113种无机半导体导带和价带数据
113种无机半导体导带和价带数据
无机半导体能带、导带和价带能级数据
The absolute energy positions of conduction and valence bands of selected semiconducting minerals, AmericanMineralogist,
2000,85:543–556.
半导体
E g(eV
) E CB
(VS
.
NH
E)
E VB
(VS
.
NH
E)
半导体
E g(e
V)
E CB
(VS
.
NH
E)
E VB
(VS
.
NH
E)
Ag2O 1.2eV 0.1
9
1.3
9
AlTiO3
3.6e
V
-0.8
6
2.7
4
BaTiO3 3.3eV 0.0
8
3.3
8
Bi2O3
2.8e
V
0.3
3
3.1
3
CdO 2.2eV 0.1
1
2.3
1
CdFe2O4
2.3e
V
0.1
8
2.4
8
Ce2O3 2.4eV -0.5 1.9 CoO 2.6e
V
-0.1
1
2.4
9
CoTiO32.25e
V
0.1
4
2.3
9
Cr2O3
3.5e
V
-0.5
7
2.9
3
CuO 1.7e
V
0.4
6
2.1
6
Cu2O
2.2e
V
-0.2
8
1.9
2
CuTiO3 2.99e-0.1 2.8FeO 2.4e-0.1 2.2
V 8 1 V 7 3
Fe2O3 2.2eV 0.2
8
2.4
8
Fe3O4
0.1e
V
1.2
3
1.3
3
FeOOH 2.6eV 0.5
8
3.1
8
FeTiO3
2.8e
V
-0.2
1
2.5
9
Ga2O3 4.8eV -1.5
5
3.2
5
HgO
1.9e
V
0.6
3
2.5
3
Hg2Nb2O7 1.8eV 0.8
1
2.6
1
Hg2Ta2O7
1.8e
V
0.8
4
2.6
4
In2O3 2.8eV -0.6
2
2.1
8
KNbO3
3.3e
V
-0.8
6
2.4
4
KTaO3 3.5eV -0.9
3
2.5
7
La2O3
5.5e
V
-1.9
7
3.5
3
LaTi2O74eV -0.6 3.4 LiNbO33.5e
V
-0.7
3
2.7
7
LiTaO34eV -0.9
5
3.0
5
MgTiO3
3.7e
V
-0.7
5
2.9
5
MnO 3.6eV -1.0
1
2.5
9
MnO2
0.25
eV
1.3
3
1.5
8
MnTiO3 3.1eV -0.4
6
2.6
4
Nb2O5
3.4e
V
0.0
9
3.4
9
Nd2O3 4.7eV -1.6 3.0NiO 3.5e-0.5 3
3 7 V
NiTiO32.18e
V
0.2
2.3
8
PbO
2.8e
V
-0.4
8
2.3
2
PbFe12O19 2.3eV 0.2 2.5 PdO 1eV 0.7
9
1.7
9
Pr2O3 3.9eV -1.2
6
2.6
4
Sb2O33eV
0.3
2
3.3
2
Sm2O3 4.4eV -1.4
3
2.9
7
SnO
4.2e
V
-0.9
1
3.2
9
SnO2 3.5eV 0 3.5 SrTiO33.4e
V
-1.2
6
2.1
4
Ta2O54eV -0.1
7
3.8
3
Tb2O3
3.8e
V
-1.0
6
2.7
4
TiO2 3.2eV -0.2
9
2.9
1
Tl2O3
1.6e
V
0.0
5
1.6
5
V2O5 2.8eV 0.2 3 WO32.7e
V
0.7
4
3.4
4
Yb2O3 4.9eV -1.4
8
3.4
2
YFeO3
2.6e
V
-0.2 2.4
ZnO 3.2eV -0.3
1
2.8
9
ZnTiO3
3.06
eV
-0.2
3
2.8
3
ZrO25eV -1.0 3.9Ag2S 0.920 0.9
AgAsS21.95e
V
0.0
1
1.9
6
AgSbS2
1.72
eV
0.0
1
1.7
3
As2S3 2.5eV 0.0
8
2.5
8
CdS
2.4e
V
-0.5
2
1.8
8
Ce2S3 2.1eV -0.9
1
1.1
9
CoS 0eV
0.6
7
0.6
7
CoS20eV 0.9
9
0.9
9
CoAsS
0.5e
V
0.4
6
0.9
6
CuS 0eV 0.7
7
0.7
7
Cu2S
1.1e
V
-0.0
6
1.0
4
CuS20eV 1.0
7
1.0
7
Cu3AsS4
1.28
eV
0.2
5
1.5
3
CuFeS20.35e
V
0.4
7
0.8
2
Cu5FeS41eV
0.0
5
1.0
5
CuInS2 1.5eV -0.4
4
1.0
6
CuIn5S8
1.26
eV
-0.4
1
0.8
5
Dy2S32.85e
V
-1.1
4
1.7
1
FeS
0.1e
V
0.4
7
0.5
7
FeS20.95e
V
0.4
2
1.3
7
Fe3S40eV
0.6
8
0.6
8
FeAsS 0.2eV 0.50.7Gd2S3 2.55-0.9 1.6
HfS21.13e
V
0.2
1
1.3
4
HgS 2eV
0.0
2
2.0
2
HgSb4S81.68e
V
0.3
1
1.9
9
In2S32eV -0.8 1.2
La2S32.91e
V
-1.2
5
1.6
6
MnS 3eV
-1.1
9
1.8
1
MnS20.5eV 0.4
9
0.9
9
MoS2
1.17
eV
0.2
3
1.4
Nd2S3 2.7eV -1.2 1.5 NiS 0.4e
V
0.5
3
0.9
3
NiS20.3eV 0.8
9
1.1
9
OsS22eV
0.2
4
2.2
4
PbS 0.37 0.2
4
0.6
1
Pb10Ag3Sb1
1S28
1.39
eV
0.0
9
1.4
8
Pb2As2S51.39e
V
0.2
1
1.6 PbCuSbS3
1.23
eV
0.1
1
1.3
4
Pb5Sn3Sb
2S140.65e
V
0.4
5
1.1 Pr2S3
2.4e
V
-1.0
7
1.3
3
PtS20.95e
V
1.0
3
1.9
8
Rh2S3
1.5e
V
0.1
1
1.6
1
RuS2 1.38e0.3 1.7Sb2S3 1.720.2 1.9
V 9 7 eV 2 4
Sm2S3 2.6eV -1.1
1
1.4
9
SnS
1.01
eV
0.1
6
1.1
7
SnS2 2.1eV -0.0
6
2.0
4
Tb2S3
2.5e
V
-0.9
9
1.5
1
TiS20.7eV 0.2
6
0.9
6
TlAsS2
1.8e
V
-0.3
4
1.4
6
WS21.35e
V
0.3
6
1.7
1
ZnS
3.6e
V
-1.0
4
2.5
6
ZnS2 2.7eV -0.2
9
2.4
1
Zn3In2S6
2.81
eV
-0.9
1
1.9
ZrS21.82e
V
-0.2
1
1.6
1