目前最全的半导体氧化物能隙数据 说明：以下资料来自于文献：YONG XU AND MARTIN A.A. SCHOONEN, "The absolute energy positions of conduction and valence bands ofselected semiconducting minerals", American Mineralogist,2000,85:543–556，原文只有能隙和导带数据(相对于真空)，这里调整为相对于氢电极电位，再增加价带数据，以方便查阅，因做过调整，个别数据如与原文有差别请以原文为准半导体 Eg(eV) ( CB - VB )-------------------------------------------------------------------Ag2O 1.2eV ( 0.19 - 1.39 )AlTiO3 3.6eV ( -0.86 - 2.74 )BaTiO3 3.3eV ( 0.08 - 3.38 )Bi2O3 2.8eV ( 0.33 - 3.13 )CdO 2.2eV ( 0.11 - 2.31 )CdFe2O4 2.3eV ( 0.18 - 2.48 )Ce2O3 2.4eV ( -0.5 - 1.9 )CoO 2.6eV ( -0.11 - 2.49 )CoTiO3 2.25eV ( 0.14 - 2.39 )Cr2O3 3.5eV ( -0.57 - 2.93 )CuO 1.7eV ( 0.46 - 2.16 )Cu2O 2.2eV ( -0.28 - 1.92 )CuTiO3 2.99eV ( -0.18 - 2.81 )FeO 2.4eV ( -0.17 - 2.23 )Fe2O3 2.2eV ( 0.28 - 2.48 )Fe3O4 0.1eV ( 1.23 - 1.33 )FeOOH 2.6eV ( 0.58 - 3.18 )FeTiO3 2.8eV ( -0.21 - 2.59 )Ga2O3 4.8eV ( -1.55 - 3.25 )HgO 1.9eV ( 0.63 - 2.53 )Hg2Nb2O7 1.8eV ( 0.81 - 2.61 )Hg2Ta2O7 1.8eV ( 0.84 - 2.64 )In2O3 2.8eV ( -0.62 - 2.18 )KNbO3 3.3eV ( -0.86 - 2.44 )KTaO3 3.5eV ( -0.93 - 2.57 )La2O3 5.5eV ( -1.97 - 3.53 )LaTi2O7 4eV ( -0.6 - 3.4 )LiNbO3 3.5eV ( -0.73 - 2.77 )LiTaO3 4eV ( -0.95 - 3.05 )MgTiO3 3.7eV ( -0.75 - 2.95 )MnO 3.6eV ( -1.01 - 2.59 )MnO2 0.25eV ( 1.33 - 1.58 )MnTiO3 3.1eV ( -0.46 - 2.64 )Nb2O5 3.4eV ( 0.09 - 3.49 )Nd2O3 4.7eV ( -1.63 - 3.07 )NiO 3.5eV ( -0.5 - 3 )NiTiO3 2.18eV ( 0.2 - 2.38 )PbO 2.8eV ( -0.48 - 2.32 )PbFe12O19 2.3eV ( 0.2 - 2.5 )PdO 1eV ( 0.79 - 1.79 )Pr2O3 3.9eV ( -1.26 - 2.64 )Sb2O3 3eV ( 0.32 - 3.32 )Sm2O3 4.4eV ( -1.43 - 2.97 )SnO 4.2eV ( -0.91 - 3.29 )SnO2 3.5eV ( 0 - 3.5 )SrTiO3 3.4eV ( -1.26 - 2.14 )Ta2O5 4eV ( -0.17 - 3.83 )Tb2O3 3.8eV ( -1.06 - 2.74 )TiO2 3.2eV ( -0.29 - 2.91 )Tl2O3 1.6eV ( 0.05 - 1.65 )V2O5 2.8eV ( 0.2 - 3 )WO3 2.7eV ( 0.74 - 3.44 )Yb2O3 4.9eV ( -1.48 - 3.42 )YFeO3 2.6eV ( -0.2 - 2.4)ZnO 3.2eV ( -0.31 - 2.89 )ZnTiO3 3.06eV ( -0.23 - 2.83 )ZrO2 5eV ( -1.09 - 3.91 )Ag2S 0.92eV ( 0 - 0.92 )AgAsS2 1.95eV ( 0.01 - 1.96 )AgSbS2 1.72eV ( 0.01 - 1.73 )As2S3 2.5eV ( 0.08 - 2.58 )CdS 2.4eV ( -0.52 - 1.88 )Ce2S3 2.1eV ( -0.91 - 1.19 )CoS 0eV ( 0.67 - 0.67 )CoS2 0eV ( 0.99 - 0.99 )CoAsS 0.5eV ( 0.46 - 0.96 )CuS 0eV ( 0.77 - 0.77 )Cu2S 1.1eV ( -0.06 - 1.04 )CuS2 0eV ( 1.07 - 1.07 )Cu3AsS4 1.28eV ( 0.25 - 1.53 )CuFeS2 0.35eV ( 0.47 - 0.82 )Cu5FeS4 1eV ( 0.05 - 1.05 )CuInS2 1.5eV ( -0.44 - 1.06 )CuIn5S8 1.26eV ( -0.41 - 0.85 )Dy2S3 2.85eV ( -1.14 - 1.71 )FeS 0.1eV ( 0.47 - 0.57 )FeS2 0.95eV ( 0.42 - 1.37 )Fe3S4 0eV ( 0.68 - 0.68 )FeAsS 0.2eV ( 0.51 - 0.71 )Gd2S3 2.55eV ( -0.93 - 1.62 )HfS2 1.13eV ( 0.21 - 1.34 )HgS 2eV ( 0.02 - 2.02 )HgSb4S8 1.68eV ( 0.31 - 1.99 )In2S3 2eV ( -0.8 - 1.2 )La2S3 2.91eV ( -1.25 - 1.66 )MnS 3eV ( -1.19 - 1.81 )MnS2 0.5eV ( 0.49 - 0.99 )MoS2 1.17eV ( 0.23 - 1.4 )Nd2S3 2.7eV ( -1.2 - 1.5 )NiS 0.4eV ( 0.53 - 0.93 )NiS2 0.3eV ( 0.89 - 1.19 )OsS2 2eV ( 0.24 - 2.24 )PbS 0.37eV ( 0.24 - 0.61 )Pb10Ag3Sb11S28 1.39eV ( 0.09 - 1.48 )Pb2As2S5 1.39eV ( 0.21 - 1.6 )PbCuSbS3 1.23eV ( 0.11 - 1.34 )Pb5Sn3Sb2S14 0.65eV ( 0.45 - 1.1 )Pr2S3 2.4eV ( -1.07 - 1.33 )PtS2 0.95eV ( 1.03 - 1.98 )Rh2S3 1.5eV ( 0.11 - 1.61 )RuS2 1.38eV ( 0.39 - 1.77 )Sb2S3 1.72eV ( 0.22 - 1.94 )Sm2S3 2.6eV ( -1.11 - 1.49 )SnS 1.01eV ( 0.16 - 1.17 )SnS2 2.1eV ( -0.06 - 2.04 )Tb2S3 2.5eV ( -0.99 - 1.51 )TiS2 0.7eV ( 0.26 - 0.96 )TlAsS2 1.8eV ( -0.34 - 1.46 )WS2 1.35eV ( 0.36 - 1.71 )ZnS 3.6eV ( -1.04 - 2.56 )ZnS2 2.7eV ( -0.29 - 2.41 )Zn3In2S6 2.81eV ( -0.91 - 1.9 )ZrS2 1.82eV ( -0.21 - 1.61 )。
