBLAN', '1320', '89', '[11]'], ['CdX 2(X=F-,Cl-)', '1313', '87', '[11]'], ['InF3 based', '1320', '88', '[11]'], ['HfF4 based', '1320', '80', '[11]'], ['Ga-La-S', '1334', '90', '[30]'], ['GeS x', '1340', '110', '[31]'], ['Ge-Ga-S', '1344', '80', '[32]'], ['Ge-Sb-S', '1343', '77', '[5]'], ['Ge-Ga-Se', '1343', '70', 'This work']] | No |
You are a material scientist. Give crisp output to the following question. | What is the orientation of the following composition table?
Caption:Comparison of parameters of conductivity.
Table:[['Composition [% mol]', 'Composition [% mol]', 'Composition [% mol]', 'Dc (T=393K) [S/cm]', 'WDc [eV]', '0 [S/cm]', 'a (T=393K) [A-1]', 'Structure', '', '', ''], ['Fe2O3', 'B2O3', 'PbO', 'Dc (T=393K) [S/cm]', 'WDc [eV]', '0 [S/cm]', '', '', '', '', ''], ['2.5', '32.5', '65', '1.18*10-13', '0.73', '2.55*10-4', '-', 'Amorphous and homogenous', '', '', ''], ['7', '31', '62', '4.02*10-11', '0.68', '2.80*10-2', '0.54', 'Amorphous with nanogranules', '', '', ''], ['13', '29', '58', '5.39*10-10', '0.62', '2.31*10-2', '0.69', 'Amorphous with nanogranules', '', '', ''], ['', '', '', '', '', '', '', '', '', '', ''], ['', '', '', '', 'Low T', 'High T', 'Low T', 'High T', 'Low T', 'High T', ''], ['19', '27', '54', '2.00*10-8', '0.47', '0.60', '6.57*10-3', '9.94*10-1', '0.91', '0.60', 'Amorphous with nanogranules'], ['25', '25', '50', '5.91*10-6', '0.22', '0.30', '1.56*10-3', '3.18*10-2', '1.14', '0.93', 'Nanocrystallities'], ['31', '23', '46', '2.83*10-4', '0.17', '0.40', '8.47*10-3', '3.23*10', '1.11', '0.48', 'Nanocrystallities'], ['37', '21', '42', '1.17*10-4', '0.14', '0.26', '3.78*10-3', '2.32*10-1', '1.28', '0.94', 'Nanocrystallities']] | Column |
You are a material scientist. Give crisp output to the following question. | Does row 2 of the table has complete information about the material composition?
Caption:Chemical shifts, line-widths and integrated intensities of the 29Si-NMR lines corresponding to different Q
n
units in the four glasses
a
Table:[['Composition', '', 'Crystal d (ppm)', 'Glass', 'Glass', 'Glass', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Composition', '', 'Crystal d (ppm)', 'Center (ppm) +-0.5 ppm', 'FWHM (ppm) +-1 ppm', 'Area (%)', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Na2Ca2Si3O9', 'Q1', '', '-73.4', '9', '16+-5', ''], ['', 'Q2', '-88.2/-90.4/-92.8', '-80.0', '10', '72+-8', '8.2/10.4/12.8'], ['', 'Q3', '', '-88.5', '9', '12+-5', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Na4CaSi3O9', 'Q1', '', '-70.0', '7', '14+-5', ''], ['', 'Q2', '-85/-87', '-77.5', '8', '67+-8', '7.5/9.5'], ['', 'Q3', '', '-85.3', '9', '19+-7', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Wollastonite', 'Q1', '', '-75.6', '10', '20+-5', ''], ['', 'Q2', '-87.8/-88.9/-89.5', '-82.6', '11', '64+-8', '5.2/6.3/6.9'], ['', 'Q3', '', '-91.8', '11', '14+-5', ''], ['', 'Q4', '', '-103.3', '11', '2+-1', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Diopside', 'Q1', '', '-77.5', '11', '28+-8', ''], ['', 'Q2', '-84', '-84.0', '11', '43+-10', '0'], ['', 'Q3', '', '-92.7', '12', '25+-6', ''], ['', 'Q4', '', '-103.0', '12', '4+-1', '']] | Yes |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | What is the orientation of the following composition table?
Caption:Comparison of parameters of conductivity.
