Crystal system |
triclinic |
Space group number |
2 |
Hermann-Mauguin |
P-1 |
Hall |
-P 1 |
Point group |
-1 |
Normalized formula |
MnP4 |
The number of formula units per unit cell |
6 |
The total number of atoms per unit cell |
30 |
The number of inequivalent sites per unit cell |
15 |
Structure search |
MP |
a (Å) |
5.1112 |
b (Å) |
5.8535 |
c (Å) |
16.3512 |
α (deg.) |
89.259 |
β (deg.) |
84.836 |
γ (deg.) |
64.399 |
Volume (Å3) |
439.201 |
Density (g/cm3) |
4.057 |
DFT calculations (details) | |
---|---|
Formation energy (vs. elemental phases) |
-361.7 meV/atom |
Formation energy above hull |
0 meV, (stable) |
Compounds with the same formula: MnP4 |
5 entries found |
Compounds with the same elements: Mn-P |
11 entries found |
DFT calculations (details) | |
---|---|
Magnetic ordering |
non-magnetic |
Total magnetic moment |
0.00 μB/cell |
Averaged magnetic moment |
0.00 μB/atom |
Magnetic polarization, Js = μ0Ms |
0.00 T (= 0.0 emu/cm3) |
index | species | w | x | y | z | m (μB) | Esoc100 (meV) | Esoc001 (meV) |
---|---|---|---|---|---|---|---|---|
1 | Mn | 2i | 0.498880 | 0.817655 | 0.406303 | 0.00 | . | . |
2 | Mn | 2i | 0.129445 | 0.120466 | 0.924762 | 0.00 | . | . |
3 | Mn | 2i | 0.870555 | 0.879534 | 0.075238 | 0.00 | . | . |
4 | Mn | 2i | 0.501120 | 0.182345 | 0.593697 | 0.00 | . | . |
5 | Mn | 2i | 0.491083 | 0.449809 | 0.741172 | -0.00 | . | . |
6 | Mn | 2i | 0.508917 | 0.550191 | 0.258828 | -0.00 | . | . |
7 | P | 2i | 0.926256 | 0.758965 | 0.726450 | 0.00 | . | . |
8 | P | 2i | 0.655685 | 0.247780 | 0.230136 | 0.00 | . | . |
9 | P | 2i | 0.942979 | 0.472595 | 0.565507 | -0.00 | . | . |
10 | P | 2i | 0.382924 | 0.134861 | 0.451209 | -0.00 | . | . |
11 | P | 2i | 0.566008 | 0.429281 | 0.883537 | 0.00 | . | . |
12 | P | 2i | 0.629115 | 0.504742 | 0.390209 | 0.00 | . | . |
13 | P | 2i | 0.716776 | 0.173372 | 0.100159 | 0.00 | . | . |
14 | P | 2i | 0.943815 | 0.852284 | 0.219285 | 0.00 | . | . |
15 | P | 2i | 0.366048 | 0.858667 | 0.272285 | 0.00 | . | . |
16 | P | 2i | 0.308050 | 0.190910 | 0.056064 | 0.00 | . | . |
17 | P | 2i | 0.988510 | 0.428365 | 0.935002 | 0.00 | . | . |
18 | P | 2i | 0.617076 | 0.865139 | 0.548791 | -0.00 | . | . |
19 | P | 2i | 0.283224 | 0.826628 | 0.899841 | 0.00 | . | . |
20 | P | 2i | 0.011490 | 0.571635 | 0.064998 | 0.00 | . | . |
21 | P | 2i | 0.433992 | 0.570719 | 0.116463 | 0.00 | . | . |
22 | P | 2i | 0.952706 | 0.121299 | 0.400207 | -0.00 | . | . |
23 | P | 2i | 0.073744 | 0.241035 | 0.273550 | 0.00 | . | . |
