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You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['BaTiCu4P4O17', 'TiGeTe6', 'NaB(S2O7)2', 'Na3VP8O23', 'ZnAgPO4', 'ZrTe5', 'NaBO2', 'Te3P2O11', 'BeP2(HO)4', 'Ca5VN5'] | [0.27, 0.34, 5.52, 2.13, 1.74, 0.02, 4.1, 3.29, 6.02, 1.79] | ['BaTiCu4P4O17', 'TiGeTe6', 'NaB(S2O7)2', 'Na3VP8O23', 'ZnAgPO4', 'ZrTe5', 'NaBO2', 'Te3P2O11', 'BeP2(HO)4', 'Ca5VN5'] | [2047, 4344, 11923, 33624, 12296, 28918, 18215, 15848, 24251, 13122] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Na2In2GeS6', 'GdTl(WO4)2', 'Nd2CoNiO6', 'PH2F3', 'LiGeRhO4', 'K3AlO3', 'H9Au(ClO)4', 'Rb2Zr(IO3)6', 'Nd3U2O10', 'Na4WO5'] | [2.19, 2.95, 0.61, 6.45, 1.69, 2.9, 1.49, 3.35, 0.17, 3.37] | ['Na2In2GeS6', 'GdTl(WO4)2', 'Nd2CoNiO6', 'PH2F3', 'LiGeRhO4', 'K3AlO3', 'H9Au(ClO)4', 'Rb2Zr(IO3)6', 'Nd3U2O10', 'Na4WO5'] | [5885, 26615, 20976, 32414, 15695, 8629, 28186, 13833, 24942, 13276] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Na2TiZn2GeO7', 'Bi5NO10', 'Li2NiGe3O8', 'Nd3CuSnSe7', 'Ba2InCuO4', 'Pr2Sn2O7', 'Te2Mo3Se7Br10', 'Cs3Ge4Au', 'SmP4HO12', 'NaCaBeSi2O6F'] | [3.04, 2.62, 3.04, 1.19, 1.11, 2.64, 1.48, 0.93, 5.74, 5.51] | ['Na2TiZn2GeO7', 'Bi5NO10', 'Li2NiGe3O8', 'Nd3CuSnSe7', 'Ba2InCuO4', 'Pr2Sn2O7', 'Te2Mo3Se7Br10', 'Cs3Ge4Au', 'SmP4HO12', 'NaCaBeSi2O6F'] | [28724, 17985, 3579, 11203, 29900, 16657, 10171, 50, 10954, 8822] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['BaH5BrO3', 'MoPb2O5', 'Dy3CuSiS7', 'Na2Sr3As4', 'CoSeO4', 'Cs3Fe2F9', 'NdCu3Se2ClO8', 'Ba3WCl2O5', 'BaZnCO3F2', 'Cd7(P2Cl3)2'] | [4.76, 2.93, 1.8, 0.54, 1.37, 3.75, 0.13, 3.94, 4.77, 1.8] | ['BaH5BrO3', 'MoPb2O5', 'Dy3CuSiS7', 'Na2Sr3As4', 'CoSeO4', 'Cs3Fe2F9', 'NdCu3Se2ClO8', 'Ba3WCl2O5', 'BaZnCO3F2', 'Cd7(P2Cl3)2'] | [2549, 28535, 26273, 12648, 30947, 31298, 5772, 11139, 12543, 11653] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['NaCSN', 'HfGeTe4', 'Pr3Cu3Sb4', 'SrFe2(SeO3)4', 'SbRhSe', 'BaNaGaF6', 'Hg(Mo3Cl7)2', 'Ba5Cr3ClO12', 'LaNd(CoO3)2', 'Dy2WO6'] | [4.18, 0.33, 0.18, 2.31, 0.4, 6.09, 1.74, 1.08, 1.08, 3.41] | ['NaCSN', 'HfGeTe4', 'Pr3Cu3Sb4', 'SrFe2(SeO3)4', 'SbRhSe', 'BaNaGaF6', 'Hg(Mo3Cl7)2', 'Ba5Cr3ClO12', 'LaNd(CoO3)2', 'Dy2WO6'] | [17326, 11525, 30354, 30335, 27867, 10932, 17296, 16760, 13390, 31382] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['KAsOF4', 'YAgTe2', 'Ag(AuF4)2', 'NaGaBr4', 'BaSi2(NO)2', 'K4Nb2Se11O', 'ZrNiSn', 'Cd2AsHO5', 'Ba2NdBiO6', 'CdH4NCl3'] | [3.74, 0.9, 0.26, 3.49, 3.01, 1.16, 0.5, 1.59, 1.68, 3.54] | ['KAsOF4', 'YAgTe2', 'Ag(AuF4)2', 'NaGaBr4', 'BaSi2(NO)2', 'K4Nb2Se11O', 'ZrNiSn', 'Cd2AsHO5', 'Ba2NdBiO6', 'CdH4NCl3'] | [17286, 5240, 3944, 6435, 142, 17926, 3553, 3254, 8185, 27687] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Nb6TlCl15', 'Fe3P2(HO5)2', 'CsU2F9', 'CuBiPtS3', 'Mg3WN4', 'DyBi2BrO4', 'Ba(LuSe2)2', 'BaTaF7', 'RbGa2P5O16', 'V2F7'] | [0.95, 1.73, 0.18, 0.54, 1.95, 1.33, 1.4, 5.69, 4.42, 1.51] | ['Nb6TlCl15', 'Fe3P2(HO5)2', 'CsU2F9', 'CuBiPtS3', 'Mg3WN4', 'DyBi2BrO4', 'Ba(LuSe2)2', 'BaTaF7', 'RbGa2P5O16', 'V2F7'] | [15364, 1281, 18407, 30795, 26325, 33209, 2053, 14015, 33542, 18890] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['CsSnSe3', 'Ba4Bi3F17', 'Y2InCl7', 'BaSrYBiO6', 'Ca2CdP2', 'K2GaP2H3(O4F)2', 'Ba2SbAu', 'Fe2P4Pb3O16', 'CsInSe2', 'CaB2F8'] | [1.05, 5.0, 4.01, 1.79, 1.29, 4.93, 0.6, 2.17, 1.63, 8.31] | ['CsSnSe3', 'Ba4Bi3F17', 'Y2InCl7', 'BaSrYBiO6', 'Ca2CdP2', 'K2GaP2H3(O4F)2', 'Ba2SbAu', 'Fe2P4Pb3O16', 'CsInSe2', 'CaB2F8'] | [20954, 20144, 10710, 9473, 7858, 17607, 29724, 12087, 12401, 28749] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Li2TiO3', 'LiZnP2HO7', 'KScO2', 'PrTl(MoO4)2', 'Ba2MgMoO6', 'K3NO3', 'Ca4Cl6O', 'Li3PS4', 'KNaLaTaO5', 'Ni(XeF8)2'] | [3.03, 4.5, 3.62, 3.2, 2.26, 0.22, 5.22, 2.81, 3.72, 3.09] | ['Li2TiO3', 'LiZnP2HO7', 'KScO2', 'PrTl(MoO4)2', 'Ba2MgMoO6', 'K3NO3', 'Ca4Cl6O', 'Li3PS4', 'KNaLaTaO5', 'Ni(XeF8)2'] | [9092, 1021, 16598, 22674, 20013, 8418, 2978, 2200, 9122, 23337] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Al2Ga2Bi2O9', 'Mg2VN3', 'Cd(GaS2)2', 'Rb2Be3Zn2F12', 'Na2Si2O5', 'BaZnF4', 'YNb(TeO4)2', 'NaBi(PO3)4', 'AlTeCl7', 'Li2MnVP2(O4F)2'] | [2.73, 1.99, 2.12, 5.84, 4.47, 4.55, 2.4, 4.57, 3.24, 0.89] | ['Al2Ga2Bi2O9', 'Mg2VN3', 'Cd(GaS2)2', 'Rb2Be3Zn2F12', 'Na2Si2O5', 'BaZnF4', 'YNb(TeO4)2', 'NaBi(PO3)4', 'AlTeCl7', 'Li2MnVP2(O4F)2'] | [33550, 25738, 25369, 16407, 11797, 16386, 1074, 12015, 23035, 19383] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['RbZr6CCl15', 'Cs3BP2', 'P4N3Cl11', 'B4PbO7', 'CsMgH12(ClO2)3', 'In2Si2Pb2O9', 'Ba2LiReN4', 'Pr3CBr5', 'BaLa2PdO5', 'Cs3NpH8O9'] | [1.13, 1.7, 2.49, 4.21, 4.92, 3.35, 1.79, 0.59, 2.34, 1.63] | ['RbZr6CCl15', 'Cs3BP2', 'P4N3Cl11', 'B4PbO7', 'CsMgH12(ClO2)3', 'In2Si2Pb2O9', 'Ba2LiReN4', 'Pr3CBr5', 'BaLa2PdO5', 'Cs3NpH8O9'] | [6685, 19093, 9069, 21588, 24244, 18113, 7342, 746, 29771, 12593] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['La2Hf2O7', 'Tb2HfS5', 'ErPO4', 'K4Ge(PS3)4', 'K2Hg3(GeS4)2', 'La3B2N5', 'CsBa2Nb3O10', 'BTe3(OF5)3', 'CsY(NbBr3)6', 'Na3Nd2(NO3)9'] | [4.23, 1.19, 5.92, 2.13, 1.55, 1.17, 1.41, 3.79, 0.98, 3.5] | ['La2Hf2O7', 'Tb2HfS5', 'ErPO4', 'K4Ge(PS3)4', 'K2Hg3(GeS4)2', 'La3B2N5', 'CsBa2Nb3O10', 'BTe3(OF5)3', 'CsY(NbBr3)6', 'Na3Nd2(NO3)9'] | [33348, 11272, 8872, 28289, 27152, 5569, 25818, 9720, 3854, 27932] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['BaZr(BO3)2', 'PAuCl8', 'Tl2GePbS4', 'Na3Sr3GaP4', 'Sr2HoSbO6', 'NaGdCl4', 'BaB2F8', 'Ag2S2O7', 'BaMg2FeH8', 'Rb2NaHoF6'] | [4.12, 1.33, 1.92, 0.75, 3.64, 