instruction string | CIF string | FORMULA string | SYMMETRY string | OCCUPANCY string | FORMULA_SYMMETRY string | FORMULA_occupancy string | FORMULA_SYMMETRY_occupancy string | CONDUCTIVITY string |
|---|---|---|---|---|---|---|---|---|
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_1.cif | La4Li3NaO24Ti8 | P 1 | No disorder | <formula: La4Li3NaO24Ti8> <symmetry: P 1> | <formula: La4Li3NaO24Ti8> <occupancy: No disorder> | <formula: La4Li3NaO24Ti8> <symmetry: P 1> <occupancy: No disorder> | -3.80 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_10.cif | ILaLi18OS9 | P 1 | No disorder | <formula: ILaLi18OS9> <symmetry: P 1> | <formula: ILaLi18OS9> <occupancy: No disorder> | <formula: ILaLi18OS9> <symmetry: P 1> <occupancy: No disorder> | -8.09 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_100.cif | Li16GeV4O20 | P 1 | No disorder | <formula: Li16GeV4O20> <symmetry: P 1> | <formula: Li16GeV4O20> <occupancy: No disorder> | <formula: Li16GeV4O20> <symmetry: P 1> <occupancy: No disorder> | -4.72 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_102.cif | Li17Ge2P3O20 | P 1 | No disorder | <formula: Li17Ge2P3O20> <symmetry: P 1> | <formula: Li17Ge2P3O20> <occupancy: No disorder> | <formula: Li17Ge2P3O20> <symmetry: P 1> <occupancy: No disorder> | -5.35 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_103.cif | Li17Ge2V3O20 | P 1 | No disorder | <formula: Li17Ge2V3O20> <symmetry: P 1> | <formula: Li17Ge2V3O20> <occupancy: No disorder> | <formula: Li17Ge2V3O20> <symmetry: P 1> <occupancy: No disorder> | -6.05 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_104.cif | Li17Si2P3S20 | P 1 | No disorder | <formula: Li17Si2P3S20> <symmetry: P 1> | <formula: Li17Si2P3S20> <occupancy: No disorder> | <formula: Li17Si2P3S20> <symmetry: P 1> <occupancy: No disorder> | -3.19 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_105.cif | Li7GeVO8 | P 1 | No disorder | <formula: Li7GeVO8> <symmetry: P 1> | <formula: Li7GeVO8> <occupancy: No disorder> | <formula: Li7GeVO8> <symmetry: P 1> <occupancy: No disorder> | -4.15 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_107.cif | Li18Ge3P2O20 | P 1 | No disorder | <formula: Li18Ge3P2O20> <symmetry: P 1> | <formula: Li18Ge3P2O20> <occupancy: No disorder> | <formula: Li18Ge3P2O20> <symmetry: P 1> <occupancy: No disorder> | -4.96 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_111.cif | Li15Si3PO16 | P 1 | No disorder | <formula: Li15Si3PO16> <symmetry: P 1> | <formula: Li15Si3PO16> <occupancy: No disorder> | <formula: Li15Si3PO16> <symmetry: P 1> <occupancy: No disorder> | -6.26 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_114.cif | Li19Ge4VO20 | P 1 | No disorder | <formula: Li19Ge4VO20> <symmetry: P 1> | <formula: Li19Ge4VO20> <occupancy: No disorder> | <formula: Li19Ge4VO20> <symmetry: P 1> <occupancy: No disorder> | -5.57 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_115.cif | Al2Li15O60P15Sc8 | P 1 | No disorder | <formula: Al2Li15O60P15Sc8> <symmetry: P 1> | <formula: Al2Li15O60P15Sc8> <occupancy: No disorder> | <formula: Al2Li15O60P15Sc8> <symmetry: P 1> <occupancy: No disorder> | -4.89 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_118.cif | Li15P3V2O20 | P 1 | No disorder | <formula: Li15P3V2O20> <symmetry: P 1> | <formula: Li15P3V2O20> <occupancy: No disorder> | <formula: Li15P3V2O20> <symmetry: P 1> <occupancy: No disorder> | -12.49 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_119.cif | Li15P4VO20 | P 1 | No disorder | <formula: Li15P4VO20> <symmetry: P 1> | <formula: Li15P4VO20> <occupancy: No disorder> | <formula: Li15P4VO20> <symmetry: P 1> <occupancy: No disorder> | -12.69 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_12.cif | ClLiO5P2 | P 1 | No disorder | <formula: ClLiO5P2> <symmetry: P 1> | <formula: ClLiO5P2> <occupancy: No disorder> | <formula: ClLiO5P2> <symmetry: P 1> <occupancy: No disorder> | -7.17 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_123.cif | Li22Ga2Ge3S20 | P 1 | No disorder | <formula: Li22Ga2Ge3S20> <symmetry: P 1> | <formula: Li22Ga2Ge3S20> <occupancy: No disorder> | <formula: Li22Ga2Ge3S20> <symmetry: P 1> <occupancy: No disorder> | -4.79 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_124.cif | Li22Ga2Sn3S20 | P 1 | No disorder | <formula: Li22Ga2Sn3S20> <symmetry: P 1> | <formula: Li22Ga2Sn3S20> <occupancy: No disorder> | <formula: Li22Ga2Sn3S20> <symmetry: P 1> <occupancy: No disorder> | -5.49 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_126.cif | Li24SiAl4S20 | P 1 | No disorder | <formula: Li24SiAl4S20> <symmetry: P 1> | <formula: Li24SiAl4S20> <occupancy: No disorder> | <formula: Li24SiAl4S20> <symmetry: P 1> <occupancy: No disorder> | -5.97 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_13.cif | Li3O8P2Y | P 1 | No disorder | <formula: Li3O8P2Y> <symmetry: P 1> | <formula: Li3O8P2Y> <occupancy: No disorder> | <formula: Li3O8P2Y> <symmetry: P 1> <occupancy: No disorder> | -10.18 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_130.cif | Li61P9SiS50Br10 | P 1 | No disorder | <formula: Li61P9SiS50Br10> <symmetry: P 1> | <formula: Li61P9SiS50Br10> <occupancy: No disorder> | <formula: Li61P9SiS50Br10> <symmetry: P 1> <occupancy: No disorder> | -3.09 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_131.cif | Li31P4SiS25Br5 | P 1 | No disorder | <formula: Li31P4SiS25Br5> <symmetry: P 1> | <formula: Li31P4SiS25Br5> <occupancy: No disorder> | <formula: Li31P4SiS25Br5> <symmetry: P 1> <occupancy: No disorder> | -2.70 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_134.cif | Li25P4S21Cl3 | P 1 | No disorder | <formula: Li25P4S21Cl3> <symmetry: P 1> | <formula: Li25P4S21Cl3> <occupancy: No disorder> | <formula: Li25P4S21Cl3> <symmetry: P 1> <occupancy: No disorder> | -1.85 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_135.cif | Li31La15Zr6Sb4O60 | P 1 | No disorder | <formula: Li31La15Zr6Sb4O60> <symmetry: P 1> | <formula: Li31La15Zr6Sb4O60> <occupancy: No disorder> | <formula: Li31La15Zr6Sb4O60> <symmetry: P 1> <occupancy: No disorder> | -3.35 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_136.cif | Li32La15Zr7Sb3O60 | P 1 | No disorder | <formula: Li32La15Zr7Sb3O60> <symmetry: P 1> | <formula: Li32La15Zr7Sb3O60> <occupancy: No disorder> | <formula: Li32La15Zr7Sb3O60> <symmetry: P 1> <occupancy: No disorder> | -3.18 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_138.cif | Li13PSiS10Br2 | P 1 | No disorder | <formula: Li13PSiS10Br2> <symmetry: P 1> | <formula: Li13PSiS10Br2> <occupancy: No disorder> | <formula: Li13PSiS10Br2> <symmetry: P 1> <occupancy: No disorder> | -2.64 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_139.cif | Li27La12Zr7NbO48 | P 1 | No disorder | <formula: Li27La12Zr7NbO48> <symmetry: P 1> | <formula: Li27La12Zr7NbO48> <occupancy: No disorder> | <formula: Li27La12Zr7NbO48> <symmetry: P 1> <occupancy: No