24 | P | 2i | 0.691950 | 0.809090 | 0.943936 | 0.00 | . | . |
25 | P | 2i | 0.633952 | 0.141333 | 0.727715 | 0.00 | . | . |
26 | P | 2i | 0.344315 | 0.752220 | 0.769864 | 0.00 | . | . |
27 | P | 2i | 0.047294 | 0.878701 | 0.599793 | -0.00 | . | . |
28 | P | 2i | 0.056185 | 0.147716 | 0.780715 | 0.00 | . | . |
29 | P | 2i | 0.370885 | 0.495258 | 0.609791 | 0.00 | . | . |
30 | P | 2i | 0.057021 | 0.527405 | 0.434493 | -0.00 | . | . |
site i | site j | distance (Å) | Jij (meV) | ||||
---|---|---|---|---|---|---|---|
1 | Mn | 2i | 2 | Mn | 2i | 8.25 | . |
1 | Mn | 2i | 3 | Mn | 2i | 5.63 | . |
1 | Mn | 2i | 4 | Mn | 2i | 3.76 | . |
1 | Mn | 2i | 5 | Mn | 2i | 5.86 | . |
1 | Mn | 2i | 6 | Mn | 2i | 2.88 | . |
1 | Mn | 2i | 7 | P | 2i | 5.80 | . |
1 | Mn | 2i | 8 | P | 2i | 4.05 | . |
1 | Mn | 2i | 9 | P | 2i | 3.60 | . |
1 | Mn | 2i | 10 | P | 2i | 1.83 | . |
1 | Mn | 2i | 11 | P | 2i | 8.09 | . |
1 | Mn | 2i | 12 | P | 2i | 1.67 | . |
1 | Mn | 2i | 13 | P | 2i | 5.60 | . |
1 | Mn | 2i | 14 | P | 2i | 3.70 | . |
1 | Mn | 2i | 15 | P | 2i | 2.33 | . |
1 | Mn | 2i | 16 | P | 2i | 6.11 | . |
1 | Mn | 2i | 17 | P | 2i | 7.93 | . |
1 | Mn | 2i | 18 | P | 2i | 2.51 | . |
1 | Mn | 2i | 19 | P | 2i | 8.04 | . |
1 | Mn | 2i | 20 | P | 2i | 5.87 | . |
1 | Mn | 2i | 21 | P | 2i | 5.05 | . |
1 | Mn | 2i | 22 | P | 2i | 2.59 | . |
1 | Mn | 2i | 23 | P | 2i | 3.41 | . |
1 | Mn | 2i | 24 | P | 2i | 7.53 | . |
1 | Mn | 2i | 25 | P | 2i | 5.81 | . |
1 | Mn | 2i | 26 | P | 2i | 5.96 | . |
1 | Mn | 2i | 27 | P | 2i | 3.67 | . |
1 | Mn | 2i | 28 | P | 2i | 6.35 | . |
1 | Mn | 2i | 29 | P | 2i | 3.95 | . |
1 | Mn | 2i | 30 | P | 2i | 2.70 | . |
2 | Mn | 2i | 3 | Mn | 2i | 3.28 | . |
2 | Mn | 2i | 4 | Mn | 2i | 5.63 | . |
2 | Mn | 2i | 5 | Mn | 2i | 4.25 | . |
2 | Mn | 2i | 6 | Mn | 2i | 6.05 | . |
2 | Mn | 2i | 7 | P | 2i | 4.33 | . |
2 | Mn | 2i | 8 | P | 2i | 5.26 | . |
2 | Mn | 2i | 9 | P | 2i | 6.22 | . |
2 | Mn | 2i | 10 | P | 2i | 7.74 | . |
2 | Mn | 2i | 11 | P | 2i | 2.80 | . |
2 | Mn | 2i | 12 | P | 2i | 7.84 | . |
2 | Mn | 2i | 13 | P | 2i | 3.34 | . |
2 | Mn | 2i | 14 | P | 2i | 5.18 | . |
2 | Mn | 2i | 15 | P | 2i | 5.96 | . |
2 | Mn | 2i | 16 | P | 2i | 2.51 | . |
2 | Mn | 2i | 17 | P | 2i | 1.63 | . |
2 | Mn | 2i | 18 | P | 2i | 6.36 | . |
2 | Mn | 2i | 19 | P | 2i | 1.59 | . |
2 | Mn | 2i | 20 | P | 2i | 3.34 | . |
2 | Mn | 2i | 21 | P | 2i | 4.35 | . |
2 | Mn | 2i | 22 | P | 2i | 7.75 | . |
2 | Mn | 2i | 23 | P | 2i | 5.72 | . |
2 | Mn | 2i | 24 | P | 2i | 2.70 | . |
2 | Mn | 2i | 25 | P | 2i | 3.98 | . |