2.47, 8.05, 2.3, 1.45, 6.53] | ['BaZr(BO3)2', 'PAuCl8', 'Tl2GePbS4', 'Na3Sr3GaP4', 'Sr2HoSbO6', 'NaGdCl4', 'BaB2F8', 'Ag2S2O7', 'BaMg2FeH8', 'Rb2NaHoF6'] | [8189, 18837, 20003, 16890, 7233, 3071, 20471, 16110, 21493, 12795] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['K3Sc(MoO4)3', 'K2PO3F', 'GeCl4', 'CsAgO2', 'Cs2MnNiF6', 'GePb(S2O7)3', 'Hg4BiS2Cl5', 'CuNiSbS3', 'Ba8U2PdSe16', 'Rb2PO3F'] | [3.94, 4.47, 4.15, 1.11, 3.93, 3.97, 2.37, 0.33, 0.35, 4.32] | ['K3Sc(MoO4)3', 'K2PO3F', 'GeCl4', 'CsAgO2', 'Cs2MnNiF6', 'GePb(S2O7)3', 'Hg4BiS2Cl5', 'CuNiSbS3', 'Ba8U2PdSe16', 'Rb2PO3F'] | [15257, 3371, 24891, 18749, 16273, 15339, 7464, 32399, 26042, 28940] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['LaSbO4', 'Tc3Se4I', 'KAlSi3Ni3(HO6)2', 'PmCl3', 'As2(SO4)3', 'TbSeClO3', 'GeTePt', 'KW3Br7', 'Cu3Ag2Bi7Pb3S16', 'PrTa7O19'] | [3.01, 0.98, 3.25, 3.51, 4.57, 4.39, 0.26, 2.67, 0.31, 3.16] | ['LaSbO4', 'Tc3Se4I', 'KAlSi3Ni3(HO6)2', 'PmCl3', 'As2(SO4)3', 'TbSeClO3', 'GeTePt', 'KW3Br7', 'Cu3Ag2Bi7Pb3S16', 'PrTa7O19'] | [7051, 4993, 12875, 33033, 18218, 22465, 30378, 16767, 23957, 5987] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Sr2LiB10H3O19', 'K5Na(Ti2Se9)3', 'BaZnO2', 'K3Mn2F7', 'DyCrO4', 'NaSbS2', 'CsP(HO)2', 'Sr3MgPtO6', 'RbTb2Ag3Te5', 'As2O5'] | [5.31, 0.82, 2.27, 1.05, 0.3, 0.89, 5.15, 2.68, 1.05, 1.43] | ['Sr2LiB10H3O19', 'K5Na(Ti2Se9)3', 'BaZnO2', 'K3Mn2F7', 'DyCrO4', 'NaSbS2', 'CsP(HO)2', 'Sr3MgPtO6', 'RbTb2Ag3Te5', 'As2O5'] | [15371, 21182, 7808, 28833, 16348, 31634, 7700, 16511, 28990, 1054] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['MgAsH16NO10', 'RbCNO', 'Tb(HO)3', 'Eu(ReO4)2', 'Sb24(Cl7F17)5', 'Ba4LiMo2N7', 'AcAgTe2', 'KLiLuF5', 'Tl2P4Pd3O14', 'PrV2IO9'] | [4.49, 4.57, 3.8, 0.48, 1.82, 1.57, 0.08, 7.49, 1.17, 2.53] | ['MgAsH16NO10', 'RbCNO', 'Tb(HO)3', 'Eu(ReO4)2', 'Sb24(Cl7F17)5', 'Ba4LiMo2N7', 'AcAgTe2', 'KLiLuF5', 'Tl2P4Pd3O14', 'PrV2IO9'] | [13415, 11896, 3900, 970, 3363, 12151, 10316, 26816, 4109, 10440] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Ba2Nb2TeO10', 'Na2Be2(SiO3)3', 'NaCa9Mg(PO4)7', 'MnAsH2O5', 'Cs2Re3Se4I3', 'KErO2', 'Ba2GdRuO6', 'Li3InN2', 'K3V(SO5)2', 'KSbO3'] | [2.98, 4.85, 5.15, 1.21, 2.07, 3.96, 0.15, 1.09, 3.18, 2.68] | ['Ba2Nb2TeO10', 'Na2Be2(SiO3)3', 'NaCa9Mg(PO4)7', 'MnAsH2O5', 'Cs2Re3Se4I3', 'KErO2', 'Ba2GdRuO6', 'Li3InN2', 'K3V(SO5)2', 'KSbO3'] | [31040, 11581, 4865, 10646, 28132, 25592, 29568, 22080, 30804, 5122] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['BaSr3(CoO3)4', 'AsBr3', 'Rb3NpH8O9', 'CaZrTlF7', 'Rb2NbAgSe4', 'KNdTe4', 'LiNi2P3O10', 'CsBrF6', 'MnNb2O6', 'Pb2OF2'] | [0.04, 3.13, 1.61, 5.56, 1.76, 0.16, 3.61, 3.99, 2.11, 2.85] | ['BaSr3(CoO3)4', 'AsBr3', 'Rb3NpH8O9', 'CaZrTlF7', 'Rb2NbAgSe4', 'KNdTe4', 'LiNi2P3O10', 'CsBrF6', 'MnNb2O6', 'Pb2OF2'] | [5761, 33466, 28045, 8963, 22339, 1576, 32002, 21366, 18060, 8723] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Dy(ZnP)3', 'La20Ti11(S22O3)2', 'K3CrF6', 'MnP4O11', 'Na2MoO4', 'Rb2Pt3S4', 'SbTeClO3', 'RbTbSe2', 'AsH3OF6', 'Cs3FeF6'] | [0.28, 0.28, 4.39, 4.51, 4.4, 1.45, 3.16, 1.93, 4.84, 4.01] | ['Dy(ZnP)3', 'La20Ti11(S22O3)2', 'K3CrF6', 'MnP4O11', 'Na2MoO4', 'Rb2Pt3S4', 'SbTeClO3', 'RbTbSe2', 'AsH3OF6', 'Cs3FeF6'] | [25533, 32780, 22921, 11802, 6633, 3747, 3306, 762, 11338, 5841] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['CsAlBP2HO9', 'LiLa4AuO8', 'CsCeCdSe3', 'ZnNiF6', 'RbAlCl4', 'Na2LiAlH6', 'ScPaO4', 'Fe7Sb10(Br4O9)2', 'Pb2S(O2F)2', 'SrAl2H6C2O11'] | [5.27, 1.66, 0.02, 1.61, 5.22, 2.89, 2.49, 2.46, 3.8, 5.1] | ['CsAlBP2HO9', 'LiLa4AuO8', 'CsCeCdSe3', 'ZnNiF6', 'RbAlCl4', 'Na2LiAlH6', 'ScPaO4', 'Fe7Sb10(Br4O9)2', 'Pb2S(O2F)2', 'SrAl2H6C2O11'] | [19621, 23682, 9010, 14707, 32526, 16641, 1248, 24798, 26885, 6410] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Na7As11O31', 'BPb2O3F', 'Ba2HoTaO6', 'Dy2SiO5', 'Cs4U3Mo3O20', 'KBaPSe4', 'CuSe3Br', 'Sr2BiAu', 'K5V3O10', 'Ba2P7Br'] | [2.16, 3.2, 3.45, 4.54, 2.06, 1.26, 1.03, 0.39, 3.06, 1.65] | ['Na7As11O31', 'BPb2O3F', 'Ba2HoTaO6', 'Dy2SiO5', 'Cs4U3Mo3O20', 'KBaPSe4', 'CuSe3Br', 'Sr2BiAu', 'K5V3O10', 'Ba2P7Br'] | [14332, 4414, 12392, 32611, 30984, 8165, 33164, 29795, 10359, 3828] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Nb5P7O30', 'K5Li2PrF10', 'Sr2TbTaO6', 'Ba(PO3)2', 'TbGa2Ag', 'Ba2TmRuO6', 'BaS3', 'Cs2SnCl6', 'CeMg(BO2)5', 'In2Si2O7'] | [2.47, 6.48, 3.84, 5.45, 0.12, 0.06, 1.39, 2.59, 0.29, 2.7] | ['Nb5P7O30', 'K5Li2PrF10', 'Sr2TbTaO6', 'Ba(PO3)2', 'TbGa2Ag', 'Ba2TmRuO6', 'BaS3', 'Cs2SnCl6', 'CeMg(BO2)5', 'In2Si2O7'] | [17014, 2719, 32441, 27249, 14331, 31036, 25976, 26334, 16800, 30919] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['VCu3Te4', 'CsScAs2(HO4)2', 'CaB3HO6', 'Na8Fe2O7', 'U(RhO3)2', 'Mn(FeO2)2', 'LiH2BrO', 'RbBiS2', 'Sr3P6(N4O3)2', 'Rb3GaF6'] | [0.57, 3.73, 5.81, 2.11, 0.43, 1.0, 4.31, 1.34, 4.5, 5.69] | ['VCu3Te4', 'CsScAs2(HO4)2', 'CaB3HO6', 'Na8Fe2O7', 'U(RhO3)2', 'Mn(FeO2)2', 'LiH2BrO', 'RbBiS2', 'Sr3P6(N4O3)2', 'Rb3GaF6'] | [10940, 28470, 32298, 24825, 32055, 13402, 10401, 26122, 20622, 10808] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['K5HfIn(MoO4)6', 'Mg5Pb(SO4)6', 'SrLaMgTaO6', 'Cs2YAgCl6', 'Nd2SiSeO4', 'K3As7', 'NbP2NCl12', 'CsBH4', 'KSbSe2', 'Li(NdGe)4'] | [3.71, 5.1, 4.08, 3.87, 2.6, 1.3, 2.43, 5.72, 1.13, 0.06] | ['K5HfIn(MoO4)6', 'Mg5Pb(SO4)6', 'SrLaMgTaO6', 'Cs2YAgCl6', 'Nd2SiSeO4', 'K3As7', 'NbP2NCl12', 'CsBH4', 'KSbSe2', 'Li(NdGe)4'] | [4913, 11257, 19004, 14476, 364, 31308, 32538, 11804, 29674, 9361] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['K6ZnS4', 