≤nAtoms≤
≤nElements≤
Space Group:
≤ Gap ≤
≤ Dir. Gap ≤
≤ Met. ≤
Formula
Composition
(ν0,ν1ν2ν3)
Source ID

13628 materials founds

▹ Formula ▴ Source ▹ ID ▹ space group ▹ centered ▹ nat ▹ ne ▹ dim ▹ gap ▹ dir. gap ▹ met. ▹ ν wcc ▹ updated
Sr5Si3 COD 8101453 I4/mcm (140) ✔ 16 124 1 0.0 0.011 0.586 (0;000) ✗ 02/02/17
SrZnSb2 COD 7221192 Pnma (62) ✔ 16 128 1 0.0 0.045 0.030 (1;000) ✗ 02/02/17
Sb2Se3 COD 9007437 Pnma (62) ✔ 20 112 2 0.8595 0.866 0.000 (0;000) ✗ 02/02/17
ZrTl2S3 COD 7019865 P2_1/m (11) ✔ 12 96 3 0.6608 0.670 0.000 (0;000) ✗ 02/02/17
Ca3PCl3 COD 1530047 Pm-3m (221) ✔ 7 56 1 1.8056 1.806 0.000 (0;000) ✗ 27/01/17
Sb2S3 COD 9007243 Pnma (62) ✔ 20 112 2 1.0863 1.086 0.000 (0;000) ✗ 02/02/17
Ca2TiSiO6 COD 9006455 Fm-3m (225) ✔ 10 72 3 3.211 3.211 0.000 (0;000) ✗ 27/01/17
Te2Ru COD 9012341 Pa3 (205) ✔ 12 112 3 0.0 0.378 0.015 (0;000) ✗ 02/02/17
Ca2SnO4 COD 1529022 Pbam (55) ✔ 14 116 1 3.0356 3.056 0.000 (0;000) ✗ 27/01/17
Sb3Rh COD 9015265 Im3 (204) ✔ 16 128 3 0.0 0.000 0.030 (1;000) ✗ 02/02/17
Ti5Sb2Rh COD 1531573 I4/mcm (140) ✔ 16 174 3 0.0 0.000 0.596 (1;111) ✗ 02/02/17
Ca2PbO4 COD 2002530 Pbam (55) ✔ 14 116 1 1.7129 1.926 0.000 (0;000) ✗ 27/01/17
Ca2ZnN2 COD 1005002 I4/mmm (139) ✔ 5 42 1 0.7565 0.981 0.000 (0;000) ✗ 27/01/17
Ca2InN COD 1531106 Cmcm (63) ✔ 8 76 1 0.0 0.119 0.326 (0;110) ✗ 27/01/17
RbSb COD 2011948 P2_1/c (14) ✔ 16 112 1 0.7509 0.763 0.000 (0;000) ✗ 02/02/17
Rb2S COD 2104952 Pnma (62) ✔ 12 96 1 2.0772 2.086 0.000 (0;000) ✗ 02/02/17
Ca2GeO4 COD 1527982 I4/mmm (139) ✔ 7 48 2 3.1506 3.559 0.000 (0;000) ✗ 27/01/17
Rb2PtS6 COD 9014424 P-3m1 (164) ✔ 9 64 1 0.0749 0.078 0.000 (1;000) ✗ 02/02/17
Pt5Se4 COD 9012387 P2_1/c (14) ✔ 18 148 3 0.0 0.012 0.257 (0;101) ✗ 02/02/17
Sn3Pt2 COD 1522860 P6_3/mmc (194) ✔ 10 124 3 0.0 0.022 0.721 (1;000) ✗ 02/02/17
Ca2CrN3 COD 7012864 P-1 (2) ✔ 12 98 1 0.9093 1.042 0.000 (0;000) ✗ 27/01/17
TiTlPS5 COD 4000515 P-1 (2) ✔ 16 120 2 1.0432 1.122 0.000 (0;000) ✗ 02/02/17
P COD 9015458 P4/nmm (129) ✔ 4 20 1 0.0 0.005 0.310 (0;000) ✗ 02/02/17