2 | Mn | 2i | 26 | P | 2i | 3.14 | . |
2 | Mn | 2i | 27 | P | 2i | 5.61 | . |
2 | Mn | 2i | 28 | P | 2i | 2.41 | . |
2 | Mn | 2i | 29 | P | 2i | 5.81 | . |
2 | Mn | 2i | 30 | P | 2i | 8.33 | . |
3 | Mn | 2i | 4 | Mn | 2i | 8.25 | . |
3 | Mn | 2i | 5 | Mn | 2i | 6.05 | . |
3 | Mn | 2i | 6 | Mn | 2i | 4.25 | . |
3 | Mn | 2i | 7 | P | 2i | 5.72 | . |
3 | Mn | 2i | 8 | P | 2i | 3.14 | . |
3 | Mn | 2i | 9 | P | 2i | 8.33 | . |
3 | Mn | 2i | 10 | P | 2i | 6.36 | . |
3 | Mn | 2i | 11 | P | 2i | 4.35 | . |
3 | Mn | 2i | 12 | P | 2i | 5.81 | . |
3 | Mn | 2i | 13 | P | 2i | 1.59 | . |
3 | Mn | 2i | 14 | P | 2i | 2.41 | . |
3 | Mn | 2i | 15 | P | 2i | 3.98 | . |
3 | Mn | 2i | 16 | P | 2i | 2.70 | . |
3 | Mn | 2i | 17 | P | 2i | 3.34 | . |
3 | Mn | 2i | 18 | P | 2i | 7.74 | . |
3 | Mn | 2i | 19 | P | 2i | 3.34 | . |
3 | Mn | 2i | 20 | P | 2i | 1.63 | . |
3 | Mn | 2i | 21 | P | 2i | 2.80 | . |
3 | Mn | 2i | 22 | P | 2i | 5.61 | . |
3 | Mn | 2i | 23 | P | 2i | 4.33 | . |
3 | Mn | 2i | 24 | P | 2i | 2.51 | . |
3 | Mn | 2i | 25 | P | 2i | 5.96 | . |
3 | Mn | 2i | 26 | P | 2i | 5.26 | . |
3 | Mn | 2i | 27 | P | 2i | 7.75 | . |
3 | Mn | 2i | 28 | P | 2i | 5.18 | . |
3 | Mn | 2i | 29 | P | 2i | 7.84 | . |
3 | Mn | 2i | 30 | P | 2i | 6.22 | . |
4 | Mn | 2i | 5 | Mn | 2i | 2.88 | . |
4 | Mn | 2i | 6 | Mn | 2i | 5.86 | . |
4 | Mn | 2i | 7 | P | 2i | 3.41 | . |
4 | Mn | 2i | 8 | P | 2i | 5.96 | . |
4 | Mn | 2i | 9 | P | 2i | 2.70 | . |
4 | Mn | 2i | 10 | P | 2i | 2.51 | . |
4 | Mn | 2i | 11 | P | 2i | 5.05 | . |
4 | Mn | 2i | 12 | P | 2i | 3.95 | . |
4 | Mn | 2i | 13 | P | 2i | 8.04 | . |
4 | Mn | 2i | 14 | P | 2i | 6.35 | . |
4 | Mn | 2i | 15 | P | 2i | 5.81 | . |
4 | Mn | 2i | 16 | P | 2i | 7.53 | . |
4 | Mn | 2i | 17 | P | 2i | 5.87 | . |
4 | Mn | 2i | 18 | P | 2i | 1.83 | . |
4 | Mn | 2i | 19 | P | 2i | 5.60 | . |
4 | Mn | 2i | 20 | P | 2i | 7.93 | . |
4 | Mn | 2i | 21 | P | 2i | 8.09 | . |
4 | Mn | 2i | 22 | P | 2i | 3.67 | . |
4 | Mn | 2i | 23 | P | 2i | 5.80 | . |
4 | Mn | 2i | 24 | P | 2i | 6.11 | . |
4 | Mn | 2i | 25 | P | 2i | 2.33 | . |
4 | Mn | 2i | 26 | P | 2i | 4.05 | . |
4 | Mn | 2i | 27 | P | 2i | 2.59 | . |
4 | Mn | 2i | 28 | P | 2i | 3.70 | . |
4 | Mn | 2i | 29 | P | 2i | 1.67 | . |
4 | Mn | 2i | 30 | P | 2i | 3.60 | . |
5 | Mn | 2i | 6 | Mn | 2i | 7.90 | . |
5 | Mn | 2i | 7 | P | 2i | 2.70 | . |
5 | Mn | 2i | 8 | P | 2i | 8.13 | . |
5 | Mn | 2i | 9 | P | 2i | 3.56 | . |
5 | Mn | 2i | 10 | P | 2i | 5.27 | . |
5 | Mn | 2i | 11 | P | 2i | 2.39 | . |