'Cs4HfO4', 'Na4Sr2TiP4', 'Sn2BF7', 'Pr3W(ClO2)3', 'K2Li3B(P2O7)2', 'NaCr12Si8ClO28', 'Re3S4Cl', 'K2Li14Pb3O14', 'CaGe2O5'] | [1.97, 2.74, 1.32, 4.09, 3.53, 5.59, 2.16, 1.57, 1.92, 2.7] | ['K6ZnS4', 'Cs4HfO4', 'Na4Sr2TiP4', 'Sn2BF7', 'Pr3W(ClO2)3', 'K2Li3B(P2O7)2', 'NaCr12Si8ClO28', 'Re3S4Cl', 'K2Li14Pb3O14', 'CaGe2O5'] | [31299, 7666, 18580, 29309, 12791, 30400, 1698, 18248, 15601, 11576] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Na3YCl6', 'Rb2Cr(BrCl)2', 'Pr4Si2S3O7', 'CsGaS3', 'Na6Ge2S7', 'Cs2SnO3', 'KRbGeO3', 'Cs2SiB4O9', 'Rb3BiBr6', 'KMgH3'] | [5.18, 0.34, 2.59, 2.43, 2.43, 2.39, 3.01, 4.81, 3.3, 2.46] | ['Na3YCl6', 'Rb2Cr(BrCl)2', 'Pr4Si2S3O7', 'CsGaS3', 'Na6Ge2S7', 'Cs2SnO3', 'KRbGeO3', 'Cs2SiB4O9', 'Rb3BiBr6', 'KMgH3'] | [2244, 14510, 27874, 4096, 21132, 3160, 33016, 9787, 2830, 10755] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Pr6CoBr10', 'BaPb2(SO4)3', 'K8Zr6MnBr20', 'Bi5(PO5)3', 'ReCl3', 'K4Sn21Hg2', 'Na4SnTe4', 'Ba2Ni(PO4)2', 'Ca10Ag(PO4)7', 'SeBr4'] | [0.1, 4.12, 0.14, 3.16, 0.97, 0.19, 0.94, 0.86, 3.74, 2.21] | ['Pr6CoBr10', 'BaPb2(SO4)3', 'K8Zr6MnBr20', 'Bi5(PO5)3', 'ReCl3', 'K4Sn21Hg2', 'Na4SnTe4', 'Ba2Ni(PO4)2', 'Ca10Ag(PO4)7', 'SeBr4'] | [15788, 20043, 27290, 7798, 8135, 7955, 14953, 31753, 3439, 10727] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['B2Se2O7', 'Dy4MgNi', 'In2As2Cl2O5', 'Ca2Zn3Si3PbO12', 'Sm4InSbS9', 'NaFe2P2HO8', 'Be2BO3F', 'CaNiAsHO5', 'RbGaH2', 'Na3B7O12'] | [3.94, 0.01, 3.15, 3.72, 2.18, 3.55, 6.46, 2.48, 1.35, 4.92] | ['B2Se2O7', 'Dy4MgNi', 'In2As2Cl2O5', 'Ca2Zn3Si3PbO12', 'Sm4InSbS9', 'NaFe2P2HO8', 'Be2BO3F', 'CaNiAsHO5', 'RbGaH2', 'Na3B7O12'] | [27117, 5707, 9587, 14149, 6533, 28561, 14398, 24408, 13123, 21975] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['UCl5', 'Cs2RbLuCl6', 'Tm2Se3', 'Ca2MnAs2(H2O5)2', 'Hg2WO4', 'K3BiTe3', 'Tb(CuS)3', 'YNiBi', 'CaB8H4O15', 'KSn'] | [0.33, 5.06, 1.34, 2.27, 1.67, 1.5, 1.34, 0.2, 5.6, 0.73] | ['UCl5', 'Cs2RbLuCl6', 'Tm2Se3', 'Ca2MnAs2(H2O5)2', 'Hg2WO4', 'K3BiTe3', 'Tb(CuS)3', 'YNiBi', 'CaB8H4O15', 'KSn'] | [23782, 18541, 21000, 27841, 15123, 7653, 15771, 19045, 17487, 1501] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Sc2TiO5', 'Zr(SeCl6)2', 'KVTeO5', 'PrInO3', 'K2Sn(AuS2)2', 'Rb3TiF7', 'K4BeP2', 'Na7In4P9O32', 'NaMnFeF6', 'RbGa3'] | [2.81, 2.6, 3.34, 2.63, 1.64, 3.04, 1.14, 3.72, 2.44, 0.15] | ['Sc2TiO5', 'Zr(SeCl6)2', 'KVTeO5', 'PrInO3', 'K2Sn(AuS2)2', 'Rb3TiF7', 'K4BeP2', 'Na7In4P9O32', 'NaMnFeF6', 'RbGa3'] | [14727, 13783, 15433, 25612, 26470, 15318, 32370, 14923, 27672, 4805] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Ba5Si(Br3O2)2', 'NdBrO', 'CsLu(MoO4)2', 'VZnHPbO5', 'Ba6Nb4S13O3', 'SrCuN', 'NaNi2H3(SO5)2', 'BaS2', 'ThTe3', 'BHO2'] | [4.26, 4.48, 3.75, 2.91, 2.29, 0.26, 3.6, 1.6, 0.68, 6.28] | ['Ba5Si(Br3O2)2', 'NdBrO', 'CsLu(MoO4)2', 'VZnHPbO5', 'Ba6Nb4S13O3', 'SrCuN', 'NaNi2H3(SO5)2', 'BaS2', 'ThTe3', 'BHO2'] | [24852, 28094, 214, 18083, 12681, 13418, 25820, 11395, 33595, 29688] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['ZnS', 'Cd3TeO6', 'Ba2V2O7', 'CsAlNiF6', 'Sr5P3BrO12', 'LaMg(BO2)5', 'KZn4P3', 'Ce3CuSiS7', 'RbAu(SO4)2', 'NaTm(Pd3O4)2'] | [2.02, 0.51, 3.25, 5.43, 4.93, 4.53, 0.5, 0.01, 1.71, 0.02] | ['ZnS', 'Cd3TeO6', 'Ba2V2O7', 'CsAlNiF6', 'Sr5P3BrO12', 'LaMg(BO2)5', 'KZn4P3', 'Ce3CuSiS7', 'RbAu(SO4)2', 'NaTm(Pd3O4)2'] | [12987, 14651, 17717, 21113, 2810, 311, 3352, 5693, 17584, 18293] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['K3VSO3', 'KNaHf4(PO4)6', 'Cs4BaV6O18', 'ZnCu2GeS4', 'Cs3TlF6', 'GdBN2', 'SrCo2(PO4)2', 'BaThN2', 'Cs4U3Si4O17', 'Na2Gd2MgSi4(O6F)2'] | [3.14, 5.0, 3.04, 0.37, 3.64, 2.1, 0.56, 0.44, 0.02, 3.11] | ['K3VSO3', 'KNaHf4(PO4)6', 'Cs4BaV6O18', 'ZnCu2GeS4', 'Cs3TlF6', 'GdBN2', 'SrCo2(PO4)2', 'BaThN2', 'Cs4U3Si4O17', 'Na2Gd2MgSi4(O6F)2'] | [28641, 20666, 23222, 3880, 16834, 10553, 5060, 10867, 13243, 26118] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Rb4Ge9(H3N)5', 'ZnP2(H4O5)2', 'NaCaH6Ir', 'Na4TiSe4', 'MgBi4(PO6)2', 'BaBSbS4', 'K2CdSnSe4', 'Na3Nd(BO3)2', 'Ca11InSb9', 'LiMgAs'] | [1.75, 4.78, 3.42, 1.53, 3.05, 2.34, 1.67, 4.17, 0.84, 1.37] | ['Rb4Ge9(H3N)5', 'ZnP2(H4O5)2', 'NaCaH6Ir', 'Na4TiSe4', 'MgBi4(PO6)2', 'BaBSbS4', 'K2CdSnSe4', 'Na3Nd(BO3)2', 'Ca11InSb9', 'LiMgAs'] | [15483, 32330, 18237, 27603, 17245, 28540, 25703, 32750, 11008, 33579] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['MgAs4', 'Pr3CCl5', 'HgPbF6', 'RbAcTe2', 'Er3GaS6', 'Sr2Li3NbN4', 'KSnAsO5', 'Na2CeF6', 'Cs5Te3H4NCl18', 'RbBr'] | [0.81, 2.4, 1.32, 0.92, 2.11, 2.11, 2.14, 2.23, 2.66, 4.19] | ['MgAs4', 'Pr3CCl5', 'HgPbF6', 'RbAcTe2', 'Er3GaS6', 'Sr2Li3NbN4', 'KSnAsO5', 'Na2CeF6', 'Cs5Te3H4NCl18', 'RbBr'] | [6551, 20628, 8600, 10735, 5572, 3547, 8826, 25711, 28193, 3180] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['RbV2SbO8', 'MoI2', 'Ag3PS4', 'NO3', 'NaCa2Mg2(AsO4)3', 'RbAgO', 'Na2ZnBr4', 'XeF3', 'TiSO5', 'Sc2TeO6'] | [2.53, 1.68, 0.99, 0.92, 2.99, 1.42, 3.72, 2.38, 2.57, 2.9] | ['RbV2SbO8', 'MoI2', 'Ag3PS4', 'NO3', 'NaCa2Mg2(AsO4)3', 'RbAgO', 'Na2ZnBr4', 'XeF3', 'TiSO5', 'Sc2TeO6'] | [27623, 23602, 25188, 32198, 17909, 11143, 18224, 19454, 24731, 22978] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['RbGaAgF6', 'YBO3', 'KRb2FeF6', 'BaNb2V2O11', 'Cs2Pb2O3', 'Na2OsO4', 'TlIn5S6', 'KSnF3', 'Bi6Cl7', 'KTa2PO8'] | [0.09, 5.17, 4.14, 2.12, 2.08, 0.26, 1.01, 3.51, 1.62, 2.75] | ['RbGaAgF6', 'YBO3', 'KRb2FeF6', 'BaNb2V2O11', 'Cs2Pb2O3', 'Na2OsO4', 'TlIn5S6', 'KSnF3', 'Bi6Cl7', 'KTa2PO8'] | [28097, 24301, 19262, 10366, 25472, 32795, 24151, 