input stringlengths 80 525 | output stringlengths 65 289 |
|---|---|
We have used a low-temperature, in situ cleaving, scanning tunneling microscope to measure the energy gap in a series of La2-xSrxCuO4-y samples with different Sr doping concentrations x, and therefore different critical temperatures.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "La2-xSrxCuO4-y"
},
"dopants": {
"d0": "Sr"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
The obtained results explain anomalous distributions of Ga dopant in Ge single crystals grown aboard Russian Photon series spacecrafts (SC).
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "Ge"
},
"dopants": {
"d0": "Ga"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Diffraction lines were broadened indicating on nanocrystalline samples, the line broadening depended on Mn doping level.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "Mn"
},
"dopants2basemats": {}
}
END |
6×10-4 cm-1 for SrF2:Ag2+.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "SrF2"
},
"dopants": {
"d0": "Ag2+"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Photoanodes of polycrystalline CdSe layers, doped with different concentration of In are investigated.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "CdSe"
},
"dopants": {
"d0": "In"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
The effect mechanism of doping microcapsules on the electrical performance of polyethylene was emphatically analyzed.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "polyethylene"
},
"dopants": {
"d0": "microcapsules"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Organic light emitting diodes (OLEDs) using the two compounds as emitters exhibited good efficiencies: the doped PSC-based device emitted blue light at 444 nm with CIE co-ordinates of (0.151, 0.072).
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "PSC-based device"
},
"dopants": {},
"dopants2basemats": {}
}
END |
The ac electrical conductivity of Ca-, Sr-, and Ba-doped LaErO3 has been measured with the van der Pauw method as a function of PH2O(10−5−10−2atm), PO2(10−20−1 atm), and temperature (500–1200°C).
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "LaErO3"
},
"dopants": {
"d0": "Ca",
"d1": "Sr",
"d2": "Ba"
},
"dopants2basemats": {
"d0": [
"b0"
],
"d1": [
"b0"
],
"d2": [
"b0"
]
}
}
END |
Effect of organic dopants on ZTS single crystals.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "ZTS"
},
"dopants": {
"d0": "organic"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Tin as an n-type dopant in the molecular beam epitaxial growth of GaAs(111)A .
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "GaAs(111)A"
},
"dopants": {
"d0": "Tin"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Results highlight the utility of shell doping and core thickness to provide an additional degree of freedomto controlSCEs.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "shell"
},
"dopants2basemats": {}
}
END |
Electronic and ionic conductivities are two key parameters in determining the electrochemical performance of lithium/sodium ion batteries, and element-doping is an effective way to regulate the conductivity of an active material.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "element"
},
"dopants2basemats": {}
}
END |
Domain structures in the Z-cut of highly doped LiNbO3:Mg and LiNbO3:Mg,Fe single crystals were created by direct electron beam writing (DEBW).
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "LiNbO3"
},
"dopants": {
"d0": "Mg",
"d1": "Mg,Fe"
},
"dopants2basemats": {
"d0": [
"b0"
],
"d1": [
"b0"
]
}
}
END |
The alkaline-earth-doped LaErO3 is mainly a protonic conductor at high PH2O and low PO2 and temperature.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "LaErO3"
},
"dopants": {
"d0": "alkaline-earth"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
In this paper, we propose a model for estimating short-channel effects (SCEs) in the shell-doped double-gate junctionless (JL) MOSFET.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "double-gate junctionless (JL) MOSFET"
},
"dopants": {
"d0": "shell"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Layers grown on (111)A surfaces were n-type (in contrast to silicon doping) but with carrier concentrations dependent on growth conditions.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "silicon"
},
"dopants2basemats": {}
}
END |
In this work is reported the development of ceramic sensors based on ZnO-doped ITO thin films for engine diagnostics able to withstand the harsh environments associated with exhausts.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "ITO"
},
"dopants": {
"d0": "ZnO"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
For redox couples having energies near the top of the Si valence band, such as 1,1′-dimethylferrocene+/0, the sample acted like an n-type photoelectrode, yielding large photovoltages for collection of electrons at the back contact and small photovoltages for collection of holes.