Table:[['Composition [% mol]', 'Composition [% mol]', 'Composition [% mol]', 'Dc (T=393K) [S/cm]', 'WDc [eV]', '0 [S/cm]', 'a (T=393K) [A-1]', 'Structure', '', '', ''], ['Fe2O3', 'B2O3', 'PbO', 'Dc (T=393K) [S/cm]', 'WDc [eV]', '0 [S/cm]', '', '', '', '', ''], ['2.5', '32.5', '65', '1.18*10-13', '0.73', '2.55*10-4', '-', 'Amorphous and homogenous', '', '', ''], ['7', '31', '62', '4.02*10-11', '0.68', '2.80*10-2', '0.54', 'Amorphous with nanogranules', '', '', ''], ['13', '29', '58', '5.39*10-10', '0.62', '2.31*10-2', '0.69', 'Amorphous with nanogranules', '', '', ''], ['', '', '', '', '', '', '', '', '', '', ''], ['', '', '', '', 'Low T', 'High T', 'Low T', 'High T', 'Low T', 'High T', ''], ['19', '27', '54', '2.00*10-8', '0.47', '0.60', '6.57*10-3', '9.94*10-1', '0.91', '0.60', 'Amorphous with nanogranules'], ['25', '25', '50', '5.91*10-6', '0.22', '0.30', '1.56*10-3', '3.18*10-2', '1.14', '0.93', 'Nanocrystallities'], ['31', '23', '46', '2.83*10-4', '0.17', '0.40', '8.47*10-3', '3.23*10', '1.11', '0.48', 'Nanocrystallities'], ['37', '21', '42', '1.17*10-4', '0.14', '0.26', '3.78*10-3', '2.32*10-1', '1.28', '0.94', 'Nanocrystallities']] | Row |
You are a material scientist. Analyze and type your answer to the next question in one word. | Is this a materials science composition table?
Caption:The constitutional proportion (%) of elements in partial coordination number of B atoms.
Table:[['Temperature/K', 'Fe (%)', 'Si (%)', 'B (%)'], ['1473', '90.0', '3.3', '6.7'], ['1373', '93.3', '2.7', '4.0'], ['1273', '90.9', '2.6', '6.5'], ['1173', '91.8', '1.5', '6.8'], ['1073', '94.0', '2.4', '3.6'], ['973', '96.3', '3.2', '0.5'], ['873', '95.9', '4.1', '0.0'], ['773', '96.1', '1.8', '2.1'], ['300', '95.3', '4.0', '0.7']] | Yes |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | Does row 2 of the table has complete information about the material composition?
Caption:Chemical shifts, line-widths and integrated intensities of the 29Si-NMR lines corresponding to different Q
n
units in the four glasses
a
Table:[['Composition', '', 'Crystal d (ppm)', 'Glass', 'Glass', 'Glass', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Composition', '', 'Crystal d (ppm)', 'Center (ppm) +-0.5 ppm', 'FWHM (ppm) +-1 ppm', 'Area (%)', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Na2Ca2Si3O9', 'Q1', '', '-73.4', '9', '16+-5', ''], ['', 'Q2', '-88.2/-90.4/-92.8', '-80.0', '10', '72+-8', '8.2/10.4/12.8'], ['', 'Q3', '', '-88.5', '9', '12+-5', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Na4CaSi3O9', 'Q1', '', '-70.0', '7', '14+-5', ''], ['', 'Q2', '-85/-87', '-77.5', '8', '67+-8', '7.5/9.5'], ['', 'Q3', '', '-85.3', '9', '19+-7', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Wollastonite', 'Q1', '', '-75.6', '10', '20+-5', ''], ['', 'Q2', '-87.8/-88.9/-89.5', '-82.6', '11', '64+-8', '5.2/6.3/6.9'], ['', 'Q3', '', '-91.8', '11', '14+-5', ''], ['', 'Q4', '', '-103.3', '11', '2+-1', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Diopside', 'Q1', '', '-77.5', '11', '28+-8', ''], ['', 'Q2', '-84', '-84.0', '11', '43+-10', '0'], ['', 'Q3', '', '-92.7', '12', '25+-6', ''], ['', 'Q4', '', '-103.0', '12', '4+-1', '']] | No |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Does row 8 of the table has complete information about the material composition?