7246, 21327, 32881] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['BaAgSeF', 'Pr10S14O', 'P2Os', 'PBr5', 'Cs3GaF6', 'BaMo2P3O14', 'Na2Li3FeO4', 'NaAs4BrO6', 'K4Sn3Se8', 'NaP7'] | [1.27, 1.84, 0.89, 1.62, 5.86, 1.53, 2.92, 3.05, 1.45, 1.74] | ['BaAgSeF', 'Pr10S14O', 'P2Os', 'PBr5', 'Cs3GaF6', 'BaMo2P3O14', 'Na2Li3FeO4', 'NaAs4BrO6', 'K4Sn3Se8', 'NaP7'] | [2137, 6667, 8252, 28532, 2332, 3383, 21733, 21615, 2038, 15278] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['MgAlBO4', 'Mg2TaN3', 'NdS2', 'Gd2InSbO7', 'Na5SrTaP4', 'LaHoS3', 'KSmGeSe4', 'Li2Mn3NiO8', 'RbLiH12Se3N4', 'Sr2CeO4'] | [6.01, 3.1, 0.34, 2.38, 1.38, 0.76, 1.66, 0.94, 0.8, 2.22] | ['MgAlBO4', 'Mg2TaN3', 'NdS2', 'Gd2InSbO7', 'Na5SrTaP4', 'LaHoS3', 'KSmGeSe4', 'Li2Mn3NiO8', 'RbLiH12Se3N4', 'Sr2CeO4'] | [1435, 32130, 14050, 17861, 13945, 8682, 30132, 22067, 24357, 21440] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['CsCr3O8', 'Cs2RbTlF6', 'K2NaZn(BO2)5', 'TePb3(ClO2)2', 'Re3Te8Cl3', 'NaCa9Mn(PO4)7', 'Cs3Ca2Cl7', 'PH8N2O3F', 'Ba2TiS4', 'Cs3NaLi2(BO3)2'] | [1.68, 3.74, 4.23, 2.09, 0.88, 4.86, 5.17, 4.78, 2.1, 3.45] | ['CsCr3O8', 'Cs2RbTlF6', 'K2NaZn(BO2)5', 'TePb3(ClO2)2', 'Re3Te8Cl3', 'NaCa9Mn(PO4)7', 'Cs3Ca2Cl7', 'PH8N2O3F', 'Ba2TiS4', 'Cs3NaLi2(BO3)2'] | [6666, 1361, 2479, 6223, 15182, 21726, 132, 1094, 9324, 18940] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['LaCrHO5', 'GdSO4F', 'Mg3MnNi3O8', 'Gd2TeO2', 'NaNb(OF)2', 'DyP5O14', 'MgPSe3', 'Na6ZnSe4', 'RbAs', 'Ca5(GaAs3)2'] | [2.21, 0.22, 2.04, 1.07, 2.91, 5.25, 2.04, 1.75, 0.59, 0.26] | ['LaCrHO5', 'GdSO4F', 'Mg3MnNi3O8', 'Gd2TeO2', 'NaNb(OF)2', 'DyP5O14', 'MgPSe3', 'Na6ZnSe4', 'RbAs', 'Ca5(GaAs3)2'] | [17760, 11740, 8969, 1390, 33011, 21538, 8775, 28834, 22031, 30514] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['SmAg(WO4)2', 'Ca10Ge16(B2O17)3', 'Ta2FeO6', 'Ac2O3', 'Tl2Mo3P3O17', 'Er3CuSiS7', 'Nd3Si6N11', 'Zr(TlS)4', 'Pr2Te3', 'Tl9SbSe6'] | [3.14, 2.73, 2.06, 3.52, 2.35, 1.88, 3.08, 1.54, 0.88, 0.74] | ['SmAg(WO4)2', 'Ca10Ge16(B2O17)3', 'Ta2FeO6', 'Ac2O3', 'Tl2Mo3P3O17', 'Er3CuSiS7', 'Nd3Si6N11', 'Zr(TlS)4', 'Pr2Te3', 'Tl9SbSe6'] | [5341, 7797, 277, 24101, 33042, 1525, 19547, 21632, 22564, 21430] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Cu2P8Se3Br2', 'Na3Bi(PO4)2', 'GdTlTe2', 'ErB4W', 'Hg7(PO5)2', 'Li2SeO4', 'Pr(CdP)3', 'CsRb(MnCl3)2', 'K4Sb2O5', 'CsCoO2'] | [1.29, 4.21, 0.06, 0.59, 1.43, 3.83, 0.51, 1.21, 2.35, 0.49] | ['Cu2P8Se3Br2', 'Na3Bi(PO4)2', 'GdTlTe2', 'ErB4W', 'Hg7(PO5)2', 'Li2SeO4', 'Pr(CdP)3', 'CsRb(MnCl3)2', 'K4Sb2O5', 'CsCoO2'] | [21041, 2413, 3887, 29261, 17282, 31685, 23848, 26331, 4389, 9776] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['BaGa2SiS6', 'CsErS2', 'BaDyCuTe3', 'TiS3', 'Cs7Cu6F19', 'HoSeF', 'SrGeN2', 'K2PuCl5', 'K3Ta3(BO6)2', 'TlPO4'] | [3.09, 2.14, 0.52, 0.23, 0.52, 2.83, 2.45, 0.08, 2.67, 0.72] | ['BaGa2SiS6', 'CsErS2', 'BaDyCuTe3', 'TiS3', 'Cs7Cu6F19', 'HoSeF', 'SrGeN2', 'K2PuCl5', 'K3Ta3(BO6)2', 'TlPO4'] | [19616, 20452, 18269, 5327, 12199, 11608, 17738, 12844, 1789, 10550] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['SrSn(HO)6', 'Dy3Sb5O12', 'Na2PtS2', 'Cs3VF6', 'BaSb2Xe5F22', 'SrLi2CrN3', 'NbSn(PO4)3', 'K2Ag2GeS4', 'Gd3Sc2Al3O12', 'BeSiP2'] | [3.72, 2.94, 1.14, 3.1, 2.57, 0.62, 2.96, 1.69, 3.29, 0.8] | ['SrSn(HO)6', 'Dy3Sb5O12', 'Na2PtS2', 'Cs3VF6', 'BaSb2Xe5F22', 'SrLi2CrN3', 'NbSn(PO4)3', 'K2Ag2GeS4', 'Gd3Sc2Al3O12', 'BeSiP2'] | [18175, 9228, 30712, 24011, 9020, 11173, 13967, 941, 32919, 6582] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['CsCdBr3', 'Cs4CuSi2O7', 'Zn2Te15(H3N)8', 'NaSr3RuO6', 'Cs2Ni(NO3)4', 'BaVCdF7', 'LiPO3', 'CeSn3Ru', 'La3CuSnSe7', 'MnPO4'] | [2.9, 0.58, 0.62, 0.5, 2.72, 2.53, 5.65, 0.01, 1.21, 0.25] | ['CsCdBr3', 'Cs4CuSi2O7', 'Zn2Te15(H3N)8', 'NaSr3RuO6', 'Cs2Ni(NO3)4', 'BaVCdF7', 'LiPO3', 'CeSn3Ru', 'La3CuSnSe7', 'MnPO4'] | [5864, 5741, 2911, 11903, 24745, 30352, 22358, 27542, 7480, 31801] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['CsAlF4', 'Sr2NdSbO6', 'KBe3ZnF9', 'ErCrHO5', 'Na2Ti6O13', 'NaLuP2O7', 'Cs2NaGaP2', 'Mn(IO3)2', 'LaBr3O7', 'CsTlF3'] | [6.98, 3.51, 5.45, 2.01, 2.92, 5.38, 1.48, 2.29, 2.04, 2.19] | ['CsAlF4', 'Sr2NdSbO6', 'KBe3ZnF9', 'ErCrHO5', 'Na2Ti6O13', 'NaLuP2O7', 'Cs2NaGaP2', 'Mn(IO3)2', 'LaBr3O7', 'CsTlF3'] | [270, 14210, 14711, 11135, 2864, 11092, 17513, 339, 11755, 25978] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['BaSnF4', 'Tb2ZrS5', 'Gd(NO3)3', 'Sr(GaS2)2', 'CuP4Se3Cl', 'V2SiO4', 'AlVO4', 'LiErSe2', 'K4HfO4', 'RbCrF6'] | [3.66, 1.2, 2.59, 2.8, 1.64, 1.59, 2.8, 1.62, 2.91, 1.42] | ['BaSnF4', 'Tb2ZrS5', 'Gd(NO3)3', 'Sr(GaS2)2', 'CuP4Se3Cl', 'V2SiO4', 'AlVO4', 'LiErSe2', 'K4HfO4', 'RbCrF6'] | [18436, 20824, 7340, 27590, 32628, 528, 6918, 5397, 21469, 16204] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['RbAlBP2HO9', 'TbTlS2', 'KCa2Cd2Sb3', 'OsO3F2', 'Mg(ReO4)2', 'Si2H6S', 'CsPr6FeI10', 'Ba2YOsO6', 'Rb2LiVS4', 'RbHS'] | [5.26, 1.63, 0.07, 1.91, 3.98, 4.49, 0.21, 0.06, 1.58, 3.08] | ['RbAlBP2HO9', 'TbTlS2', 'KCa2Cd2Sb3', 'OsO3F2', 'Mg(ReO4)2', 'Si2H6S', 'CsPr6FeI10', 'Ba2YOsO6', 'Rb2LiVS4', 'RbHS'] | [19285, 26333, 6089, 17519, 4197, 19400, 4390, 19766, 17017, 5198] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Tb2MoO6', 'MnAs2F12', 'K4H6C2O9', 'Al2ZnTe4', 'Li4Al3Si3ClO12', 'Mg(SbO3)2', 'Li16Ta2N8O', 'NaZr2CuF11', 'Na2Zn(SO4)2', 'Lu5(ReO6)2'] | [1.65, 2.77, 3.88, 1.63, 5.26, 1.04, 3.4, 0.87, 4.48, 0.02] | ['Tb2MoO6', 'MnAs2F12', 'K4H6C2O9', 'Al2ZnTe4', 'Li4Al3Si3ClO12', 'Mg(SbO3)2', 'Li16Ta2N8O', 'NaZr2CuF11', 'Na2Zn(SO4)2', 