Extract doping information from this se... | {
"basemats": {
"b0": "photoelectrode"
},
"dopants": {},
"dopants2basemats": {}
}
END |
The N:DLC:Ni coatings were deposited on the Si micromolds by magnetron co-sputtering at various Ni target powers.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {},
"dopants2basemats": {}
}
END |
Under the 10mol% concentration of Er3+, the intensity of the green UCPL had increased in a linearly proportional to Er3+ concentration, which was attributed to the UCPL of low concentration of Er3 and it was mostly generated from ESA process.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "Er3+"
},
"dopants2basemats": {}
}
END |
We report the properties of upconversion photoluminescence (UCPL) on SrLaMgTaO6 crystal doped with trivalent erbium at concentrations of 1–20mol% that were synthesized by a solid state reaction method from powder based precursors.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "SrLaMgTaO6"
},
"dopants": {
"d0": "trivalent erbium"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
By doping with different elements, ZnS-based electroluminescent fibers can emit green, blue, or yellow lights.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "ZnS-based electroluminescent fibers"
},
"dopants": {
"d0": "different elements"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
In this case they show a large p-type metallic conductance in the Mn plane mainly due to majority spin electrons, and an n-type hopping like conductance in the GaAs planes mainly due to minority spin electrons.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "GaAs"
},
"dopants": {},
"dopants2basemats": {}
}
END |
Lanthanum doping also affected the formation of nickel zinc titanium oxide.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "Lanthanum"
},
"dopants2basemats": {}
}
END |
The Nd-doped BST thin films show three NIR luminescence peaks corresponding to4F3/2-4I9/2transition at 880 nm;4F3/2-4I11/2transition at 1066 nm and4F3/2-4I13/2transition at 1345 nm; respectively.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "BST"
},
"dopants": {
"d0": "Nd"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
In this paper the effect of surface properties of micromolds on replication process was investigated by using nitrogen (N) and nickel (Ni) doped diamond-like carbon (N:DLC:Ni) coated and uncoated silicon (Si) micromolds.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "diamond-like carbon",
"b1": "DLC"
},
"dopants": {
"d0": "nitrogen",
"d1": "N",
"d2": "nickel",
"d3": "Ni"
},
"dopants2basemats": {
"d0": [
"b0"
],
"d1": [
"b0",
"b1"
],
"d2": [
"b0"
],
"d3": [
"b0",
"b1"
]
}
}
END |
On this basis, we propose to use spatial doping to generate graphene-on-SiC double-barrier structures.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "graphene-on-SiC double-barrier structures"
},
"dopants": {},
"dopants2basemats": {}
}
END |
© 2018 IOP Publishing Ltd. By combining solid phase epitaxy and molecular beam epitaxy with Sb doping, we can form n-type Ge layers on one of the ferromagnetic Heusler alloys, Fe3Si.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "Sb"
},
"dopants2basemats": {}
}
END |
The pyrochlore phase formation was observed at ∼18 at.% La content.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "La"
},
"dopants2basemats": {}
}
END |
The proton conduction behavior is however different from the conventional mechanism of trapping & detrapping applicable only to the case of dilute doping.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {},
"dopants2basemats": {}
}
END |
Magnetically separable sulfur-doped SnFe2O4/graphene nanohybrids for effective photocatalytic purification of wastewater under visible light.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "SnFe2O4"
},
"dopants": {
"d0": "sulfur"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Surface evaluation and electrochemical behaviour of doped silane pre-treatments on galvanised steel substrates.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "silane"
},
"dopants": {},
"dopants2basemats": {}
}
END |
The influence of organic dopants on tristhioureazinc(II)sulphate (ZTS) single crystals from aqueous solutions at 30°C is investigated.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "tristhioureazinc(II)sulphate"
},
"dopants": {
"d0": "organic"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Nowadays, the sol-gel thin films doped with corrosion inhibitor have suggested enhancing corrosion resistance of materials.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "sol-gel thin films"
},
"dopants": {
"d0": "corrosion inhibitor"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
The results show that the presence of dopant improves the protective properties of the silane pre-treatment.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {},
"dopants2basemats": {}
}
END |
Diamond-like carbon (DLC) films doped with different silicon contents up to 11.48 at.% were fabricated by plasma immersion ion implantation and deposition (PIII-D) using a silicon cathodic arc plasma source.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "Diamond-like carbon"
},
"dopants": {
"d0": "silicon"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Investigation of magnetism in aluminum-doped silicon carbide nanotubes.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "silicon carbide nanotubes"
},
"dopants": {
"d0": "aluminum"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
The results indicated that the applied magnetic field improved the anti-wear ability of the neat mineral oil and T306-doped oils but impaired that of T307-doped oils.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "oils"
},
"dopants": {
"d0": "T3O6",
"d1": "T3O7"
},
"dopants2basemats": {