5 | Mn | 2i | 12 | P | 2i | 5.74 | . |
5 | Mn | 2i | 13 | P | 2i | 6.15 | . |
5 | Mn | 2i | 14 | P | 2i | 8.08 | . |
5 | Mn | 2i | 15 | P | 2i | 8.00 | . |
5 | Mn | 2i | 16 | P | 2i | 5.46 | . |
5 | Mn | 2i | 17 | P | 2i | 3.93 | . |
5 | Mn | 2i | 18 | P | 2i | 4.12 | . |
5 | Mn | 2i | 19 | P | 2i | 3.22 | . |
5 | Mn | 2i | 20 | P | 2i | 5.55 | . |
5 | Mn | 2i | 21 | P | 2i | 6.15 | . |
5 | Mn | 2i | 22 | P | 2i | 5.86 | . |
5 | Mn | 2i | 23 | P | 2i | 7.86 | . |
5 | Mn | 2i | 24 | P | 2i | 4.37 | . |
5 | Mn | 2i | 25 | P | 2i | 1.64 | . |
5 | Mn | 2i | 26 | P | 2i | 1.65 | . |
5 | Mn | 2i | 27 | P | 2i | 3.56 | . |
5 | Mn | 2i | 28 | P | 2i | 2.79 | . |
5 | Mn | 2i | 29 | P | 2i | 2.27 | . |
5 | Mn | 2i | 30 | P | 2i | 5.60 | . |
6 | Mn | 2i | 7 | P | 2i | 7.86 | . |
6 | Mn | 2i | 8 | P | 2i | 1.65 | . |
6 | Mn | 2i | 9 | P | 2i | 5.60 | . |
6 | Mn | 2i | 10 | P | 2i | 4.12 | . |
6 | Mn | 2i | 11 | P | 2i | 6.15 | . |
6 | Mn | 2i | 12 | P | 2i | 2.27 | . |
6 | Mn | 2i | 13 | P | 2i | 3.22 | . |
6 | Mn | 2i | 14 | P | 2i | 2.79 | . |
6 | Mn | 2i | 15 | P | 2i | 1.64 | . |
6 | Mn | 2i | 16 | P | 2i | 4.37 | . |
6 | Mn | 2i | 17 | P | 2i | 5.55 | . |
6 | Mn | 2i | 18 | P | 2i | 5.27 | . |
6 | Mn | 2i | 19 | P | 2i | 6.15 | . |
6 | Mn | 2i | 20 | P | 2i | 3.93 | . |
6 | Mn | 2i | 21 | P | 2i | 2.39 | . |
6 | Mn | 2i | 22 | P | 2i | 3.56 | . |
6 | Mn | 2i | 23 | P | 2i | 2.70 | . |
6 | Mn | 2i | 24 | P | 2i | 5.46 | . |
6 | Mn | 2i | 25 | P | 2i | 8.00 | . |
6 | Mn | 2i | 26 | P | 2i | 8.13 | . |
6 | Mn | 2i | 27 | P | 2i | 5.86 | . |
6 | Mn | 2i | 28 | P | 2i | 8.08 | . |
6 | Mn | 2i | 29 | P | 2i | 5.74 | . |
6 | Mn | 2i | 30 | P | 2i | 3.56 | . |
7 | P | 2i | 8 | P | 2i | 8.55 | . |
7 | P | 2i | 9 | P | 2i | 3.11 | . |
7 | P | 2i | 10 | P | 2i | 5.43 | . |
7 | P | 2i | 11 | P | 2i | 3.98 | . |
7 | P | 2i | 12 | P | 2i | 6.11 | . |
7 | P | 2i | 13 | P | 2i | 6.43 | . |
7 | P | 2i | 14 | P | 2i | 8.10 | . |
7 | P | 2i | 15 | P | 2i | 7.65 | . |
7 | P | 2i | 16 | P | 2i | 5.98 | . |
7 | P | 2i | 17 | P | 2i | 3.87 | . |
7 | P | 2i | 18 | P | 2i | 3.35 | . |
7 | P | 2i | 19 | P | 2i | 3.62 | . |
7 | P | 2i | 20 | P | 2i | 5.65 | . |
7 | P | 2i | 21 | P | 2i | 6.89 | . |
7 | P | 2i | 22 | P | 2i | 5.73 | . |
7 | P | 2i | 23 | P | 2i | 7.89 | . |
7 | P | 2i | 24 | P | 2i | 3.62 | . |
7 | P | 2i | 25 | P | 2i | 2.09 | . |
7 | P | 2i | 26 | P | 2i | 2.30 | . |
7 | P | 2i | 27 | P | 2i | 2.30 | . |
7 | P | 2i | 28 | P | 2i | 2.81 | . |
7 | P | 2i | 29 | P | 2i | 2.73 | . |