Caption:Chemical analyses of samples from the 0.30Li2O*0.70(xTeO2*(1-x)SiO2) glass system, in wt%
a
Table:[['x', '%Li2O', '%Li2O', '%TeO2', '%TeO2', '%SiO2', '%SiO2', 'Others', 'Others'], ['', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Al2O3', 'K2O'], ['0.00', '17.6', '19.0', '-', '-', '82.4', '78.7', '0.23', '-'], ['0.10', '15.5', '14.0', '19.3', '19.9', '65.3', '65.1', '0.96', '-'], ['0.20', '13.8', '12.7', '34.4', '34.2', '51.8', '52.3', '0.76', '-'], ['0.25', '13.1', '12.0', '40.8', '41.7', '46.1', '45.9', '0.73', '0.52'], ['0.30', '12.5', '11.7', '46.6', '46.7', '40.9', '40.5', '0.65', '0.47'], ['1.00', '7.4', '6.9', '92.6', '92.0', '-', '-', '-', '-']] | No |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | Is there any chemical compound mentioned in column 3 of the table?
Caption:Chemical shifts, line-widths and integrated intensities of the 29Si-NMR lines corresponding to different Q
n
units in the four glasses
a
Table:[['Composition', '', 'Crystal d (ppm)', 'Glass', 'Glass', 'Glass', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Composition', '', 'Crystal d (ppm)', 'Center (ppm) +-0.5 ppm', 'FWHM (ppm) +-1 ppm', 'Area (%)', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Na2Ca2Si3O9', 'Q1', '', '-73.4', '9', '16+-5', ''], ['', 'Q2', '-88.2/-90.4/-92.8', '-80.0', '10', '72+-8', '8.2/10.4/12.8'], ['', 'Q3', '', '-88.5', '9', '12+-5', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Na4CaSi3O9', 'Q1', '', '-70.0', '7', '14+-5', ''], ['', 'Q2', '-85/-87', '-77.5', '8', '67+-8', '7.5/9.5'], ['', 'Q3', '', '-85.3', '9', '19+-7', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Wollastonite', 'Q1', '', '-75.6', '10', '20+-5', ''], ['', 'Q2', '-87.8/-88.9/-89.5', '-82.6', '11', '64+-8', '5.2/6.3/6.9'], ['', 'Q3', '', '-91.8', '11', '14+-5', ''], ['', 'Q4', '', '-103.3', '11', '2+-1', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Diopside', 'Q1', '', '-77.5', '11', '28+-8', ''], ['', 'Q2', '-84', '-84.0', '11', '43+-10', '0'], ['', 'Q3', '', '-92.7', '12', '25+-6', ''], ['', 'Q4', '', '-103.0', '12', '4+-1', '']] | Yes |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Does row 4 of the table has complete information about the material composition?
Caption:Chemical shifts, line-widths and integrated intensities of the 29Si-NMR lines corresponding to different Q
n
units in the four glasses
a
Table:[['Composition', '', 'Crystal d (ppm)', 'Glass', 'Glass', 'Glass', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Composition', '', 'Crystal d (ppm)', 'Center (ppm) +-0.5 ppm', 'FWHM (ppm) +-1 ppm', 'Area (%)', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Na2Ca2Si3O9', 'Q1', '', '-73.4', '9', '16+-5', ''], ['', 'Q2', '-88.2/-90.4/-92.8', '-80.0', '10', '72+-8', '8.2/10.4/12.8'], ['', 'Q3', '', '-88.5', '9', '12+-5', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Na4CaSi3O9', 'Q1', '', '-70.0', '7', '14+-5', ''], ['', 'Q2', '-85/-87', '-77.5', '8', '67+-8', '7.5/9.5'], ['', 'Q3', '', '-85.3', '9', '19+-7', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Wollastonite', 'Q1', '', '-75.6', '10', '20+-5', ''], ['', 'Q2', '-87.8/-88.9/-89.5', '-82.6', '11', '64+-8', '5.2/6.3/6.9'], ['', 'Q3', '', '-91.8', '11', '14+-5', ''], ['', 'Q4', '', '-103.3', '11', '2+-1', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Diopside', 'Q1', '', '-77.5', '11', '28+-8', ''], ['', 'Q2', '-84', '-84.0', '11', '43+-10', '0'], ['', 'Q3', '', '-92.7', '12', '25+-6', ''], ['', 'Q4', '', '-103.0', '12', '4+-1', '']] | Yes |
You are a material scientist. Respond to the given question objectively. | Is there any chemical compound mentioned in column 7 of the table?