"d0": [
"b0"
],
"d1": [
"b0"
]
}
}
END |
The evaluation is considered for pure and binary liquid semiconductors and for a heavily doped and compensated semiconductor to give the asymptotic form of the density of states for ε < 0.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "semiconductor"
},
"dopants": {},
"dopants2basemats": {}
}
END |
The luminescence color (green/red) of Mg B2O4:Mn (B=Al, Ga) phosphors was controlled by crystal-site engineering approach through adjusting the quantity of MgO in raw materials.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "Mg B2O4 (B=Al, Ga)"
},
"dopants": {
"d0": "Mn"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Improved Electrochemical Performance of Na3V2-xZrx(PO4)3/C through Electronic and Ionic Conductivities Regulation.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {},
"dopants2basemats": {}
}
END |
Urchin-like Al-Doped Co3O4 Nanospheres Rich in Surface Oxygen Vacancies Enable Efficient Ammonia Electrosynthesis.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "Co3O4 Nanospheres"
},
"dopants": {
"d0": "Al"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
In long-distance, optical continuous-wave frequency transfer via fiber, remote bidirectional Er3+ -doped fiber amplifiers are commonly used to mitigate signal attenuation.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "fiber"
},
"dopants": {
"d0": "Er3+"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
A comparison of the profiles with the device switched into n-or p-type states evidences the impact of chemical doping from the ambient.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "chemical"
},
"dopants2basemats": {}
}
END |
It is concluded that N element was successfully doped into TiO 2 crystal lattice, and the N dopant concentration of 3.0% was designed to modify TiO 2 .
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "TiO 2"
},
"dopants": {
"d0": "N element"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Investigation of rare-earth metal-doped Ba0.96Sr0.04Zr0.04Ti0.96O3ceramics.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "Ba0.96Sr0.04Zr0.04Ti0.96O3ceramics"
},
"dopants": {
"d0": "rare-earth metal"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
In this work, a combined thermal annealing and HNO3 doping treatment for graphene electrode has been employed to simultaneously improve its smoothness, conductivity and wettability.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "graphene"
},
"dopants": {
"d0": "HNO3"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
A digital holography interferometry was applied for in situ observation of the light-assisted domain reversal in the lithium niobate doped with MgO.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "lithium niobate"
},
"dopants": {
"d0": "MgO"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
In the case of the typical doping level x ∼ 0.2 in BaZr1-xYxO3-δ, the existence of Y-Y-Y triplets with a triangular configuration is an origin of the strong proton-trapping effect, in which protons are transferred in an oscillatory manner between two adjacent sites.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "BaZr1-xYxO3-\u03b4"
},
"dopants": {},
"dopants2basemats": {}
}
END |
The electronic structure across the metal-insulator (MI) transition of electron-doped V1-xWxO2 epitaxial films (x=0-0.06) grown on α-Al2O3 substrates was studied by means of thermopower (S) measurements.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "V1-xWxO2"
},
"dopants": {
"d0": "electron"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Isothermal desorption measurements demonstrate that MgH2 in the doped composite can rapidly release 98% of its hydrogen after desorption at 300 °C for 1 h, while the valued is only 46% for the undoped composite.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "composite"
},
"dopants": {},
"dopants2basemats": {}
}
END |
Dehydrogenation-hydrogenation measurements reveal that the hydrogen desorption kinetics of the undoped composite declines with cycle number, whereas the NbF5-doped composite maintains good cycling stability.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "composite"
},
"dopants": {
"d0": "NbF5"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Molybdenum doped bilayer photoanode nanotubes for enhanced photoelectrochemical water splitting.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "bilayer photoanode nanotubes"
},
"dopants": {
"d0": "Molybdenum"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
The preferential conduction pathways moderate the strong trapping effect of dense dopants, resulting in a minor reduction of the proton diffusivity and mobility in highly doped BaZrO3.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "BaZrO3"
},
"dopants": {},
"dopants2basemats": {}
}
END |
Catalytic testing demonstrated that the caesium-doped samples were more selective for the oxidation of fluorene to 9-fluorenone.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "caesium"
},
"dopants2basemats": {}
}
END |
The N–B–F-tri-doped TiO2 obtained exhibits large specific surface area, small crystal size, and a mesoporous structure, and the mechanism for the formation of the N–B–F-tri-doped TiO2 was proposed.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "TiO2"
},
"dopants": {
"d0": "N",
"d1": "B",
"d2": "F"
},
"dopants2basemats": {
"d0": [
"b0"
],
"d1": [
"b0"
],
"d2": [
"b0"
]
}
}
END |
A series of Eu-doped ZnO films were prepared by a sol-gel method.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "ZnO"
},
"dopants": {
"d0": "Eu"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Study of the influence of the Nd:YAG laser irradiation at 1.3μm on the thermal–mechanical–optical parameters of germanium .