SrTl2Pd COD 4313943 Cmcm (63) ✔ 8 108 3 0.0 0.005 0.540 (1;110) ✗ 02/02/17
PdS COD 9013399 P4_2/m (84) ✔ 16 192 3 0.0424 0.099 0.000 (0;000) ✗ 02/02/17
C5S3 COD 4109719 Immm (71) ✔ 8 38 1 0.0 0.005 0.705 (0;111) ✗ 27/01/17
ZrSbPd COD 1526315 Pnma (62) ✔ 12 108 3 0.0 0.001 0.324 (1;011) ✗ 02/02/17
PdS2 COD 2310589 Pbca (61) ✔ 12 120 2 0.0 0.960 0.076 (0;000) ✗ 02/02/17
ZrPd3 COD 1523504 P6_3/mmc (194) ✔ 16 232 3 0.0 0.002 0.523 (0;000) ✗ 02/02/17
PbS COD 9014778 Pnma (62) ✔ 8 80 1 0.0 0.333 0.027 (0;000) ✗ 02/02/17
Y2Pd2Pb COD 1532869 P4/mbm (127) ✔ 10 144 3 0.0 0.006 0.632 (0;000) ✗ 02/02/17
HgH4C4(NCl)2 COD 2203719 C2/m (12) ✔ 13 56 2 2.1633 2.211 0.000 (0;000) ✗ 27/01/17
Sr2Pb3 COD 1518043 P4/mbm (127) ✔ 10 124 2 0.0 0.043 0.538 (0;000) ✗ 02/02/17
Te2Os COD 5910143 Pa3 (205) ✔ 12 112 3 0.724 0.875 0.000 (0;000) ✗ 02/02/17
Sc3CoC4 COD 2300492 Immm (71) ✔ 8 66 3 0.0 0.006 0.545 (1;111) ✗ 27/01/17
Rb(CO)3 COD 7051226 C2/m (12) ✔ 14 78 1 1.0399 1.080 0.000 (0;000) ✗ 27/01/17
Sn7Os3 COD 1521725 Im-3m (229) ✔ 20 292 3 0.0 0.012 0.129 (1;111) ✗ 02/02/17
W2O7 COD 9014038 Fd-3m (227) ✔ 18 140 3 0.0 0.000 0.848 (0;000) ✗ 02/02/17
Ta2O7 COD 9014281 Fd-3m (227) ✔ 18 136 3 0.0 0.000 0.488 (0;000) ✗ 02/02/17
ZrP2O7 COD 2102118 Pnnm (58) ✔ 20 112 3 4.355 4.355 0.000 (0;000) ✗ 02/02/17
H6C3O COD 7110463 Cmcm (63) ✔ 20 48 1 3.687 3.820 0.000 (0;000) ✗ 27/01/17
H5C3NCl COD 7101077 P-1 (2) ✔ 20 58 1 3.3502 3.410 0.000 (0;000) ✗ 27/01/17
H4C3O2 COD 2203632 P-1 (2) ✔ 18 56 1 3.317 3.317 0.000 (0;000) ✗ 27/01/17
BH4C3O2 COD 2204051 P-1 (2) ✔ 20 62 1 3.5427 3.639 0.000 (0;000) ✗ 27/01/17
P2PdO6 COD 1530535 Pmna (53) ✔ 18 128 3 1.8132 1.857 0.000 (0;000) ✗ 02/02/17
TePb2O5 COD 9015570 C2/c (15) ✔ 16 128 3 2.1428 2.356 0.000 (0;000) ✗ 02/02/17
Pb2SO5 COD 9011421 C2/m (12) ✔ 16 128 3 2.9251 3.025 0.000 (0;000) ✗ 02/02/17
Sr2PbO4 COD 1528937 Pbam (55) ✔ 14 116 1 1.6272 1.816 0.000 (0;000) ✗ 02/02/17
SrC2 COD 1522127 C2/c (15) ✔ 6 36 1 2.457 2.716 0.000 (0;000) ✗ 27/01/17
SrC2 COD 1522125 I4/mmm (139) ✔ 3 18 1 1.9456 2.680 0.000 (0;000) ✗ 27/01/17