Caption:Chemical shifts, line-widths and integrated intensities of the 29Si-NMR lines corresponding to different Q
n
units in the four glasses
a
Table:[['Composition', '', 'Crystal d (ppm)', 'Glass', 'Glass', 'Glass', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Composition', '', 'Crystal d (ppm)', 'Center (ppm) +-0.5 ppm', 'FWHM (ppm) +-1 ppm', 'Area (%)', 'Chemical shift difference for Q2 in crystal - glass d-center (ppm)'], ['Na2Ca2Si3O9', 'Q1', '', '-73.4', '9', '16+-5', ''], ['', 'Q2', '-88.2/-90.4/-92.8', '-80.0', '10', '72+-8', '8.2/10.4/12.8'], ['', 'Q3', '', '-88.5', '9', '12+-5', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Na4CaSi3O9', 'Q1', '', '-70.0', '7', '14+-5', ''], ['', 'Q2', '-85/-87', '-77.5', '8', '67+-8', '7.5/9.5'], ['', 'Q3', '', '-85.3', '9', '19+-7', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Wollastonite', 'Q1', '', '-75.6', '10', '20+-5', ''], ['', 'Q2', '-87.8/-88.9/-89.5', '-82.6', '11', '64+-8', '5.2/6.3/6.9'], ['', 'Q3', '', '-91.8', '11', '14+-5', ''], ['', 'Q4', '', '-103.3', '11', '2+-1', ''], ['', '', '', '', '', '', ''], ['', '', '', '', '', '', ''], ['Diopside', 'Q1', '', '-77.5', '11', '28+-8', ''], ['', 'Q2', '-84', '-84.0', '11', '43+-10', '0'], ['', 'Q3', '', '-92.7', '12', '25+-6', ''], ['', 'Q4', '', '-103.0', '12', '4+-1', '']] | Yes |
You are a material scientist. Give crisp output to the following question. | Is there any chemical compound mentioned in column 1 of the table?
Caption:Preparation data of VAD silica-germania soot preform
Table:[['Sample', 'SiCl4/GeCl4 ratio', 'H2/O2 ratio', 'T1 (degC)', 'T2 (degC)', 'Diameter (mm)'], ['SD-35', '18', '0.7', '840', '870', '46'], ['SD-38', '18', '1.5', '860', '910', '63'], ['SD-40', '17', '2.0', '1010', '990', '62'], ['SD-43', '30', '0.5', '920', '950', '44']] | No |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Is there any chemical compound mentioned in column 2 of the table?
Caption:Preparation data of VAD silica-germania soot preform
Table:[['Sample', 'SiCl4/GeCl4 ratio', 'H2/O2 ratio', 'T1 (degC)', 'T2 (degC)', 'Diameter (mm)'], ['SD-35', '18', '0.7', '840', '870', '46'], ['SD-38', '18', '1.5', '860', '910', '63'], ['SD-40', '17', '2.0', '1010', '990', '62'], ['SD-43', '30', '0.5', '920', '950', '44']] | No |
You are a material scientist. Respond to the given question objectively. | Does row 5 of the table has complete information about the material composition?
Caption:Isotropic chemical shifts and line intensities of the 29Si-NMR lines of the crystalline samples (possible identification of minor phases are discussed in the text)
Table:[['Crystal', '', 'Center (ppm)', 'Area (%)'], ['Na2Ca2Si3O9', 'Q2', '-88.2+-0.3', '-'], ['', '', '-90.4+-0.3', '-'], ['', '', '-92.8+-0.3', '-'], ['', '', '', ''], ['', '', '', ''], ['', 'Q b', '-76.7+-0.2', '7+-1'], ['Na4CaSi3O9', 'Q2', '-85.0+-0.3', '-'], ['', '', '-87.0+-0.3', '-'], ['', '', '', ''], ['', '', '', ''], ['', 'Q c', '-83.5+-0.4', '8+-1'], ['Wollastonite', 'Q2', '-87.8+-0.2', '28+-5'], ['', '', '-88.9+-0.2', '29+-5'], ['', '', '-89.5+-0.2', '35+-5'], ['', '', '', ''], ['', '', '', ''], ['', 'Q d', '-82.0+-0.5', '5+-2'], ['Diopside', 'Q2', '-84.0+-0.2', '77+-4'], ['', 'Q e', '-88.0+-0.5', '18+-3']] | Yes |
You are a material scientist. Give crisp output to the following question. | Is this a materials science composition table?