'Lu5(ReO6)2'] | [22129, 29172, 14293, 19748, 1658, 7076, 17594, 1124, 13986, 18454] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Sr3LiNbO6', 'Cr2H24(IN3)3', 'AsRhSe', 'Sb8Br2O11', 'KPO3', 'Li6AsS5I', 'PdPb2Se2(ClO3)2', 'CsLaHgSe3', 'Ba5V3ClO12', 'KMnN2'] | [3.21, 1.76, 0.91, 2.67, 5.04, 1.54, 1.46, 1.45, 4.07, 0.06] | ['Sr3LiNbO6', 'Cr2H24(IN3)3', 'AsRhSe', 'Sb8Br2O11', 'KPO3', 'Li6AsS5I', 'PdPb2Se2(ClO3)2', 'CsLaHgSe3', 'Ba5V3ClO12', 'KMnN2'] | [27518, 15350, 1884, 27890, 32037, 31275, 23690, 20572, 3490, 30460] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['SrSi2(BO4)2', 'BeH8(NF2)2', 'Ba2DyCl7', 'Cs4U2V2O13', 'Rb4P2Se9', 'Ba2As2O7', 'PaCl5', 'AsS(IF3)2', 'Cs7Co4F15', 'Sr2Ge2Se5'] | [5.49, 6.8, 4.89, 2.05, 1.42, 3.33, 2.42, 1.17, 3.01, 1.1] | ['SrSi2(BO4)2', 'BeH8(NF2)2', 'Ba2DyCl7', 'Cs4U2V2O13', 'Rb4P2Se9', 'Ba2As2O7', 'PaCl5', 'AsS(IF3)2', 'Cs7Co4F15', 'Sr2Ge2Se5'] | [24743, 17564, 29676, 17773, 2339, 31943, 27413, 18687, 12253, 27470] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Rb5Zr4F21', 'Nb6HSI9', 'TlP(HO2)2', 'Co2As2O5', 'RbSr(BH4)3', 'CaCrF5', 'LiErO2', 'Cs4BiAs3Se7', 'PrFeGe2O7', 'Rb15W7N19'] | [5.5, 0.03, 3.97, 1.94, 5.24, 2.72, 4.11, 1.47, 2.45, 1.43] | ['Rb5Zr4F21', 'Nb6HSI9', 'TlP(HO2)2', 'Co2As2O5', 'RbSr(BH4)3', 'CaCrF5', 'LiErO2', 'Cs4BiAs3Se7', 'PrFeGe2O7', 'Rb15W7N19'] | [13693, 46, 18364, 10212, 18995, 33365, 30109, 18465, 10862, 16276] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['K2Th(PSe3)3', 'CsLiCl2', 'CsLaO2', 'RhCl3', 'Sb(IF3)2', 'NbBi(TeO4)2', 'NdTl(MoO4)2', 'LiAs(XeF4)3', 'PCl3', 'Rb2LiTlF6'] | [1.52, 5.11, 2.93, 1.52, 0.58, 2.35, 3.57, 2.97, 4.05, 3.47] | ['K2Th(PSe3)3', 'CsLiCl2', 'CsLaO2', 'RhCl3', 'Sb(IF3)2', 'NbBi(TeO4)2', 'NdTl(MoO4)2', 'LiAs(XeF4)3', 'PCl3', 'Rb2LiTlF6'] | [1725, 22607, 10521, 20282, 7807, 10147, 29879, 927, 23946, 24955] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Tb2Mo4O15', 'K2Sn2O3', 'DyVO4', 'CsCa(PO3)3', 'Na2MoSeO6', 'NbSeI3', 'Na2Ge2S5', 'ClF5', 'Al4InAgSe8', 'CsVSeO5'] | [3.33, 1.3, 2.98, 5.3, 3.65, 0.63, 2.51, 3.09, 0.68, 3.1] | ['Tb2Mo4O15', 'K2Sn2O3', 'DyVO4', 'CsCa(PO3)3', 'Na2MoSeO6', 'NbSeI3', 'Na2Ge2S5', 'ClF5', 'Al4InAgSe8', 'CsVSeO5'] | [3369, 16072, 30299, 14648, 9704, 5570, 29381, 4057, 13828, 15034] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Na4Ga3Si3IO12', 'Sr3Al2O6', 'RbEr3F10', 'Rb2MnCl6', 'Cs2SnBr6', 'BaSi6N8O', 'KLu(CO3)2', 'Rb(SbSe2)2', 'Rb5Ta(TlAs2)2', 'KPuP2S7'] | [3.63, 4.23, 7.28, 1.2, 1.44, 4.23, 4.55, 1.12, 1.44, 0.04] | ['Na4Ga3Si3IO12', 'Sr3Al2O6', 'RbEr3F10', 'Rb2MnCl6', 'Cs2SnBr6', 'BaSi6N8O', 'KLu(CO3)2', 'Rb(SbSe2)2', 'Rb5Ta(TlAs2)2', 'KPuP2S7'] | [10016, 31526, 24180, 21505, 4023, 10929, 67, 30537, 23821, 12088] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['ScH11(BrO3)2', 'Cs4Ge(PSe3)4', 'AsIrS', 'Cs2SmAgCl6', 'Ge5Ir4', 'K3Lu(PO4)2', 'MnV2O6', 'K2RbTbV2O8', 'WSe2', 'Rb2Sr(PO3)4'] | [4.14, 1.38, 1.86, 3.85, 0.13, 4.94, 1.85, 3.13, 1.45, 5.46] | ['ScH11(BrO3)2', 'Cs4Ge(PSe3)4', 'AsIrS', 'Cs2SmAgCl6', 'Ge5Ir4', 'K3Lu(PO4)2', 'MnV2O6', 'K2RbTbV2O8', 'WSe2', 'Rb2Sr(PO3)4'] | [5090, 19070, 26242, 1271, 27012, 2016, 7285, 14434, 29981, 31137] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['SiBr4', 'Lu4InRh', 'Ba6Gd2Al4O15', 'Nb10Se40I3', 'Ta2Se8Br', 'LiCeF5', 'Cs3SbS3', 'Cs3As7', 'Ge3(Te3As)2', 'In4Te3'] | [4.11, 0.02, 3.43, 0.13, 0.53, 2.29, 2.65, 1.57, 0.34, 0.12] | ['SiBr4', 'Lu4InRh', 'Ba6Gd2Al4O15', 'Nb10Se40I3', 'Ta2Se8Br', 'LiCeF5', 'Cs3SbS3', 'Cs3As7', 'Ge3(Te3As)2', 'In4Te3'] | [24291, 11963, 12286, 9447, 20280, 18590, 12693, 13559, 19910, 1245] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Na3InBi2', 'BaTiO3', 'Re2O7', 'Ba6Pr3I19', 'KNd(CO3)2', 'Nd2W2O9', 'LiV3(OF3)2', 'NaCr12Si8BrO28', 'La5C2I9', 'BaNaCr2F9'] | [0.07, 2.29, 2.36, 0.78, 4.36, 3.19, 1.49, 2.11, 1.42, 3.2] | ['Na3InBi2', 'BaTiO3', 'Re2O7', 'Ba6Pr3I19', 'KNd(CO3)2', 'Nd2W2O9', 'LiV3(OF3)2', 'NaCr12Si8BrO28', 'La5C2I9', 'BaNaCr2F9'] | [1382, 29774, 2000, 15365, 26455, 16144, 20154, 14775, 6883, 15722] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['KU2P3O14', 'LiCrSnO4', 'K4Th(MoO4)4', 'LaTl(PS3)2', 'Na2TeO3', 'Ba3Al2B10H4O23', 'Cs2As8S13', 'CsU6F25', 'La(PO3)3', 'Gd2Ge2O7'] | [2.39, 2.38, 4.0, 2.48, 3.26, 4.97, 1.51, 0.01, 4.38, 2.47] | ['KU2P3O14', 'LiCrSnO4', 'K4Th(MoO4)4', 'LaTl(PS3)2', 'Na2TeO3', 'Ba3Al2B10H4O23', 'Cs2As8S13', 'CsU6F25', 'La(PO3)3', 'Gd2Ge2O7'] | [5701, 26485, 12781, 14312, 2921, 3298, 28533, 8753, 4076, 26645] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['KV(IO4)2', 'RbPrTe4', 'TcP4', 'Rb2NiP4(HO2)8', 'La(ZnAs)3', 'Rb2TlRhF6', 'Tb2EuSe4', 'KCu4(AsO4)3', 'Na2SeO3', 'Cs2TlRuF6'] | [2.47, 0.19, 0.85, 5.17, 0.36, 1.94, 0.19, 0.32, 4.22, 0.56] | ['KV(IO4)2', 'RbPrTe4', 'TcP4', 'Rb2NiP4(HO2)8', 'La(ZnAs)3', 'Rb2TlRhF6', 'Tb2EuSe4', 'KCu4(AsO4)3', 'Na2SeO3', 'Cs2TlRuF6'] | [9723, 11376, 28381, 31545, 20561, 27238, 4872, 31864, 6290, 16378] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Na2Nd4NCl9O', 'Cs2CoSiO4', 'Tb3CuGeSe7', 'Na3MnSiCO7', 'KNa4GeAs3', 'Rb2MnCl4', 'La3SiN4F', 'TeRhCl', 'Ba(GdSe2)2', 'KNi2H3(SeO5)2'] | [3.82, 2.65, 1.13, 1.13, 0.64, 1.29, 1.97, 0.78, 1.23, 2.7] | ['Na2Nd4NCl9O', 'Cs2CoSiO4', 'Tb3CuGeSe7', 'Na3MnSiCO7', 'KNa4GeAs3', 'Rb2MnCl4', 'La3SiN4F', 'TeRhCl', 'Ba(GdSe2)2', 'KNi2H3(SeO5)2'] | [1762, 3358, 2464, 25, 1946, 7075, 21195, 28448, 28838, 24306] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Ba5P3ClO12', 'B2Pb2S5', 'Na2SnGe2(HO4)2', 'SbSe6IF6', 'Y3Sc2(GaO4)3', 'Cs2Al2B2O7', 'RbV(IO4)2', 'Na2SnAs2', 'PmF3', 'BiAsO4'] | [5.04, 