7 | P | 2i | 30 | P | 2i | 4.89 | . |
8 | P | 2i | 9 | P | 2i | 6.10 | . |
8 | P | 2i | 10 | P | 2i | 3.91 | . |
8 | P | 2i | 11 | P | 2i | 5.77 | . |
8 | P | 2i | 12 | P | 2i | 3.00 | . |
8 | P | 2i | 13 | P | 2i | 2.14 | . |
8 | P | 2i | 14 | P | 2i | 2.14 | . |
8 | P | 2i | 15 | P | 2i | 3.25 | . |
8 | P | 2i | 16 | P | 2i | 3.58 | . |
8 | P | 2i | 17 | P | 2i | 5.22 | . |
8 | P | 2i | 18 | P | 2i | 5.67 | . |
8 | P | 2i | 19 | P | 2i | 5.99 | . |
8 | P | 2i | 20 | P | 2i | 4.02 | . |
8 | P | 2i | 21 | P | 2i | 2.60 | . |
8 | P | 2i | 22 | P | 2i | 3.21 | . |
8 | P | 2i | 23 | P | 2i | 2.30 | . |
8 | P | 2i | 24 | P | 2i | 5.32 | . |
8 | P | 2i | 25 | P | 2i | 8.15 | . |
8 | P | 2i | 26 | P | 2i | 8.03 | . |
8 | P | 2i | 27 | P | 2i | 6.58 | . |
8 | P | 2i | 28 | P | 2i | 7.41 | . |
8 | P | 2i | 29 | P | 2i | 6.29 | . |
8 | P | 2i | 30 | P | 2i | 4.14 | . |
9 | P | 2i | 10 | P | 2i | 2.82 | . |
9 | P | 2i | 11 | P | 2i | 5.42 | . |
9 | P | 2i | 12 | P | 2i | 3.37 | . |
9 | P | 2i | 13 | P | 2i | 8.10 | . |
9 | P | 2i | 14 | P | 2i | 6.06 | . |
9 | P | 2i | 15 | P | 2i | 5.70 | . |
9 | P | 2i | 16 | P | 2i | 8.38 | . |
9 | P | 2i | 17 | P | 2i | 6.06 | . |
9 | P | 2i | 18 | P | 2i | 2.21 | . |
9 | P | 2i | 19 | P | 2i | 6.04 | . |
9 | P | 2i | 20 | P | 2i | 8.18 | . |
9 | P | 2i | 21 | P | 2i | 7.64 | . |
9 | P | 2i | 22 | P | 2i | 3.40 | . |
9 | P | 2i | 23 | P | 2i | 4.89 | . |
9 | P | 2i | 24 | P | 2i | 6.37 | . |
9 | P | 2i | 25 | P | 2i | 3.88 | . |
9 | P | 2i | 26 | P | 2i | 4.14 | . |
9 | P | 2i | 27 | P | 2i | 2.73 | . |
9 | P | 2i | 28 | P | 2i | 3.95 | . |
9 | P | 2i | 29 | P | 2i | 2.42 | . |
9 | P | 2i | 30 | P | 2i | 2.23 | . |
10 | P | 2i | 11 | P | 2i | 7.53 | . |
10 | P | 2i | 12 | P | 2i | 3.06 | . |
10 | P | 2i | 13 | P | 2i | 5.87 | . |
10 | P | 2i | 14 | P | 2i | 4.41 | . |
10 | P | 2i | 15 | P | 2i | 3.39 | . |
10 | P | 2i | 16 | P | 2i | 6.50 | . |
10 | P | 2i | 17 | P | 2i | 8.01 | . |
10 | P | 2i | 18 | P | 2i | 2.26 | . |
10 | P | 2i | 19 | P | 2i | 7.56 | . |
10 | P | 2i | 20 | P | 2i | 6.90 | . |
10 | P | 2i | 21 | P | 2i | 6.04 | . |
10 | P | 2i | 22 | P | 2i | 2.45 | . |
10 | P | 2i | 23 | P | 2i | 3.35 | . |
10 | P | 2i | 24 | P | 2i | 8.39 | . |
10 | P | 2i | 25 | P | 2i | 4.81 | . |
10 | P | 2i | 26 | P | 2i | 5.67 | . |
10 | P | 2i | 27 | P | 2i | 3.53 | . |
10 | P | 2i | 28 | P | 2i | 5.49 | . |
10 | P | 2i | 29 | P | 2i | 3.34 | . |
10 | P | 2i | 30 | P | 2i | 2.21 | . |
11 | P | 2i | 12 | P | 2i | 8.06 | . |
11 | P | 2i | 13 | P | 2i | 3.84 | . |