Caption:Molar compositions of the SiO2-GeO2 glasses determined by microprobe analysis (average of 10 analyses per sample)
Table:[['', 'SG30', 'SG50', 'SG65', 'SG80'], ['SiO2', '27.5', '49.8', '64.8', '82.2'], ['GeO2', '72.5', '50.1', '35.2', '18.1']] | Yes |
You are a material scientist. Respond to the given question objectively. | Is there any chemical compound mentioned in column 3 of the table?
Caption:Peak position and FWHM of the 1G4-3H5 radiative transition of Pr3+ ions in some non-oxide glasses
Table:[['Glass composition', 'Peak wavelength (nm)', 'FWHM (nm)', 'Reference'], ['ZBLAN', '1320', '89', '[11]'], ['CdX 2(X=F-,Cl-)', '1313', '87', '[11]'], ['InF3 based', '1320', '88', '[11]'], ['HfF4 based', '1320', '80', '[11]'], ['Ga-La-S', '1334', '90', '[30]'], ['GeS x', '1340', '110', '[31]'], ['Ge-Ga-S', '1344', '80', '[32]'], ['Ge-Sb-S', '1343', '77', '[5]'], ['Ge-Ga-Se', '1343', '70', 'This work']] | Yes |
You are a material scientist. Analyze and type your answer to the next question in one word. | Is there any chemical compound mentioned in column 0 of the table?
Caption:Preparation data of VAD silica-germania soot preform
Table:[['Sample', 'SiCl4/GeCl4 ratio', 'H2/O2 ratio', 'T1 (degC)', 'T2 (degC)', 'Diameter (mm)'], ['SD-35', '18', '0.7', '840', '870', '46'], ['SD-38', '18', '1.5', '860', '910', '63'], ['SD-40', '17', '2.0', '1010', '990', '62'], ['SD-43', '30', '0.5', '920', '950', '44']] | No |
You are a material scientist. Deliver your response to the below question in a formatted and simple way. | Does row 0 of the table has complete information about the material composition?
Caption:Peak position and FWHM of the 1G4-3H5 radiative transition of Pr3+ ions in some non-oxide glasses
Table:[['Glass composition', 'Peak wavelength (nm)', 'FWHM (nm)', 'Reference'], ['ZBLAN', '1320', '89', '[11]'], ['CdX 2(X=F-,Cl-)', '1313', '87', '[11]'], ['InF3 based', '1320', '88', '[11]'], ['HfF4 based', '1320', '80', '[11]'], ['Ga-La-S', '1334', '90', '[30]'], ['GeS x', '1340', '110', '[31]'], ['Ge-Ga-S', '1344', '80', '[32]'], ['Ge-Sb-S', '1343', '77', '[5]'], ['Ge-Ga-Se', '1343', '70', 'This work']] | No |
You are a material scientist. Analyze and type your answer to the next question in one word. | Is there any chemical compound mentioned in column 2 of the table?
Caption:EXAFS and MD structural parameters
Table:[['', 'N', 'R (A)', 's 2', 'b'], ['EXAFS', 'EXAFS', 'EXAFS', 'EXAFS', 'EXAFS'], ['Fe-O', '3.9+-0.3', '1.99+-0.01', '0.007+-0.002', '0.2+-0.3'], ['Fe-Si', '2.0+-1.5', '3.13+-0.06', '0.022+-0.016', '-'], ['Fe-Fe', '1.8+-1.2', '3.12+-0.06', '0.028+-0.01', '-'], ['Fe-Ca', '3.5+-1.6', '3.45+-0.08', '0.045+-0.016', '-'], ['', '', '', '', ''], ['MD', 'MD', 'MD', 'MD', 'MD'], ['Fe-O', '4.3+-0.3', '2.00+-0.01', '0.01+-0.005', '0.7+-0.2'], ['Fe-Si', '4.4+-0.1', '3.29+-0.05', '0.025+-0.005', '-'], ['Fe-Fe', '1.0+-0.1', '3.12+-0.1', '0.08+-0.005', '-'], ['Fe-Ca', '2.9+-0.1', '3.45+-0.08', '0.13+-0.005', '-']] | Yes |
You are a material scientist. Respond to the given question objectively. | Does row 0 of the table has complete information about the material composition?