1.66, 2.52, 1.53, 3.59, 4.25, 2.76, 0.48, 4.98, 2.87] | ['Ba5P3ClO12', 'B2Pb2S5', 'Na2SnGe2(HO4)2', 'SbSe6IF6', 'Y3Sc2(GaO4)3', 'Cs2Al2B2O7', 'RbV(IO4)2', 'Na2SnAs2', 'PmF3', 'BiAsO4'] | [22766, 9242, 4467, 26358, 17699, 3141, 3150, 12656, 26349, 21171] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Ba5(RuO5)2', 'La2GeS5', 'NaPr2S2O8F3', 'NaTc12Br25', 'CsReS2', 'Ta2Pt3Se8', 'K2Zn2(MoO4)3', 'RbVH4(OF2)2', 'UF3', 'CrSbO4'] | [0.23, 1.97, 6.16, 0.97, 1.25, 0.68, 3.36, 2.6, 0.22, 0.86] | ['Ba5(RuO5)2', 'La2GeS5', 'NaPr2S2O8F3', 'NaTc12Br25', 'CsReS2', 'Ta2Pt3Se8', 'K2Zn2(MoO4)3', 'RbVH4(OF2)2', 'UF3', 'CrSbO4'] | [7422, 10930, 25988, 4848, 9804, 18770, 6293, 32216, 17219, 18691] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Rb2CO3', 'Ba2H3I', 'Na2AlPCO7', 'Cu6GeWS8', 'Ca3CdO4', 'Mn2InSbO6', 'Cs2LiInBr6', 'K3Ce(PO4)2', 'LuHfF7', 'BiIrSe'] | [3.29, 2.24, 5.07, 0.82, 2.52, 0.52, 1.58, 0.26, 6.96, 0.53] | ['Rb2CO3', 'Ba2H3I', 'Na2AlPCO7', 'Cu6GeWS8', 'Ca3CdO4', 'Mn2InSbO6', 'Cs2LiInBr6', 'K3Ce(PO4)2', 'LuHfF7', 'BiIrSe'] | [22071, 26544, 25444, 9586, 10890, 26578, 10734, 20744, 23066, 3687] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['K(BH)6', 'CsTiCu3Se4', 'Ba2DyNbO6', 'Dy2CoTe2(SO7)2', 'K10LiZr6H4O2F35', 'Si2Ni3H4O9', 'RbEr2Cu3S5', 'K2Mo2Se2O11', 'KPd2O3', 'Ce3Si2S8Br'] | [5.53, 1.02, 2.85, 3.06, 0.0, 3.2, 1.16, 2.79, 0.26, 0.09] | ['K(BH)6', 'CsTiCu3Se4', 'Ba2DyNbO6', 'Dy2CoTe2(SO7)2', 'K10LiZr6H4O2F35', 'Si2Ni3H4O9', 'RbEr2Cu3S5', 'K2Mo2Se2O11', 'KPd2O3', 'Ce3Si2S8Br'] | [32773, 6356, 27581, 26353, 30511, 3884, 33641, 7476, 14970, 18057] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['TaCu3Se3S', 'Ba(GaP)2', 'La4CI6N', 'LiFeHSO5', 'Ga2Te2Cl7', 'Sr3Co(CN)3', 'GaSb3Pb4O13', 'Nd2Nb2S7O30', 'Cs2HoCl5', 'K3B6BrO10'] | [1.65, 1.43, 1.18, 3.67, 1.42, 1.1, 1.39, 0.11, 4.9, 5.21] | ['TaCu3Se3S', 'Ba(GaP)2', 'La4CI6N', 'LiFeHSO5', 'Ga2Te2Cl7', 'Sr3Co(CN)3', 'GaSb3Pb4O13', 'Nd2Nb2S7O30', 'Cs2HoCl5', 'K3B6BrO10'] | [15693, 18065, 14700, 9967, 30529, 13165, 28340, 6158, 25729, 9672] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Al2Te3', 'Cs2KZrOF5', 'B5H4NO8', 'Na3Np(HO3)2', 'Tl2SnO3', 'Si2H6Se', 'Tb6CoBr10', 'CsZr6CCl15', 'Nd3SbO7', 'K2ScSn(AsO4)3'] | [1.8, 4.88, 5.73, 1.49, 1.14, 3.75, 0.0, 1.14, 2.59, 2.57] | ['Al2Te3', 'Cs2KZrOF5', 'B5H4NO8', 'Na3Np(HO3)2', 'Tl2SnO3', 'Si2H6Se', 'Tb6CoBr10', 'CsZr6CCl15', 'Nd3SbO7', 'K2ScSn(AsO4)3'] | [11409, 1316, 28843, 15843, 6230, 11764, 12336, 8858, 25682, 33538] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Na4Zr2Ti(CO4)4', 'ZnGeAs2', 'MgTi4FeO10', 'Sr3BiN', 'Sr2CaUO6', 'BaGaF5', 'GaBr3', 'Ba3Ta6(Si2O13)2', 'K4Mn3F12', 'B3Pb10Br3O13'] | [3.14, 0.0, 1.39, 0.26, 2.21, 5.76, 3.36, 3.03, 0.84, 2.44] | ['Na4Zr2Ti(CO4)4', 'ZnGeAs2', 'MgTi4FeO10', 'Sr3BiN', 'Sr2CaUO6', 'BaGaF5', 'GaBr3', 'Ba3Ta6(Si2O13)2', 'K4Mn3F12', 'B3Pb10Br3O13'] | [10018, 14047, 2867, 5243, 5188, 21977, 21118, 16883, 27500, 4162] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['NaMg2HSe2O7', 'CsBe2BO3F2', 'Rb3Ni2(NO3)7', 'Sr2CaTeO6', 'CaCe4Si3O13', 'Sr2MgSi2O7', 'Rb4UC3O11', 'CsOsNO3', 'Cl2', 'RbFeCl4'] | [4.57, 5.88, 2.93, 3.21, 0.16, 4.5, 2.17, 2.9, 2.56, 1.3] | ['NaMg2HSe2O7', 'CsBe2BO3F2', 'Rb3Ni2(NO3)7', 'Sr2CaTeO6', 'CaCe4Si3O13', 'Sr2MgSi2O7', 'Rb4UC3O11', 'CsOsNO3', 'Cl2', 'RbFeCl4'] | [3539, 2755, 21559, 14380, 13757, 21818, 12448, 754, 9813, 26599] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Zr2P2SO12', 'Rb2P2Pd', 'KNaTiO3', 'Na3MnO4', 'PBr3', 'As2Pb3O8', 'CsMnInTe3', 'Zn2P2O7', 'NbOF3', 'InH9(NCl)3'] | [4.22, 1.27, 3.54, 1.85, 3.34, 3.31, 1.24, 3.69, 3.39, 3.77] | ['Zr2P2SO12', 'Rb2P2Pd', 'KNaTiO3', 'Na3MnO4', 'PBr3', 'As2Pb3O8', 'CsMnInTe3', 'Zn2P2O7', 'NbOF3', 'InH9(NCl)3'] | [19733, 20259, 21112, 190, 21204, 28115, 30318, 25486, 11239, 6208] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Ca3SbN', 'Ba2Cd(BO3)2', 'Cs2W3SeO12', 'BaCr2O7', 'Al2(SO4)3', 'Na3Ca3AlAs4', 'Na4Zr2(SiO4)3', 'Nd2Ti2S2O5', 'CsV3O8', 'Rb3Cu2(BiS2)5'] | [0.41, 2.89, 2.44, 2.38, 6.03, 0.94, 4.32, 0.83, 2.07, 0.52] | ['Ca3SbN', 'Ba2Cd(BO3)2', 'Cs2W3SeO12', 'BaCr2O7', 'Al2(SO4)3', 'Na3Ca3AlAs4', 'Na4Zr2(SiO4)3', 'Nd2Ti2S2O5', 'CsV3O8', 'Rb3Cu2(BiS2)5'] | [9119, 21647, 19653, 21063, 21158, 17805, 5203, 22187, 6063, 23988] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Rb2Cd3S4', 'Sr3P2', 'Eu2Hf2(MoO4)7', 'Dy2CdS4', 'CsTb2Cu3Se5', 'ZnSe2', 'PrSF', 'CsCNO', 'K2BeF4', 'Ba3MgNb2O9'] | [1.78, 0.39, 0.36, 1.09, 1.2, 0.73, 1.25, 4.54, 6.93, 2.65] | ['Rb2Cd3S4', 'Sr3P2', 'Eu2Hf2(MoO4)7', 'Dy2CdS4', 'CsTb2Cu3Se5', 'ZnSe2', 'PrSF', 'CsCNO', 'K2BeF4', 'Ba3MgNb2O9'] | [12116, 31726, 10885, 28905, 29964, 494, 14811, 27855, 17306, 8901] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['CsSi2BO6', 'ZrNCl', 'Ta3N5', 'KLiCO3', 'K3Nd(AsS4)2', 'K2Mg(H2N)4', 'Cs3MnBr5', 'Li7IN2', 'RbNbO3', 'NbH8N2OF5'] | [5.26, 1.75, 1.21, 4.55, 1.69, 2.07, 2.71, 1.76, 3.31, 4.31] | ['CsSi2BO6', 'ZrNCl', 'Ta3N5', 'KLiCO3', 'K3Nd(AsS4)2', 'K2Mg(H2N)4', 'Cs3MnBr5', 'Li7IN2', 'RbNbO3', 'NbH8N2OF5'] | [31612, 27898, 33043, 32378, 18372, 1437, 9280, 7444, 22134, 22361] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['MnPS3', 'KSr(BH4)3', 'Ba(ScTe2)2', 'K2PtSe2', 'SbI(ClF3)2', 'Tm3Sb5O12', 'KY(NbCl3)6', 'NdCuS2', 'La3GaS5O', 'GdHSe'] | [0.16, 5.72, 0.43, 0.93, 1.87, 2.87, 1.11, 1.08, 1.2, 0.6] | ['MnPS3', 'KSr(BH4)3', 'Ba(ScTe2)2', 'K2PtSe2', 'SbI(ClF3)2', 'Tm3Sb5O12', 'KY(NbCl3)6', 'NdCuS2', 'La3GaS5O', 'GdHSe'] | [17920, 14644, 15420, 29119, 10282, 11951, 5466, 9739, 9288, 15462] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Cs4UC3O11', 