disorder> | -3.10 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_14.cif | Li9O40P10Y7 | P 1 | No disorder | <formula: Li9O40P10Y7> <symmetry: P 1> | <formula: Li9O40P10Y7> <occupancy: No disorder> | <formula: Li9O40P10Y7> <symmetry: P 1> <occupancy: No disorder> | -8.18 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_140.cif | Li6Ba1La2Nb2O12 | P 1 | No disorder | <formula: Li6Ba1La2Nb2O12> <symmetry: P 1> | <formula: Li6Ba1La2Nb2O12> <occupancy: No disorder> | <formula: Li6Ba1La2Nb2O12> <symmetry: P 1> <occupancy: No disorder> | -5.22 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_144.cif | Li6La3Zr1Sb1O12 | P 1 | No disorder | <formula: Li6La3Zr1Sb1O12> <symmetry: P 1> | <formula: Li6La3Zr1Sb1O12> <occupancy: No disorder> | <formula: Li6La3Zr1Sb1O12> <symmetry: P 1> <occupancy: No disorder> | -3.59 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_145.cif | Li6La3Zr1Ta1O12 | P 1 | No disorder | <formula: Li6La3Zr1Ta1O12> <symmetry: P 1> | <formula: Li6La3Zr1Ta1O12> <occupancy: No disorder> | <formula: Li6La3Zr1Ta1O12> <symmetry: P 1> <occupancy: No disorder> | -3.80 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_146.cif | Li6Mg1La2Ta2O12 | P 1 | No disorder | <formula: Li6Mg1La2Ta2O12> <symmetry: P 1> | <formula: Li6Mg1La2Ta2O12> <occupancy: No disorder> | <formula: Li6Mg1La2Ta2O12> <symmetry: P 1> <occupancy: No disorder> | -6.72 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_147.cif | Li6Ni1Br3 | P 1 m 1 | No disorder | <formula: Li6Ni1Br3> <symmetry: P 1 m 1> | <formula: Li6Ni1Br3> <occupancy: No disorder> | <formula: Li6Ni1Br3> <symmetry: P 1 m 1> <occupancy: No disorder> | -6.82 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_149.cif | Li6Sr1La2Nb2O12 | P 1 | No disorder | <formula: Li6Sr1La2Nb2O12> <symmetry: P 1> | <formula: Li6Sr1La2Nb2O12> <occupancy: No disorder> | <formula: Li6Sr1La2Nb2O12> <symmetry: P 1> <occupancy: No disorder> | -5.38 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_150.cif | Li7La3Ta2O13 | P 1 | No disorder | <formula: Li7La3Ta2O13> <symmetry: P 1> | <formula: Li7La3Ta2O13> <occupancy: No disorder> | <formula: Li7La3Ta2O13> <symmetry: P 1> <occupancy: No disorder> | -5.58 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_153.cif | AlLiO12P3Sb | P 1 | No disorder | <formula: AlLiO12P3Sb> <symmetry: P 1> | <formula: AlLiO12P3Sb> <occupancy: No disorder> | <formula: AlLiO12P3Sb> <symmetry: P 1> <occupancy: No disorder> | -7.50 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_154.cif | AlLiO12P3Ta | P 1 | No disorder | <formula: AlLiO12P3Ta> <symmetry: P 1> | <formula: AlLiO12P3Ta> <occupancy: No disorder> | <formula: AlLiO12P3Ta> <symmetry: P 1> <occupancy: No disorder> | -6.19 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_157.cif | Li1Ca1Ti1Nb1O6 | P 1 | No disorder | <formula: Li1Ca1Ti1Nb1O6> <symmetry: P 1> | <formula: Li1Ca1Ti1Nb1O6> <occupancy: No disorder> | <formula: Li1Ca1Ti1Nb1O6> <symmetry: P 1> <occupancy: No disorder> | -6.22 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_158.cif | CrLiO12P3Sb | P 1 | No disorder | <formula: CrLiO12P3Sb> <symmetry: P 1> | <formula: CrLiO12P3Sb> <occupancy: No disorder> | <formula: CrLiO12P3Sb> <symmetry: P 1> <occupancy: No disorder> | -9.45 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_16.cif | Li3O40P10Y9 | P 1 | No disorder | <formula: Li3O40P10Y9> <symmetry: P 1> | <formula: Li3O40P10Y9> <occupancy: No disorder> | <formula: Li3O40P10Y9> <symmetry: P 1> <occupancy: No disorder> | -6.33 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_160.cif | FeLiO12P3Sb | P 1 | No disorder | <formula: FeLiO12P3Sb> <symmetry: P 1> | <formula: FeLiO12P3Sb> <occupancy: No disorder> | <formula: FeLiO12P3Sb> <symmetry: P 1> <occupancy: No disorder> | -5.86 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_162.cif | Hf2LiO12P3 | P 1 | No disorder | <formula: Hf2LiO12P3> <symmetry: P 1> | <formula: Hf2LiO12P3> <occupancy: No disorder> | <formula: Hf2LiO12P3> <symmetry: P 1> <occupancy: No disorder> | -5.42 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_166.cif | Li10P9I1O27 | P 1 | No disorder | <formula: Li10P9I1O27> <symmetry: P 1> | <formula: Li10P9I1O27> <occupancy: No disorder> | <formula: Li10P9I1O27> <symmetry: P 1> <occupancy: No disorder> | -3.40 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_167.cif | Li1Sr2Ti2Nb1O9 | P 1 m 1 | No disorder | <formula: Li1Sr2Ti2Nb1O9> <symmetry: P 1 m 1> | <formula: Li1Sr2Ti2Nb1O9> <occupancy: No disorder> | <formula: Li1Sr2Ti2Nb1O9> <symmetry: P 1 m 1> <occupancy: No disorder> | -6.00 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_170.cif | Li1Sr1Ti1Ta1O6 | P m m 2 | No disorder | <formula: Li1Sr1Ti1Ta1O6> <symmetry: P m m 2> | <formula: Li1Sr1Ti1Ta1O6> <occupancy: No disorder> | <formula: Li1Sr1Ti1Ta1O6> <symmetry: P m m 2> <occupancy: No disorder> | -3.26 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_172.cif | Li2O24P6TiZr3 | P 1 | No disorder | <formula: Li2O24P6TiZr3> <symmetry: P 1> | <formula: Li2O24P6TiZr3> <occupancy: No disorder> | <formula: Li2O24P6TiZr3> <symmetry: P 1> <occupancy: No disorder> | -7.21 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_173.cif | LiO12P3TiZr | P 1 | No disorder | <formula: LiO12P3TiZr> <symmetry: P 1> | <formula: LiO12P3TiZr> <occupancy: No disorder> | <formula: LiO12P3TiZr> <symmetry: P 1> <occupancy: No disorder> | -7.40 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_174.cif | NdLiTa4O12 | P 1 | No disorder | <formula: NdLiTa4O12> <symmetry: P 1> | <formula: NdLiTa4O12> <occupancy: No disorder> | <formula: NdLiTa4O12> <symmetry: P 1> <occupancy: No disorder> | -5.72 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_18.cif | Li1Sr8Ti7Nb3O30 | P 1 | No disorder | <formula: Li1Sr8Ti7Nb3O30> <symmetry: P 1> | <formula: Li1Sr8Ti7Nb3O30> <occupancy: No disorder> | <formula: Li1Sr8Ti7Nb3O30> <symmetry: P 1> <occupancy: No disorder> | -8.00 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_2.cif | B2Li4O7Se | P 1 | No disorder | <formula: B2Li4O7Se> <symmetry: P 1> | <formula: B2Li4O7Se> <occupancy: No disorder> | <formula: B2Li4O7Se> <symmetry: P 1> <occupancy: No disorder> | -6.12 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_21.cif | Li3Sr6Ti2Fe3Ta5O30 | P 1 | No disorder | <formula: Li3Sr6Ti2Fe3Ta5O30> <symmetry: P 1> | <formula: Li3Sr6Ti2Fe3Ta5O30> <occupancy: No disorder> | <formula: Li3Sr6Ti2Fe3Ta5O30> <symmetry: P 1> <occupancy: No disorder> | -7.00 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_22.cif | Li6Sr12Ti7Fe3Ta10O60 | P 1 | No disorder | <formula: Li6Sr12Ti7Fe3Ta10O60> <symmetry: P 1> | <formula: Li6Sr12Ti7Fe3Ta10O60> <occupancy: No disorder> | <formula: Li6Sr12Ti7Fe3Ta10O60> <symmetry: P 1> <occupancy: No disorder> | -4.55 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_23.cif | Li3Sr6Ti4FeTa5O30 | P 1 | No disorder | <formula: Li3Sr6Ti4FeTa5O30> <symmetry: P 1> | <formula: Li3Sr6Ti4FeTa5O30> <occupancy: No disorder> | <formula: Li3Sr6Ti4FeTa5O30> <symmetry: P 1> <occupancy: No disorder> | -4.44 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_25.cif | Li3Sr6Ti5Nb5O30 | P 1 | No disorder | <formula: Li3Sr6Ti5Nb5O30> <symmetry: P 1> | <formula: Li3Sr6Ti5Nb5O30> <occupancy: No disorder> | <formula: Li3Sr6Ti5Nb5O30> <symmetry: P 1> <occupancy: No disorder> | -5.27 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_26.cif | Li3Sr6Ti5Ta5O30 | P 1 | No disorder | <formula: Li3Sr6Ti5Ta5O30> <symmetry: P 1> | <formula: Li3Sr6Ti5Ta5O30> <occupancy: No disorder> | <formula: Li3Sr6Ti5Ta5O30> <symmetry: P 1> <occupancy: No disorder> | -3.77 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_27.cif | La4Li5Nd1O30Ti10 | P 1 | No disorder | <formula: La4Li5Nd1O30Ti10> <symmetry: P 1> | <formula: La4Li5Nd1O30Ti10> <occupancy: No disorder> | <formula: La4Li5Nd1O30Ti10> <symmetry: P 1> <occupancy: No disorder> | -3.00 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_29.cif | LiLaTi2O6 | P 4 m m | No disorder | <formula: LiLaTi2O6> <symmetry: P 4 m m> | <formula: LiLaTi2O6> <occupancy: No disorder> | <formula: LiLaTi2O6> <symmetry: P 4 m m> <occupancy: No disorder> | -5.24 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_3.cif | AlLi25O74P24 | P 1 | No disorder | <formula: AlLi25O74P24> <symmetry: P 1> | <formula: AlLi25O74P24> <occupancy: No disorder> | <formula: AlLi25O74P24> <symmetry: P 1> <occupancy: No disorder> | -8.50 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_30.cif | Li2Sr2CrTa3O12 | P 1 | No disorder | <formula: Li2Sr2CrTa3O12> <symmetry: P 1> | <formula: Li2Sr2CrTa3O12> <occupancy: No disorder> | <formula: Li2Sr2CrTa3O12> <symmetry: P 1> <occupancy: No disorder> | -4.20 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_31.cif | Li2Sr2FeTa3O12 | P 1 | No disorder | <formula: Li2Sr2FeTa3O12> <symmetry: P 1> | <formula: Li2Sr2FeTa3O12> <occupancy: No disorder> | <formula: Li2Sr2FeTa3O12> <symmetry: P 1> <occupancy: No disorder> | -3.90 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_36.cif | Li19Mg19InP20O80 | P 1 | No disorder | <formula: Li19Mg19InP20O80> <symmetry: P 1> | <formula: Li19Mg19InP20O80> <occupancy: No disorder> | <formula: Li19Mg19InP20O80> <symmetry: P 1> <occupancy: No disorder> | -9.95 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_37.cif | Li8Ga8Si17O50 | P 1 | No disorder | <formula: Li8Ga8Si17O50> <symmetry: P 1> | <formula: Li8Ga8Si17O50> <occupancy: No disorder> | <formula: Li8Ga8Si17O50> <symmetry: P 1> <occupancy: No disorder> | -10.63 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_4.cif | AlLi10O30P9 | P 1 | No disorder | <formula: AlLi10O30P9> <symmetry: P 1> | <formula: AlLi10O30P9> <occupancy: No disorder> | <formula: AlLi10O30P9> <symmetry: P 1> <occupancy: No disorder> | -7.94 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_47.cif | Al2Ge4Li7O60P15Ti4 | P 1 | No disorder | <formula: Al2Ge4Li7O60P15Ti4> <symmetry: P 1> | <formula: Al2Ge4Li7O60P15Ti4> <occupancy: No disorder> | <formula: Al2Ge4Li7O60P15Ti4> <symmetry: P 1> <occupancy: No disorder> | -4.22 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_49.cif | Al2Ge6Li7O60P15Ti2 | P 1 | No disorder | <formula: Al2Ge6Li7O60P15Ti2> <symmetry: P 1> | <formula: Al2Ge6Li7O60P15Ti2> <occupancy: No disorder> | <formula: Al2Ge6Li7O60P15Ti2> <symmetry: P 1> <occupancy: No disorder> | -3.46 