Caption:Peak position and FWHM of the 1G4-3H5 radiative transition of Pr3+ ions in some non-oxide glasses
Table:[['Glass composition', 'Peak wavelength (nm)', 'FWHM (nm)', 'Reference'], ['ZBLAN', '1320', '89', '[11]'], ['CdX 2(X=F-,Cl-)', '1313', '87', '[11]'], ['InF3 based', '1320', '88', '[11]'], ['HfF4 based', '1320', '80', '[11]'], ['Ga-La-S', '1334', '90', '[30]'], ['GeS x', '1340', '110', '[31]'], ['Ge-Ga-S', '1344', '80', '[32]'], ['Ge-Sb-S', '1343', '77', '[5]'], ['Ge-Ga-Se', '1343', '70', 'This work']] | No |
You are a material scientist. Tackle the ensuing query with a well-organized and structured reply. | Is this a materials science composition table?
Caption:Results of T(r) analysis
Table:[['Composition', 'Correlations', 'Distance (A)', 'Partial coord. number'], ['Se', 'Se-Se', '2.33', '4.6'], ['', 'Se-Se (second neighbour)', '3.68', '11.2'], ['Se90Ag5I5', 'Se-Se', '2.3', '1.65'], ['', 'Ag-I', '2.58', '0.96'], ['', 'Ag-Se', '2.79', '0.03'], ['', 'Se-Se (second neighbour)', '3.62', '4.04'], ['Se80Ag10I10', 'Se-Se', '2.3', '1.74'], ['', 'Ag-I', '2.55', '0.93'], ['', 'Ag-Se', '2.77', '0.2'], ['', 'Se-Se (second neighbour)', '3.66', '5.25'], ['Se75Ag10I15', 'Se-Se', '2.33', '2.65'], ['', 'Ag-I', '2.55', '0.55'], ['', 'Ag-Se', '2.67', '0.23'], ['', 'Se-Se (second neighbour)', '3.68', '6.72'], ['Se75Ag15I10', 'Se-Se', '2.33', '1.99'], ['', 'Ag-I', '2.55', '0.47'], ['', 'Ag-Se', '2.67', '0.49'], ['', 'Se-Se (second neighbour)', '3.68', '4.89'], ['Se70Ag15I15', 'Se-Se', '3.33', '0.7'], ['', 'Ag-I', '2.56', '0.59'], ['', 'Ag-Se', '2.67', '0.33'], ['', 'Se-Se (second neighbour)', '3.67', '3.78']] | Yes |
You are a material scientist. Give crisp output to the following question. | Is this a materials science composition table?
Caption:Heat capacity in the glass transition region for the iron phosphate glasses as determined from heat capacity vs. temperature curves
Table:[['Sample', 'C pg (+-15 J/mol/K)', 'C pl (+-15 J/mol/K)', 'DC p (+-15 J/mol/K)', 'C pl/C pg (+-0.15)'], ['NKFP48-00', '138', '195', '57', '1.41'], ['NKFP48-05', '140', '201', '61', '1.44'], ['NKFP48-10', '143', '207', '64', '1.45'], ['NKFP48-15', '147', '212', '65', '1.44'], ['NKFP48-20', '152', '220', '68', '1.44'], ['', '', '', '', ''], ['NCFP48-00', '124', '190', '66', '1.53'], ['NCFP48-05', '132', '198', '66', '1.50'], ['NCFP48-10', '135', '200', '65', '1.48'], ['NCFP48-15', '142', '208', '66', '1.46'], ['NCFP48-20', '152', '220', '68', '1.44'], ['', '', '', '', ''], ['F40M', '100', '163', '63', '1.63']] | No |
You are a material scientist. Reflect on and answer the next question in a short and crisp manner. | Is there any chemical compound mentioned in column 1 of the table?
Caption:Chemical analyses of samples from the 0.30Li2O*0.70(xTeO2*(1-x)SiO2) glass system, in wt%
a
Table:[['x', '%Li2O', '%Li2O', '%TeO2', '%TeO2', '%SiO2', '%SiO2', 'Others', 'Others'], ['', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Expected', 'Experimental', 'Al2O3', 'K2O'], ['0.00', '17.6', '19.0', '-', '-', '82.4', '78.7', '0.23', '-'], ['0.10', '15.5', '14.0', '19.3', '19.9', '65.3', '65.1', '0.96', '-'], ['0.20', '13.8', '12.7', '34.4', '34.2', '51.8', '52.3', '0.76', '-'], ['0.25', '13.1', '12.0', '40.8', '41.7', '46.1', '45.9', '0.73', '0.52'], ['0.30', '12.5', '11.7', '46.6', '46.7', '40.9', '40.5', '0.65', '0.47'], ['1.00', '7.4', '6.9', '92.6', '92.0', '-', '-', '-', '-']] | Yes |
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