'Na2InPCO7', 'Rb2AgCl3', 'MgMnSiO4', 'Sr2Mn2O5', 'Sr2Co(PO4)2', 'AsSe6IF6', 'CsMoP2HO9', 'Zn3MoN4', 'Ba3B3Pb2BrO9'] | [2.08, 2.77, 2.96, 3.13, 0.23, 3.15, 1.58, 3.24, 2.13, 3.26] | ['Cs4UC3O11', 'Na2InPCO7', 'Rb2AgCl3', 'MgMnSiO4', 'Sr2Mn2O5', 'Sr2Co(PO4)2', 'AsSe6IF6', 'CsMoP2HO9', 'Zn3MoN4', 'Ba3B3Pb2BrO9'] | [20714, 4091, 21503, 398, 8297, 11448, 4089, 11945, 2537, 16770] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Ba(BSe3)2', 'Sr2H6Pt', 'CrPbO4', 'Gd2CrSbO7', 'Ba2ScO3F', 'Cs2SiO3', 'Tl4SnSe3', 'Sr2I2O', 'RbNO3', 'K6Si2S6O'] | [1.71, 1.28, 2.17, 1.96, 3.55, 3.38, 0.65, 3.28, 3.04, 3.15] | ['Ba(BSe3)2', 'Sr2H6Pt', 'CrPbO4', 'Gd2CrSbO7', 'Ba2ScO3F', 'Cs2SiO3', 'Tl4SnSe3', 'Sr2I2O', 'RbNO3', 'K6Si2S6O'] | [14526, 32788, 1894, 10987, 24929, 20148, 19025, 8737, 9485, 538] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Sr2TaGaO6', 'K3Nd3(PS4)4', 'Cs2TlMoF6', 'Sr4Ti3O10', 'Lu3Co29(Si2B5)2', 'NaZr2(PO4)3', 'Li2TiCr(PO4)3', 'RbZnSClO4', 'Ca3B4(H4O)3', 'CeAsO4F'] | [4.04, 2.42, 3.89, 1.78, 0.01, 3.85, 2.33, 4.55, 4.79, 1.5] | ['Sr2TaGaO6', 'K3Nd3(PS4)4', 'Cs2TlMoF6', 'Sr4Ti3O10', 'Lu3Co29(Si2B5)2', 'NaZr2(PO4)3', 'Li2TiCr(PO4)3', 'RbZnSClO4', 'Ca3B4(H4O)3', 'CeAsO4F'] | [11582, 23146, 17246, 23233, 3061, 23937, 15188, 3273, 6630, 17497] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Ag3AsO4', 'Ag2Hg(SeO3)2', 'LaTiSbO6', 'Ca(BeAs)2', 'Na2GeF6', 'Rb2NaYF6', 'FeTeO3F', 'NdLuS3', 'Ag2HgSI2', 'Ca2Ta2O7'] | [0.32, 1.81, 2.74, 0.66, 5.79, 6.45, 1.5, 0.81, 1.22, 3.35] | ['Ag3AsO4', 'Ag2Hg(SeO3)2', 'LaTiSbO6', 'Ca(BeAs)2', 'Na2GeF6', 'Rb2NaYF6', 'FeTeO3F', 'NdLuS3', 'Ag2HgSI2', 'Ca2Ta2O7'] | [846, 1646, 25228, 14998, 17580, 18743, 6538, 17136, 26903, 29786] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Sr4(NiO3)3', 'BaGa2(SiO4)2', 'Cd2GaAgS4', 'Ba8CaY2U4O24', 'Sm2(MoO4)3', 'KLi3GeO4', 'KRb2InF6', 'Na6MgCl8', 'Cs4TlSbCl12', 'LiMn2P3O10'] | [1.33, 4.01, 1.04, 1.97, 3.25, 3.94, 5.56, 5.24, 0.76, 3.79] | ['Sr4(NiO3)3', 'BaGa2(SiO4)2', 'Cd2GaAgS4', 'Ba8CaY2U4O24', 'Sm2(MoO4)3', 'KLi3GeO4', 'KRb2InF6', 'Na6MgCl8', 'Cs4TlSbCl12', 'LiMn2P3O10'] | [27876, 16186, 25990, 33237, 11815, 16173, 28576, 27937, 19055, 29822] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['InPb2F7', 'Al2CdCl8', 'As2Rh', 'Ca51W12N56O3', 'Na2Pd(SeO4)2', 'Sm3SiS6Cl', 'RbNd(PO3)4', 'RbNaSi2O5', 'Cs8(Re4S9)3', 'KNaS'] | [4.35, 3.71, 0.26, 1.71, 1.51, 2.57, 5.49, 4.44, 1.43, 2.49] | ['InPb2F7', 'Al2CdCl8', 'As2Rh', 'Ca51W12N56O3', 'Na2Pd(SeO4)2', 'Sm3SiS6Cl', 'RbNd(PO3)4', 'RbNaSi2O5', 'Cs8(Re4S9)3', 'KNaS'] | [1001, 33002, 22882, 32807, 12120, 10812, 1750, 28449, 13425, 5271] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Hf3Tl10Mo12PbO48', 'Cs2TeO3', 'Y2Sn2O7', 'K2PbCl6', 'Sr3Sb4S9', 'RbNd(WO4)2', 'Cd(W3Br7)2', 'Rb2NaH5(CO4)2', 'Cs2KInF6', 'KFe2P3(O4F3)2'] | [2.83, 3.54, 2.75, 1.61, 1.04, 3.39, 2.04, 4.2, 5.46, 2.43] | ['Hf3Tl10Mo12PbO48', 'Cs2TeO3', 'Y2Sn2O7', 'K2PbCl6', 'Sr3Sb4S9', 'RbNd(WO4)2', 'Cd(W3Br7)2', 'Rb2NaH5(CO4)2', 'Cs2KInF6', 'KFe2P3(O4F3)2'] | [32336, 9058, 8126, 33090, 14288, 29995, 8934, 20998, 11772, 2076] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Ag8SnSe6', 'UHg3(TeCl3)2', 'Nd4Mn3NiO12', 'VPO4', 'Sb2XeF16', 'Tb4BClO7', 'Bi6P4PbO20', 'BaTiOF4', 'SnGe4Te4Se', 'Sr3SmRhO6'] | [0.0, 0.2, 0.1, 1.42, 1.65, 4.73, 3.33, 3.34, 0.61, 2.01] | ['Ag8SnSe6', 'UHg3(TeCl3)2', 'Nd4Mn3NiO12', 'VPO4', 'Sb2XeF16', 'Tb4BClO7', 'Bi6P4PbO20', 'BaTiOF4', 'SnGe4Te4Se', 'Sr3SmRhO6'] | [4904, 11047, 16904, 18272, 5514, 32383, 31566, 2843, 23678, 25791] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['K2AgP', 'Na3H7Ru', 'CsNa5(WN3)2', 'Rb2GeO3', 'CsTiZnOF5', 'KH8W(NF3)2', 'Rb3Nb6SBr17', 'Cs3Sb5Se9', 'BaAgSF', 'K9Gd3Si12(O16F)2'] | [1.23, 2.52, 1.78, 3.27, 3.14, 3.23, 0.58, 0.41, 1.43, 3.77] | ['K2AgP', 'Na3H7Ru', 'CsNa5(WN3)2', 'Rb2GeO3', 'CsTiZnOF5', 'KH8W(NF3)2', 'Rb3Nb6SBr17', 'Cs3Sb5Se9', 'BaAgSF', 'K9Gd3Si12(O16F)2'] | [7926, 209, 24677, 26758, 10713, 12904, 16181, 17311, 647, 17707] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Zr3Tl2(CuSe4)2', 'Na10Zn4O9', 'HoAsO4', 'P3Pb5BrO12', 'NaYSe2', 'Ar', 'Na3UO4', 'K5H(CN2)2', 'Ba2CuClO2', 'Ba3Ge2(B3O8)2'] | [0.32, 1.49, 3.61, 3.23, 1.84, 8.51, 0.12, 3.85, 2.3, 4.18] | ['Zr3Tl2(CuSe4)2', 'Na10Zn4O9', 'HoAsO4', 'P3Pb5BrO12', 'NaYSe2', 'Ar', 'Na3UO4', 'K5H(CN2)2', 'Ba2CuClO2', 'Ba3Ge2(B3O8)2'] | [23984, 13186, 20789, 24979, 2262, 23903, 12176, 1661, 28437, 19546] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Cs3GeSe3', 'Te3(PbO4)2', 'LaFeTeO6', 'CsAg3Se2', 'PH6C(NF2)3', 'Na2VNiF7', 'AlH10N2OF5', 'Zn(InTe2)2', 'K2MoAs2O9', 'Na10EuSn12'] | [1.63, 2.99, 2.48, 0.19, 5.28, 2.47, 6.13, 0.83, 2.55, 0.57] | ['Cs3GeSe3', 'Te3(PbO4)2', 'LaFeTeO6', 'CsAg3Se2', 'PH6C(NF2)3', 'Na2VNiF7', 'AlH10N2OF5', 'Zn(InTe2)2', 'K2MoAs2O9', 'Na10EuSn12'] | [22661, 15844, 26419, 11711, 7570, 10445, 7763, 21803, 6734, 28825] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Sr(LaS2)2', 'CsBS3O11', 'NdClO', 'Ca5(InSb3)2', 'Pd(NO3)2', 'RbErSeCl2O3', 'RbInCl3', 'KGeBr3', 'Li3Er(NO3)6', 'Ba6Dy2Al4O15'] | [2.24, 5.64, 4.77, 0.16, 1.3, 4.24, 1.68, 2.9, 3.14, 3.93] | ['Sr(LaS2)2', 'CsBS3O11', 'NdClO', 'Ca5(InSb3)2', 'Pd(NO3)2', 'RbErSeCl2O3', 'RbInCl3', 'KGeBr3', 'Li3Er(NO3)6', 'Ba6Dy2Al4O15'] | [4339, 8003, 29253, 8869, 33565, 20799, 10487, 4208, 22346, 31588] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Ca(AlSe2)2', 'BaTbAgTe3', 'Nd(ZnAs)3', 'NbSeBr3', 'NaSc2P(SO6)2', 'SiSbPt', 'PrScO3', 'La2MgVO6', 'Tl2SO4', 'U2CuP2(H4O5)4'] | [2.85, 0.77, 0.13, 0.74, 4.27, 