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "YAG"
},
"dopants": {
"d0": "Nd"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
First-principle study on the X (X=N, P, As, Sb) doped (9.0) single-walled SiC nanotubes.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "single-walled SiC nanotubes"
},
"dopants": {
"d0": "X (X=N, P, As, Sb)"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Herein, we show that the substitution of Sr2+ by trivalent lanthanide ions (Lu3+, La3+, Tb3+) in SrTiO3 nanocrystals stabilizes and enhances Ti3+ near-infrared emission (around 800 nm).
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "SrTiO3"
},
"dopants": {
"d0": "trivalent lanthanide ions (Lu3+, La3+, Tb3+)"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
In order to improve the phosphorescence emission behavior of phosphor powders for temperature measurements in a gas flow, the activator concentration in Dy:YAG was varied and the phosphor was co-doped with the sensitizer erbium (Er).
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "YAG",
"b1": "phosphor"
},
"dopants": {
"d0": "Dy",
"d1": "erbium",
"d2": "Er"
},
"dopants2basemats": {
"d0": [
"b0"
],
"d1": [
"b1"
],
"d2": [
"b1"
]
}
}
END |
Owing to the favorable 3D network structure and high nitrogen doping, the 3D NCNTs are a wonderful platform to immobilize hemin for biosensing.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "nitrogen"
},
"dopants2basemats": {}
}
END |
The main emphasis of this paper is to estimate SCEs by effectively capturing source/drain (S/D) extensions beyond the gate edges for different values of undoped core thickness (Tcore), shell doping (Nd), gate length (Lg), and gate (Vgs) and drain (Vds) biases in subthreshold regime.
Extract doping information from thi... | {
"basemats": {},
"dopants": {
"d0": "shell"
},
"dopants2basemats": {}
}
END |
The all-inorganic CsPbBr3 PSC with a device structure of FTO/c-TiO2/m-TiO2/CsPbBr3/Cu(Cr,M)O2/carbon achieves an efficiency up to 10.18 % and it increases to 10.79 % by doping Sm3+ ions into perovskite halide, which is much higher than 7.39 % for the hole-free device.
Extract doping information from this sentence.
##... | {
"basemats": {
"b0": "perovskite halide"
},
"dopants": {
"d0": "Sm3+"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Enhanced morphological stability in Sb-doped Ge.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "Ge"
},
"dopants": {
"d0": "Sb"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Controlling electrodeposited ultrathin amorphous Fe hydroxides film on V-doped nickel sulfide nanowires as efficient electrocatalyst for water oxidation.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "nickel sulfide"
},
"dopants": {
"d0": "V"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
The parameters obtained in these calculations were used as input parameters in a rate equation model of the upconverter β-NaYF4: 20% Er3+.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "\u03b2-NaYF4"
},
"dopants": {
"d0": "Er3+"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
The photoluminescence (PL) properties were analyzed for the Eu3+ or Tb3+ single-doped BiOI 3D flower-like microarchitectures.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "BiOI 3D flower-like microarchitectures"
},
"dopants": {
"d0": "Eu3+",
"d1": "Tb3+"
},
"dopants2basemats": {
"d0": [
"b0"
],
"d1": [
"b0"
]
}
}
END |
Samples with Bi2·05Sr1·9Ca1·05(Cu 1-xFex)2O 8+δ(0≤x≤0·15) compositions were synthesized by a liquid-mix process able to give single phase compounds.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {},
"dopants2basemats": {}
}
END |
Two-dimensional epitaxial growth of the Sb-doped Ge layers can be achieved on the Si-terminated Fe3Si surface at 175 C.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "Ge"
},
"dopants": {
"d0": "Sb"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Bipolar quantum corrections in resolving individual dopants in ‘atomistic’ device simulation.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {},
"dopants2basemats": {}
}
END |
By combining these results with prior alloying studies, we establish an upper limit for cation radius mismatch in AM 2 X 2 alloys to provide general guidance for future alloying and doping studies.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {},
"dopants2basemats": {}
}
END |
X-ray diffraction characterization shows an increase of ceria lattice parameter for Pr loadings lower than 15at%, which is consistent with a solid solution formation.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "Pr"
},
"dopants2basemats": {}
}
END |
Structural, Dielectric and Impedance Spectroscopic Studies on Fe Doped BaTiO3.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "BaTiO3"
},
"dopants": {
"d0": "Fe"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Crystal-site engineering approach for preparation of Mg B 2O4:Mn2+, Mn4+ (B =Al, Ga) phosphors: Control of green/red luminescence properties .