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_5.cif | ILaLi2OS | P 3 m 1 | No disorder | <formula: ILaLi2OS> <symmetry: P 3 m 1> | <formula: ILaLi2OS> <occupancy: No disorder> | <formula: ILaLi2OS> <symmetry: P 3 m 1> <occupancy: No disorder> | -6.56 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_50.cif | Cr2Li7O60P15Ti8 | P 1 | No disorder | <formula: Cr2Li7O60P15Ti8> <symmetry: P 1> | <formula: Cr2Li7O60P15Ti8> <occupancy: No disorder> | <formula: Cr2Li7O60P15Ti8> <symmetry: P 1> <occupancy: No disorder> | -3.82 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_51.cif | Fe2Li7O60P15Ti8 | P 1 | No disorder | <formula: Fe2Li7O60P15Ti8> <symmetry: P 1> | <formula: Fe2Li7O60P15Ti8> <occupancy: No disorder> | <formula: Fe2Li7O60P15Ti8> <symmetry: P 1> <occupancy: No disorder> | -3.41 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_52.cif | Hf8In2Li7O60P15 | P 1 | No disorder | <formula: Hf8In2Li7O60P15> <symmetry: P 1> | <formula: Hf8In2Li7O60P15> <occupancy: No disorder> | <formula: Hf8In2Li7O60P15> <symmetry: P 1> <occupancy: No disorder> | -3.85 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_53.cif | In2Li7O60P15Ti8 | P 1 | No disorder | <formula: In2Li7O60P15Ti8> <symmetry: P 1> | <formula: In2Li7O60P15Ti8> <occupancy: No disorder> | <formula: In2Li7O60P15Ti8> <symmetry: P 1> <occupancy: No disorder> | -3.52 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_54.cif | La2Li7O60P15Ti8 | P 1 | No disorder | <formula: La2Li7O60P15Ti8> <symmetry: P 1> | <formula: La2Li7O60P15Ti8> <occupancy: No disorder> | <formula: La2Li7O60P15Ti8> <symmetry: P 1> <occupancy: No disorder> | -3.30 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_55.cif | Hf8Li7Lu2O60P15 | P 1 | No disorder | <formula: Hf8Li7Lu2O60P15> <symmetry: P 1> | <formula: Hf8Li7Lu2O60P15> <occupancy: No disorder> | <formula: Hf8Li7Lu2O60P15> <symmetry: P 1> <occupancy: No disorder> | -4.69 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_56.cif | Li7S11P3 | P 1 | No disorder | <formula: Li7S11P3> <symmetry: P 1> | <formula: Li7S11P3> <occupancy: No disorder> | <formula: Li7S11P3> <symmetry: P 1> <occupancy: No disorder> | -4.36 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_58.cif | Li7O60P15Sc2Ti8 | P 1 | No disorder | <formula: Li7O60P15Sc2Ti8> <symmetry: P 1> | <formula: Li7O60P15Sc2Ti8> <occupancy: No disorder> | <formula: Li7O60P15Sc2Ti8> <symmetry: P 1> <occupancy: No disorder> | -3.29 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_59.cif | Li7Ti8In2P15O60 | P 1 | No disorder | <formula: Li7Ti8In2P15O60> <symmetry: P 1> | <formula: Li7Ti8In2P15O60> <occupancy: No disorder> | <formula: Li7Ti8In2P15O60> <symmetry: P 1> <occupancy: No disorder> | -3.72 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_60.cif | Hf8Li7O60P15Y2 | P 1 | No disorder | <formula: Hf8Li7O60P15Y2> <symmetry: P 1> | <formula: Hf8Li7O60P15Y2> <occupancy: No disorder> | <formula: Hf8Li7O60P15Y2> <symmetry: P 1> <occupancy: No disorder> | -4.68 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_63.cif | CrLi3O24P6Ti3 | P 1 | No disorder | <formula: CrLi3O24P6Ti3> <symmetry: P 1> | <formula: CrLi3O24P6Ti3> <occupancy: No disorder> | <formula: CrLi3O24P6Ti3> <symmetry: P 1> <occupancy: No disorder> | -3.41 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_64.cif | GaGe3Li3O24P6 | P 1 | No disorder | <formula: GaGe3Li3O24P6> <symmetry: P 1> | <formula: GaGe3Li3O24P6> <occupancy: No