0.21, 4.26, 1.74, 3.8, 1.13] | ['Ca(AlSe2)2', 'BaTbAgTe3', 'Nd(ZnAs)3', 'NbSeBr3', 'NaSc2P(SO6)2', 'SiSbPt', 'PrScO3', 'La2MgVO6', 'Tl2SO4', 'U2CuP2(H4O5)4'] | [28367, 25170, 30367, 25438, 20454, 20400, 1926, 18657, 21417, 17050] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['LaPS', 'NaSrGaF6', 'NbP2S2Cl5', 'CaCdO2', 'B2Se3O10', 'Pr6S3(OF4)2', 'Ba3NaSbO6', 'K6Na3AlSb4', 'CsBr3', 'Tb2SiSeO4'] | [0.34, 6.0, 1.69, 0.38, 3.74, 2.65, 2.81, 0.73, 2.22, 2.58] | ['LaPS', 'NaSrGaF6', 'NbP2S2Cl5', 'CaCdO2', 'B2Se3O10', 'Pr6S3(OF4)2', 'Ba3NaSbO6', 'K6Na3AlSb4', 'CsBr3', 'Tb2SiSeO4'] | [26434, 20778, 15921, 3357, 13125, 30418, 23905, 25374, 16389, 5962] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['P2H4PbO4', 'Li2Mn3ZnO8', 'SrVF5', 'La2SO2', 'RbTb(WO4)2', 'K2TeMo2(PO7)2', 'Sm2As4O9', 'RbNb3(TeO6)2', 'BaZnTe2O7', 'Na2Ca4YZrSi4(O5F)3'] | [3.88, 1.29, 2.37, 3.06, 3.41, 2.97, 3.34, 2.4, 1.67, 4.69] | ['P2H4PbO4', 'Li2Mn3ZnO8', 'SrVF5', 'La2SO2', 'RbTb(WO4)2', 'K2TeMo2(PO7)2', 'Sm2As4O9', 'RbNb3(TeO6)2', 'BaZnTe2O7', 'Na2Ca4YZrSi4(O5F)3'] | [32033, 4081, 13836, 30042, 23666, 13273, 19373, 6689, 9999, 3723] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Cr3B7O13F', 'SrLaVO4', 'Cs2LiMoF6', 'SrNd4Si3O13', 'CsYHgSe3', 'Pr2Au5F21', 'Cs2DyCl5', 'Cd(SbO3)2', 'K2SiO3', 'Ba4Mg(BiO4)3'] | [3.19, 1.77, 4.82, 4.68, 1.39, 1.73, 4.89, 1.41, 3.65, 0.24] | ['Cr3B7O13F', 'SrLaVO4', 'Cs2LiMoF6', 'SrNd4Si3O13', 'CsYHgSe3', 'Pr2Au5F21', 'Cs2DyCl5', 'Cd(SbO3)2', 'K2SiO3', 'Ba4Mg(BiO4)3'] | [22092, 31147, 10796, 6983, 6965, 22971, 17790, 31176, 25611, 29781] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['VAgO3', 'K3Ta2AsSe11', 'CaU(MoO4)4', 'SrBiO3', 'SrCO3', 'KLaCuTe4', 'FeAgP2O7', 'Ba2YRuO6', 'TaBiO4', 'KCrP2O7'] | [1.63, 1.19, 2.0, 0.31, 4.44, 0.23, 1.84, 0.09, 2.98, 2.59] | ['VAgO3', 'K3Ta2AsSe11', 'CaU(MoO4)4', 'SrBiO3', 'SrCO3', 'KLaCuTe4', 'FeAgP2O7', 'Ba2YRuO6', 'TaBiO4', 'KCrP2O7'] | [14808, 16150, 20901, 10659, 15183, 5304, 32949, 19566, 28328, 25422] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Ti2Sb2Pb4O13', 'CdH4(BrO4)2', 'SrMgB2O5', 'SmTl(PSe3)2', 'RbSnBr3', 'RbV2SeO7', 'K2LiInAs2', 'BaBrCl', 'PPbSe3', 'Eu(LuSe2)2'] | [1.62, 3.97, 4.7, 1.58, 2.06, 1.74, 0.39, 4.48, 1.66, 0.14] | ['Ti2Sb2Pb4O13', 'CdH4(BrO4)2', 'SrMgB2O5', 'SmTl(PSe3)2', 'RbSnBr3', 'RbV2SeO7', 'K2LiInAs2', 'BaBrCl', 'PPbSe3', 'Eu(LuSe2)2'] | [26584, 26397, 18012, 166, 8381, 22268, 17864, 10911, 7784, 28938] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['PRhO4', 'CdSnP14', 'ZnBi6P2O15', 'ZnMoO4', 'Na4Ni5(P3O11)2', 'Rb2Zr3OF12', 'Rh2O3', 'Na3Ca3AlSb4', 'Lu2MgSe4', 'As2Pb2O5'] | [0.98, 1.44, 2.75, 2.3, 3.66, 5.33, 0.56, 0.46, 1.48, 2.69] | ['PRhO4', 'CdSnP14', 'ZnBi6P2O15', 'ZnMoO4', 'Na4Ni5(P3O11)2', 'Rb2Zr3OF12', 'Rh2O3', 'Na3Ca3AlSb4', 'Lu2MgSe4', 'As2Pb2O5'] | [3314, 17522, 13003, 4105, 32563, 18554, 25242, 22797, 15595, 12746] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['W6CCl18', 'BaMn9V6(HO13)2', 'MgV2PbO7', 'TbVO4', 'Ho2Si2O7', 'K2PAu', 'LaI3', 'Ba(MgSb)2', 'K4Ti2PO4F9', 'MgSiN2'] | [1.15, 2.11, 2.28, 2.99, 5.03, 0.95, 2.07, 0.85, 3.06, 3.97] | ['W6CCl18', 'BaMn9V6(HO13)2', 'MgV2PbO7', 'TbVO4', 'Ho2Si2O7', 'K2PAu', 'LaI3', 'Ba(MgSb)2', 'K4Ti2PO4F9', 'MgSiN2'] | [2286, 810, 28307, 3391, 2597, 26206, 24491, 12639, 16620, 16060] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Ca2Si', 'Ca3BCNCl2', 'LiPrSn', 'RbSiBiS4', 'Ca2SiS4', 'LuH2ClO2', 'K3TmSi2O7', 'NaSrP', 'Rb3Sb2Br9', 'AuBrF6'] | [0.55, 2.11, 0.01, 1.98, 3.11, 4.81, 3.76, 1.24, 2.15, 1.64] | ['Ca2Si', 'Ca3BCNCl2', 'LiPrSn', 'RbSiBiS4', 'Ca2SiS4', 'LuH2ClO2', 'K3TmSi2O7', 'NaSrP', 'Rb3Sb2Br9', 'AuBrF6'] | [28436, 26127, 18562, 5728, 13892, 180, 9407, 32225, 6767, 20756] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['CaHfN2', 'Na3B5S9', 'Cs2NbCuSe4', 'Nb3SI7', 'Na3CuF6', 'Li3AsO4', 'Rb2LiDyBr6', 'CuBP4H24C8(SF)4', 'KCdGeAs2', 'Sb9S4F39'] | [0.54, 3.51, 1.64, 0.58, 1.22, 4.13, 4.14, 3.12, 0.69, 1.67] | ['CaHfN2', 'Na3B5S9', 'Cs2NbCuSe4', 'Nb3SI7', 'Na3CuF6', 'Li3AsO4', 'Rb2LiDyBr6', 'CuBP4H24C8(SF)4', 'KCdGeAs2', 'Sb9S4F39'] | [27917, 15434, 19244, 15969, 21450, 15407, 6951, 11070, 8213, 7065] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Re2NiO8', 'Dy2Sn2O7', 'SrTb2O4', 'Ce4Se3N2', 'Rb2GeB4O9', 'FeCoH18(NCl)6', 'Cs2Sn3HgSe8', 'KRb3CdCl6', 'LiNd(PN2)4', 'K4ZnBi2'] | [3.53, 2.71, 3.67, 0.01, 3.84, 0.81, 1.2, 3.93, 3.52, 0.33] | ['Re2NiO8', 'Dy2Sn2O7', 'SrTb2O4', 'Ce4Se3N2', 'Rb2GeB4O9', 'FeCoH18(NCl)6', 'Cs2Sn3HgSe8', 'KRb3CdCl6', 'LiNd(PN2)4', 'K4ZnBi2'] | [1844, 29910, 16670, 25408, 21729, 33468, 11716, 4466, 19109, 20464] |
You are an expert in the electronic bandstructure of materials. For any given chemical formula of a material, you can accurately provide the numerical value of its bandgap in electron volts (eV). Output the values as a comma-separated list of floating point numbers. Do not include the names of the materials in your response, only the numerical values.The values should be in the range [0, 8]. Output the value of the bandgap of these MATERIALS as a comma seperated list of floating point numbers MATERIALS: ['Cd3AsCl3', 'Er2Te3', 'Ce(PO3)4', 'K2B4H8O11', 'Cs2NaInCl6', 'CsCu3O2', 'Ba2GdC2(O2F)3', 'Tb7RhI12', 'MoNCl3', 'ScBr3'] | [1.45, 0.05, 1.24, 5.2, 2.99, 1.46, 3.07, 0.17, 1.68, 2.23] | ['Cd3AsCl3', 'Er2Te3', 'Ce(PO3)4', 'K2B4H8O11', 'Cs2NaInCl6', 'CsCu3O2', 'Ba2GdC2(O2F)3', 'Tb7RhI12', 'MoNCl3', 'ScBr3'] | [30262, 17851, 15482, 16864, 33286, 17895, 13531, 4462, 13765, 17565] |
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