11 | P | 2i | 14 | P | 2i | 6.07 | . |
11 | P | 2i | 15 | P | 2i | 6.69 | . |
11 | P | 2i | 16 | P | 2i | 3.53 | . |
11 | P | 2i | 17 | P | 2i | 2.39 | . |
11 | P | 2i | 18 | P | 2i | 6.04 | . |
11 | P | 2i | 19 | P | 2i | 2.15 | . |
11 | P | 2i | 20 | P | 2i | 3.75 | . |
11 | P | 2i | 21 | P | 2i | 3.84 | . |
11 | P | 2i | 22 | P | 2i | 8.01 | . |
11 | P | 2i | 23 | P | 2i | 6.89 | . |
11 | P | 2i | 24 | P | 2i | 2.78 | . |
11 | P | 2i | 25 | P | 2i | 2.98 | . |
11 | P | 2i | 26 | P | 2i | 2.60 | . |
11 | P | 2i | 27 | P | 2i | 5.43 | . |
11 | P | 2i | 28 | P | 2i | 2.75 | . |
11 | P | 2i | 29 | P | 2i | 4.65 | . |
11 | P | 2i | 30 | P | 2i | 7.64 | . |
12 | P | 2i | 13 | P | 2i | 5.06 | . |
12 | P | 2i | 14 | P | 2i | 4.05 | . |
12 | P | 2i | 15 | P | 2i | 2.79 | . |
12 | P | 2i | 16 | P | 2i | 6.05 | . |
12 | P | 2i | 17 | P | 2i | 7.48 | . |
12 | P | 2i | 18 | P | 2i | 3.34 | . |
12 | P | 2i | 19 | P | 2i | 8.38 | . |
12 | P | 2i | 20 | P | 2i | 5.57 | . |
12 | P | 2i | 21 | P | 2i | 4.65 | . |
12 | P | 2i | 22 | P | 2i | 2.15 | . |
12 | P | 2i | 23 | P | 2i | 2.73 | . |
12 | P | 2i | 24 | P | 2i | 7.50 | . |
12 | P | 2i | 25 | P | 2i | 5.89 | . |
12 | P | 2i | 26 | P | 2i | 6.29 | . |
12 | P | 2i | 27 | P | 2i | 4.26 | . |
12 | P | 2i | 28 | P | 2i | 6.94 | . |
12 | P | 2i | 29 | P | 2i | 3.72 | . |
12 | P | 2i | 30 | P | 2i | 2.42 | . |
13 | P | 2i | 14 | P | 2i | 2.66 | . |
13 | P | 2i | 15 | P | 2i | 4.04 | . |
13 | P | 2i | 16 | P | 2i | 2.23 | . |
13 | P | 2i | 17 | P | 2i | 3.53 | . |
13 | P | 2i | 18 | P | 2i | 7.56 | . |
13 | P | 2i | 19 | P | 2i | 4.08 | . |
13 | P | 2i | 20 | P | 2i | 3.21 | . |
13 | P | 2i | 21 | P | 2i | 2.15 | . |
13 | P | 2i | 22 | P | 2i | 5.13 | . |
13 | P | 2i | 23 | P | 2i | 3.62 | . |
13 | P | 2i | 24 | P | 2i | 3.39 | . |
13 | P | 2i | 25 | P | 2i | 6.15 | . |
13 | P | 2i | 26 | P | 2i | 5.99 | . |
13 | P | 2i | 27 | P | 2i | 8.25 | . |
13 | P | 2i | 28 | P | 2i | 5.34 | . |
13 | P | 2i | 29 | P | 2i | 8.38 | . |
13 | P | 2i | 30 | P | 2i | 6.04 | . |
14 | P | 2i | 15 | P | 2i | 2.41 | . |
14 | P | 2i | 16 | P | 2i | 4.08 | . |
14 | P | 2i | 17 | P | 2i | 5.24 | . |
14 | P | 2i | 18 | P | 2i | 5.49 | . |
14 | P | 2i | 19 | P | 2i | 5.34 | . |
14 | P | 2i | 20 | P | 2i | 2.94 | . |
14 | P | 2i | 21 | P | 2i | 2.75 | . |
14 | P | 2i | 22 | P | 2i | 3.38 | . |
14 | P | 2i | 23 | P | 2i | 2.81 | . |
14 | P | 2i | 24 | P | 2i | 4.83 | . |
14 | P | 2i | 25 | P | 2i | 8.34 | . |
14 | P | 2i | 26 | P | 2i | 7.41 | . |