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "Mg B 2O4 (B =Al, Ga)"
},
"dopants": {
"d0": "Mn2+",
"d1": "Mn4+"
},
"dopants2basemats": {
"d0": [
"b0"
],
"d1": [
"b0"
]
}
}
END |
Here, for an erbium-doped fibre laser mode locked with carbon nanotubes, we demonstrate the first experimental and theoretical evidence of a new class of slowly evolving vector solitons characterized by a double-scroll chaotic polarisation attractor substantially different from Lorenz, Rössler and Ikeda strange attract... | {
"basemats": {
"b0": "fibre"
},
"dopants": {
"d0": "erbium"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Optical spectra and crystal field calculation for SrB4O7:Sm2+ .
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "SrB4O7"
},
"dopants": {
"d0": "Sm2+"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Experimental measurements by several techniques and density functional theory (DFT) calculations are combined to characterize Ce-Pr mixed oxides and deeply understand the influence of Pr dopant in their geometric and electronic structure, reducibility and catalytic behavior concerning the Water-gas Shift reaction (WGSR... | {
"basemats": {},
"dopants": {
"d0": "Pr"
},
"dopants2basemats": {}
}
END |
An original compact test method of studying the influence of a modified Nd:YAG laser beam irradiation at the unusual wavelength of λ = 1.3 μ m on different types of IR-Ge-windows (single- and polycrystal, n-doped, p-doped or without doping) is investigated: optical parameters such as transmission loss, surface temperat... | {
"basemats": {
"b0": "YAG"
},
"dopants": {
"d0": "Nd"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
One is a simple doping of metal-supported carbon catalyst with MOFs; the other is doping metal-supported carbon catalyst through a carbon bridge with MOFs.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "metal-supported carbon"
},
"dopants": {
"d0": "MOFs"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
This eliminates the trapping of mobile charge in heavily doped regions of the device and the related artefacts in the simulated device characteristics.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "regions"
},
"dopants": {},
"dopants2basemats": {}
}
END |
It is shown that introducing Al atoms into Co3O4 effectively tunes the electronic properties of the catalyst, and the increased surface oxygen vacancies induced by Al doping facilitate the activation of nitrogen.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "Co3O4"
},
"dopants": {
"d0": "Al"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
All the results showed that the Nd-doped BST films have great potential uses for novel integrated optic devices.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "BST"
},
"dopants": {
"d0": "Nd"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
SnAgCu solder alloys with doped elements such as Bi and Sb is one of the candidates for high reliability applications.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "SnAgCu solder alloys"
},
"dopants": {
"d0": "Bi",
"d1": "Sb"
},
"dopants2basemats": {
"d0": [
"b0"
],
"d1": [
"b0"
]
}
}
END |
From higher Er3+concentration above 10 mol%, however, as the ETU process had additionally participated in UCPL the intensity of UCPL had decreased.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "Er3+"
},
"dopants2basemats": {}
}
END |
Efficient second-harmonic generation from polarized thulium-doped fiber laser with periodically poled MgO:LiNbO 3.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "fiber laser"
},
"dopants": {
"d0": "thulium"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Further, N was doped into the TiO 2 lattice by substituting for O, forming the oxidized nitrogen in the form of Ti–N–O or Ti–O–N bond, and Ti was present in the form of Ti 4+ in TiO 2 .