disorder> | <formula: GaGe3Li3O24P6> <symmetry: P 1> <occupancy: No disorder> | -3.93 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_66.cif | Ge3InLi3O24P6 | P 1 | No disorder | <formula: Ge3InLi3O24P6> <symmetry: P 1> | <formula: Ge3InLi3O24P6> <occupancy: No disorder> | <formula: Ge3InLi3O24P6> <symmetry: P 1> <occupancy: No disorder> | -5.24 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_68.cif | LaLi3O24P6Ti3 | P 1 | No disorder | <formula: LaLi3O24P6Ti3> <symmetry: P 1> | <formula: LaLi3O24P6Ti3> <occupancy: No disorder> | <formula: LaLi3O24P6Ti3> <symmetry: P 1> <occupancy: No disorder> | -3.55 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_7.cif | Li5P2S12Sb3 | P 1 | No disorder | <formula: Li5P2S12Sb3> <symmetry: P 1> | <formula: Li5P2S12Sb3> <occupancy: No disorder> | <formula: Li5P2S12Sb3> <symmetry: P 1> <occupancy: No disorder> | -6.65 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_70.cif | Ge3Li3O24P6Sc | P 1 | No disorder | <formula: Ge3Li3O24P6Sc> <symmetry: P 1> | <formula: Ge3Li3O24P6Sc> <occupancy: No disorder> | <formula: Ge3Li3O24P6Sc> <symmetry: P 1> <occupancy: No disorder> | -4.60 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_72.cif | Al3Ge4Li8O60P15 | P 1 | No disorder | <formula: Al3Ge4Li8O60P15> <symmetry: P 1> | <formula: Al3Ge4Li8O60P15> <occupancy: No disorder> | <formula: Al3Ge4Li8O60P15> <symmetry: P 1> <occupancy: No disorder> | -3.15 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_73.cif | Al3Ge4Li8O60P15Ti3 | P 1 | No disorder | <formula: Al3Ge4Li8O60P15Ti3> <symmetry: P 1> | <formula: Al3Ge4Li8O60P15Ti3> <occupancy: No disorder> | <formula: Al3Ge4Li8O60P15Ti3> <symmetry: P 1> <occupancy: No disorder> | -3.96 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_75.cif | Ga3Li8O60P15Ti7 | P 1 | No disorder | <formula: Ga3Li8O60P15Ti7> <symmetry: P 1> | <formula: Ga3Li8O60P15Ti7> <occupancy: No disorder> | <formula: Ga3Li8O60P15Ti7> <symmetry: P 1> <occupancy: No disorder> | -4.89 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_76.cif | Al4Ge4Li9O60P15Ti2 | P 1 | No disorder | <formula: Al4Ge4Li9O60P15Ti2> <symmetry: P 1> | <formula: Al4Ge4Li9O60P15Ti2> <occupancy: No disorder> | <formula: Al4Ge4Li9O60P15Ti2> <symmetry: P 1> <occupancy: No disorder> | -4.15 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_77.cif | Al4Ge5Li9O60P15Ti | P 1 | No disorder | <formula: Al4Ge5Li9O60P15Ti> <symmetry: P 1> | <formula: Al4Ge5Li9O60P15Ti> <occupancy: No disorder> | <formula: Al4Ge5Li9O60P15Ti> <symmetry: P 1> <occupancy: No disorder> | -4.52 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_78.cif | Cr4Li9O60P15Ti6 | P 1 | No disorder | <formula: Cr4Li9O60P15Ti6> <symmetry: P 1> | <formula: Cr4Li9O60P15Ti6> <occupancy: No disorder> | <formula: Cr4Li9O60P15Ti6> <symmetry: P 1> <occupancy: No disorder> | -3.62 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_79.cif | Li9O60P15Sc4Ti6 | P 1 | No disorder | <formula: Li9O60P15Sc4Ti6> <symmetry: P 1> | <formula: Li9O60P15Sc4Ti6> <occupancy: No disorder> | <formula: Li9O60P15Sc4Ti6> <symmetry: P 1> <occupancy: No disorder> | -3.06 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_8.cif | I5La5Li4O5S2 | P 1 | No disorder | <formula: I5La5Li4O5S2> <symmetry: P 1> | <formula: I5La5Li4O5S2> <occupancy: No disorder> | <formula: I5La5Li4O5S2> <symmetry: P 1> <occupancy: No disorder> | -7.16 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_81.cif | Li34Si7S3O40 | P 1 | No disorder | <formula: Li34Si7S3O40> <symmetry: P 1> | <formula: Li34Si7S3O40> <occupancy: No disorder> | <formula: Li34Si7S3O40> <symmetry: P 1> <occupancy: No disorder> | -6.22 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_82.cif | Li14Zn1Ge4O16 | P 1 | No disorder | <formula: Li14Zn1Ge4O16> <symmetry: P 1> | <formula: Li14Zn1Ge4O16> <occupancy: No disorder> | <formula: Li14Zn1Ge4O16> <symmetry: P 1> <occupancy: No disorder> | -6.00 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_83.cif | Li21O10H9Cl10 | P 1 | No disorder | <formula: Li21O10H9Cl10> <symmetry: P 1> | <formula: Li21O10H9Cl10> <occupancy: No disorder> | <formula: Li21O10H9Cl10> <symmetry: P 1> <occupancy: No disorder> | -7.09 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_84.cif | Li22Zn1Zr9S30 | P 1 | No disorder | <formula: Li22Zn1Zr9S30> <symmetry: P 1> | <formula: Li22Zn1Zr9S30> <occupancy: No disorder> | <formula: Li22Zn1Zr9S30> <symmetry: P 1> <occupancy: No disorder> | -3.92 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_87.cif | Li27O10H3Cl10 | P 1 | No disorder | <formula: Li27O10H3Cl10> <symmetry: P 1> | <formula: Li27O10H3Cl10> <occupancy: No disorder> | <formula: Li27O10H3Cl10> <symmetry: P 1> <occupancy: No disorder> | -8.14 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_9.cif | I3La3Li14O3S7 | P 1 | No disorder | <formula: I3La3Li14O3S7> <symmetry: P 1> | <formula: I3La3Li14O3S7> <occupancy: No disorder> | <formula: I3La3Li14O3S7> <symmetry: P 1> <occupancy: No disorder> | -5.54 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_91.cif | CrLi2O12P3Zr | P 1 | No disorder | <formula: CrLi2O12P3Zr> <symmetry: P 1> | <formula: CrLi2O12P3Zr> <occupancy: No disorder> | <formula: CrLi2O12P3Zr> <symmetry: P 1> <occupancy: No disorder> | -6.23 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_92.cif | HfInLi2O12P3 | P 1 | No disorder | <formula: HfInLi2O12P3> <symmetry: P 1> | <formula: HfInLi2O12P3> <occupancy: No disorder> | <formula: HfInLi2O12P3> <symmetry: P 1> <occupancy: No disorder> | -7.56 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_93.cif | InLi2O12P3Ti | P 1 | No disorder | <formula: InLi2O12P3Ti> <symmetry: P 1> | <formula: InLi2O12P3Ti> <occupancy: No disorder> | <formula: InLi2O12P3Ti> <symmetry: P 1> <occupancy: No disorder> | -5.08 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_94.cif | InLi2O12P3Zr | P 1 | No disorder | <formula: InLi2O12P3Zr> <symmetry: P 1> | <formula: InLi2O12P3Zr> <occupancy: No disorder> | <formula: InLi2O12P3Zr> <symmetry: P 1> <occupancy: No disorder> | -7.09 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_97.cif | Li13GeP3S16 | P 1 | No disorder | <formula: Li13GeP3S16> <symmetry: P 1> | <formula: Li13GeP3S16> <occupancy: No disorder> | <formula: Li13GeP3S16> <symmetry: P 1> <occupancy: No disorder> | -2.69 |
You are a domain expert in materials science specializing in ionic transport. Your task is to predict the logarithm (base-10) of the ionic conductivity of a solid electrolyte. You will be given the material's chemical formula and property description. Output ONLY a single numeric value (the predicted log10(conductivity... | USPEX_99.cif | Li16GeP4S20 | P 1 | No disorder | <formula: Li16GeP4S20> <symmetry: P 1> | <formula: Li16GeP4S20> <occupancy: No disorder> | <formula: Li16GeP4S20> <symmetry: P 1> <occupancy: No disorder> | -3.27 |
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