14 | P | 2i | 27 | P | 2i | 6.30 | . |
14 | P | 2i | 28 | P | 2i | 7.39 | . |
14 | P | 2i | 29 | P | 2i | 6.94 | . |
14 | P | 2i | 30 | P | 2i | 3.95 | . |
15 | P | 2i | 16 | P | 2i | 3.99 | . |
15 | P | 2i | 17 | P | 2i | 6.10 | . |
15 | P | 2i | 18 | P | 2i | 4.81 | . |
15 | P | 2i | 19 | P | 2i | 6.15 | . |
15 | P | 2i | 20 | P | 2i | 4.31 | . |
15 | P | 2i | 21 | P | 2i | 2.98 | . |
15 | P | 2i | 22 | P | 2i | 2.77 | . |
15 | P | 2i | 23 | P | 2i | 2.09 | . |
15 | P | 2i | 24 | P | 2i | 5.45 | . |
15 | P | 2i | 25 | P | 2i | 7.88 | . |
15 | P | 2i | 26 | P | 2i | 8.15 | . |
15 | P | 2i | 27 | P | 2i | 5.44 | . |
15 | P | 2i | 28 | P | 2i | 8.34 | . |
15 | P | 2i | 29 | P | 2i | 5.89 | . |
15 | P | 2i | 30 | P | 2i | 3.88 | . |
16 | P | 2i | 17 | P | 2i | 2.66 | . |
16 | P | 2i | 18 | P | 2i | 8.39 | . |
16 | P | 2i | 19 | P | 2i | 3.39 | . |
16 | P | 2i | 20 | P | 2i | 2.08 | . |
16 | P | 2i | 21 | P | 2i | 2.78 | . |
16 | P | 2i | 22 | P | 2i | 5.82 | . |
16 | P | 2i | 23 | P | 2i | 3.62 | . |
16 | P | 2i | 24 | P | 2i | 2.81 | . |
16 | P | 2i | 25 | P | 2i | 5.45 | . |
16 | P | 2i | 26 | P | 2i | 5.32 | . |
16 | P | 2i | 27 | P | 2i | 7.91 | . |
16 | P | 2i | 28 | P | 2i | 4.83 | . |
16 | P | 2i | 29 | P | 2i | 7.50 | . |
16 | P | 2i | 30 | P | 2i | 6.37 | . |
17 | P | 2i | 18 | P | 2i | 6.90 | . |
17 | P | 2i | 19 | P | 2i | 3.21 | . |
17 | P | 2i | 20 | P | 2i | 2.33 | . |
17 | P | 2i | 21 | P | 2i | 3.75 | . |
17 | P | 2i | 22 | P | 2i | 7.80 | . |
17 | P | 2i | 23 | P | 2i | 5.65 | . |
17 | P | 2i | 24 | P | 2i | 2.08 | . |
17 | P | 2i | 25 | P | 2i | 4.31 | . |
17 | P | 2i | 26 | P | 2i | 4.02 | . |
17 | P | 2i | 27 | P | 2i | 6.09 | . |
17 | P | 2i | 28 | P | 2i | 2.94 | . |
17 | P | 2i | 29 | P | 2i | 5.57 | . |
17 | P | 2i | 30 | P | 2i | 8.18 | . |
18 | P | 2i | 19 | P | 2i | 5.87 | . |
18 | P | 2i | 20 | P | 2i | 8.01 | . |
18 | P | 2i | 21 | P | 2i | 7.53 | . |
18 | P | 2i | 22 | P | 2i | 3.53 | . |
18 | P | 2i | 23 | P | 2i | 5.43 | . |
18 | P | 2i | 24 | P | 2i | 6.50 | . |
18 | P | 2i | 25 | P | 2i | 3.39 | . |
18 | P | 2i | 26 | P | 2i | 3.91 | . |
18 | P | 2i | 27 | P | 2i | 2.45 | . |
18 | P | 2i | 28 | P | 2i | 4.41 | . |
18 | P | 2i | 29 | P | 2i | 3.06 | . |
18 | P | 2i | 30 | P | 2i | 2.82 | . |
19 | P | 2i | 20 | P | 2i | 3.53 | . |
19 | P | 2i | 21 | P | 2i | 3.84 | . |
19 | P | 2i | 22 | P | 2i | 8.25 | . |
19 | P | 2i | 23 | P | 2i | 6.43 | . |
19 | P | 2i | 24 | P | 2i | 2.23 | . |
19 | P | 2i | 25 | P | 2i | 4.04 | . |
19 | P | 2i | 26 | P | 2i | 2.14 | . |