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "TiO 2"
},
"dopants": {
"d0": "N"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Zn1−xMnxGa2O4 phosphors fired at air atmosphere, exhibits two emission bands with main peak at 506 nm (Mn2+ emission center) and weak peak at 666 nm (Mn4+ emission center).
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {},
"dopants2basemats": {}
}
END |
Broad emission in the spectral region 400-700nm has been observed from ZnO nanophosphor co-doped with Ce, Eu and Tb; dopent concentrations used were 0.1, 0.5 and 1.0 mol%.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "ZnO"
},
"dopants": {
"d0": "Ce",
"d1": "Eu",
"d2": "Tb"
},
"dopants2basemats": {
"d0": [
"b0"
],
"d1": [
"b0"
],
"d2": [
"b0"
]
}
}
END |
The excess-MgO suppressed the substitution of Mn2+ dopant for Mg2+ in tetrahedral A-site and also acted as charge compensation agent for Mn4+ which replaced the B3+ ion (B=Al, Ga).
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "Mn2+"
},
"dopants2basemats": {}
}
END |
La3+-doped Ni–Zn ferrites with a nominal composition of Ni0.5Zn0.5LaxFe2–xO4 (where x=0–0.3) are prepared by solid-state reaction at low temperatures.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "Ni-Zn ferrites"
},
"dopants": {
"d0": "La3+"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
The improvement in the breakdown voltage is attributed to reduction in the intrinsic electric field due to dopant atom re-distribution.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "atom"
},
"dopants2basemats": {}
}
END |
It was attributed to dispersed CoMn2O4 nanoparticles embed in nitrogen-doped reduced graphene oxide aerogel with interlinked three-dimensional network by Scanning electron microscope (SEM).
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "reduced graphene oxide"
},
"dopants": {
"d0": "nitrogen"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
Caesium was only present in the amorphous parts of the sample, and the amount of the new phase formed was found to vary depending on the vanadium:iron ratio and the amount of caesium dopant added.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "caesium"
},
"dopants2basemats": {}
}
END |
The dopants used in the present investigation are disodium salt of ethylenediamminetetraacetic acid (EDTA), benzene and 1,10-phenanthroline (Phen) which are having different structures.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "disodium salt of ethylenediamminetetraacetic acid",
"d1": "benzene",
"d2": "1,10-phenanthroline"
},
"dopants2basemats": {}
}
END |
Three-dimensional (3D) flower-like bismuth oxyiodide (BiOI) and Eu3+ or Tb3+ ions single-doped BiOI microarchitectures were successfully synthesized by a facile and eco-friendly wet chemical method in an ethylene glycol solvent.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "BiOI microarchitectures"
},
"dopants": {
"d0": "Eu3+",
"d1": "Tb3+"
},
"dopants2basemats": {
"d0": [
"b0"
],
"d1": [
"b0"
]
}
}
END |
In this work the spectral properties of emission of differently doped lithium magnesium phosphate (LiMgPO4, LMP) compound were investigated by thermoluminescence (TL), optically stimulated luminescence (OSL) and radio-luminescence (RL) methods.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "lithium magnesium phosphate"
},
"dopants": {},
"dopants2basemats": {}
}
END |
Lanthanum (La) doped Ceria (CeO2) electrolyte has attracted considerable interest, as a candidate material for solid oxide fuel cells (SOFCs).
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "Ceria",
"b1": "CeO2"
},
"dopants": {
"d0": "Lanthanum",
"d1": "La"
},
"dopants2basemats": {
"d0": [
"b0"
],
"d1": [
"b1"
]
}
}
END |
The high density nano-crystalline multiphase nickel hydroxide containing at least three doping elements was synthesized and its electrochemical characteristics were studied.
Extract doping information from this sentence.
###
| {
"basemats": {
"b0": "nickel hydroxide"
},
"dopants": {
"d0": "elements"
},
"dopants2basemats": {
"d0": [
"b0"
]
}
}
END |
In this crystal, protons mainly reside around Y dopants due to the electrostatic attractive interaction between the dopants and protons, which is well known as proton trapping.
Extract doping information from this sentence.
###
| {
"basemats": {},
"dopants": {
"d0": "Y"
},
"dopants2basemats": {}
}
END |
End of preview. Expand in Data Studio
README.md exists but content is empty.
- Downloads last month
- 21