19 | P | 2i | 27 | P | 2i | 5.13 | . |
19 | P | 2i | 28 | P | 2i | 2.66 | . |
19 | P | 2i | 29 | P | 2i | 5.06 | . |
19 | P | 2i | 30 | P | 2i | 8.10 | . |
20 | P | 2i | 21 | P | 2i | 2.39 | . |
20 | P | 2i | 22 | P | 2i | 6.09 | . |
20 | P | 2i | 23 | P | 2i | 3.87 | . |
20 | P | 2i | 24 | P | 2i | 2.66 | . |
20 | P | 2i | 25 | P | 2i | 6.10 | . |
20 | P | 2i | 26 | P | 2i | 5.22 | . |
20 | P | 2i | 27 | P | 2i | 7.80 | . |
20 | P | 2i | 28 | P | 2i | 5.24 | . |
20 | P | 2i | 29 | P | 2i | 7.48 | . |
20 | P | 2i | 30 | P | 2i | 6.06 | . |
21 | P | 2i | 22 | P | 2i | 5.43 | . |
21 | P | 2i | 23 | P | 2i | 3.98 | . |
21 | P | 2i | 24 | P | 2i | 3.53 | . |
21 | P | 2i | 25 | P | 2i | 6.69 | . |
21 | P | 2i | 26 | P | 2i | 5.77 | . |
21 | P | 2i | 27 | P | 2i | 8.01 | . |
21 | P | 2i | 28 | P | 2i | 6.07 | . |
21 | P | 2i | 29 | P | 2i | 8.06 | . |
21 | P | 2i | 30 | P | 2i | 5.42 | . |
22 | P | 2i | 23 | P | 2i | 2.30 | . |
22 | P | 2i | 24 | P | 2i | 7.91 | . |
22 | P | 2i | 25 | P | 2i | 5.44 | . |
22 | P | 2i | 26 | P | 2i | 6.58 | . |
22 | P | 2i | 27 | P | 2i | 3.53 | . |
22 | P | 2i | 28 | P | 2i | 6.30 | . |
22 | P | 2i | 29 | P | 2i | 4.26 | . |
22 | P | 2i | 30 | P | 2i | 2.73 | . |
23 | P | 2i | 24 | P | 2i | 5.98 | . |
23 | P | 2i | 25 | P | 2i | 7.65 | . |
23 | P | 2i | 26 | P | 2i | 8.55 | . |
23 | P | 2i | 27 | P | 2i | 5.73 | . |
23 | P | 2i | 28 | P | 2i | 8.10 | . |
23 | P | 2i | 29 | P | 2i | 6.11 | . |
23 | P | 2i | 30 | P | 2i | 3.11 | . |
24 | P | 2i | 25 | P | 2i | 3.99 | . |
24 | P | 2i | 26 | P | 2i | 3.58 | . |
24 | P | 2i | 27 | P | 2i | 5.82 | . |
24 | P | 2i | 28 | P | 2i | 4.08 | . |
24 | P | 2i | 29 | P | 2i | 6.05 | . |
24 | P | 2i | 30 | P | 2i | 8.38 | . |
25 | P | 2i | 26 | P | 2i | 3.25 | . |
25 | P | 2i | 27 | P | 2i | 2.77 | . |
25 | P | 2i | 28 | P | 2i | 2.41 | . |
25 | P | 2i | 29 | P | 2i | 2.79 | . |
25 | P | 2i | 30 | P | 2i | 5.70 | . |
26 | P | 2i | 27 | P | 2i | 3.21 | . |
26 | P | 2i | 28 | P | 2i | 2.14 | . |
26 | P | 2i | 29 | P | 2i | 3.00 | . |
26 | P | 2i | 30 | P | 2i | 6.10 | . |
27 | P | 2i | 28 | P | 2i | 3.38 | . |
27 | P | 2i | 29 | P | 2i | 2.15 | . |
27 | P | 2i | 30 | P | 2i | 3.40 | . |
28 | P | 2i | 29 | P | 2i | 4.05 | . |
28 | P | 2i | 30 | P | 2i | 6.06 | . |
29 | P | 2i | 30 | P | 2i | 3.37 | . |
DFT calculations |
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LMTO-GF calculations |
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References |
Materials Project: mp-569522 |