Crystal system |
orthorhombic |
Space group number |
44 |
Hermann-Mauguin |
Imm2 |
Hall |
I 2 -2 |
Point group |
mm2 |
Normalized formula |
Si2NiP3 |
The number of formula units per unit cell |
2 |
The total number of atoms per unit cell |
12 |
The number of inequivalent sites per unit cell |
4 |
Structure search |
MP |
a (Å) |
3.5172 |
b (Å) |
11.1541 |
c (Å) |
5.3275 |
α (deg.) |
90.000 |
β (deg.) |
90.000 |
γ (deg.) |
90.000 |
Volume (Å3) |
209.006 |
Density (g/cm3) |
3.302 |
DFT calculations (details) | |
---|---|
Formation energy (vs. elemental phases) |
-272.0 meV/atom |
Formation energy above hull |
|
Compounds with the same formula: Si2NiP3 |
1 entry found |
Compounds with the same elements: Si-Ni-P |
5 entries found |
Binary compounds in Si-Ni system |
11 entries found |
Binary compounds in Si-P system |
No entries found |
Binary compounds in Ni-P system |
13 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 | Si | 4d | 0.500000 | 0.257574 | 0.334793 | -0.00 | . | . |
2 | Si | 4d | 0.000000 | 0.757574 | 0.165207 | -0.00 | . | . |
3 | Si | 4d | 0.000000 | 0.757574 | 0.834793 | -0.00 | . | . |
4 | Si | 4d | 0.500000 | 0.257574 | 0.665207 | -0.00 | . | . |
5 | Ni | 2b | 0.500000 | 0.247648 | 0.000000 | 0.00 | . | . |
6 | Ni | 2b | 0.000000 | 0.747648 | 0.500000 | 0.00 | . | . |
7 | P | 2a | 0.000000 | 0.003820 | 0.000000 | 0.00 | . | . |
8 | P | 2a | 0.000000 | 0.988392 | 0.337905 | 0.00 | . | . |
9 | P | 4d | 0.500000 | 0.488392 | 0.162095 | 0.00 | . | . |
10 | P | 4d | 0.500000 | 0.503820 | 0.500000 | 0.00 | . | . |
11 | P | 4d | 0.500000 | 0.488392 | 0.837905 | 0.00 | . | . |
12 | P | 4d | 0.000000 | 0.988392 | 0.662095 | 0.00 | . | . |
site i | site j | distance (Å) | Jij (meV) | ||||
---|---|---|---|---|---|---|---|
1 | Si | 4d | 2 | Si | 4d | 5.92 | . |
1 | Si | 4d | 3 | Si | 4d | 6.43 | . |
1 | Si | 4d | 4 | Si | 4d | 1.76 | . |
1 | Si | 4d | 5 | Ni | 2b | 1.79 | . |
1 | Si | 4d | 6 | Ni | 2b | 5.81 | . |
1 | Si | 4d | 7 | P | 2a | 3.78 | . |
1 | Si | 4d | 8 | P | 2a | 3.48 | . |
1 | Si | 4d | 9 | P | 4d | 2.73 | . |
1 | Si | 4d | 10 | P | 4d | 2.88 | . |
1 | Si | 4d | 11 | P | 4d | 3.69 | . |
1 | Si | 4d | 12 | P | 4d | 3.89 | . |
2 | Si | 4d | 3 | Si | 4d | 1.76 | . |
2 | Si | 4d | 4 | Si | 4d | 6.43 | . |
2 | Si | 4d | 5 | Ni | 2b | 5.81 | . |
2 | Si | 4d | 6 | Ni | 2b | 1.79 | . |
2 | Si | 4d | 7 | P | 2a | 2.88 | . |
2 | Si | 4d | 8 | P | 2a | 2.73 | . |
2 | Si | 4d | 9 | P | 4d | 3.48 | . |
2 | Si | 4d | 10 | P | 4d | 3.78 | . |
2 | Si | 4d | 11 | P | 4d | 3.89 | . |
2 | Si | 4d | 12 | P | 4d | 3.69 | . |
3 | Si | 4d | 4 | Si | 4d | 5.92 | . |
3 | Si | 4d | 5 | Ni | 2b | 5.81 | . |
3 | Si | 4d | 6 | Ni | 2b | 1.79 | . |
3 | Si | 4d | 7 | P | 2a | 2.88 | . |
3 | Si | 4d | 8 | P | 2a | 3.69 | . |
3 | Si | 4d | 9 | P | 4d | 3.89 | . |
3 | Si | 4d | 10 | P | 4d | 3.78 | . |
3 | Si | 4d | 11 | P | 4d | 3.48 | . |
3 | Si | 4d | 12 | P | 4d | 2.73 | . |
4 | Si | 4d | 5 | Ni | 2b | 1.79 | . |
4 | Si | 4d | 6 | Ni | 2b | 5.81 | . |
4 | Si | 4d | 7 | P | 2a | 3.78 | . |
4 | Si | 4d | 8 | P | 2a | 3.89 | . |
4 | Si | 4d | 9 | P | 4d | 3.69 | . |
4 | Si | 4d | 10 | P | 4d | 2.88 | . |
4 | Si | 4d | 11 | P | 4d | 2.73 | . |
4 | Si | 4d | 12 | P | 4d | 3.48 | . |
5 | Ni | 2b | 6 | Ni | 2b | 6.43 | . |
5 | Ni | 2b | 7 | P | 2a | 3.24 | . |
5 | Ni | 2b | 8 | P | 2a | 3.83 | . |
5 | Ni | 2b | 9 | P | 4d | 2.82 | . |
5 | Ni | 2b | 10 | P | 4d | 3.91 | . |
5 | Ni | 2b | 11 | P | 4d | 2.82 | . |
5 | Ni | 2b | 12 | P | 4d | 3.83 | . |
6 | Ni | 2b | 7 | P | 2a | 3.91 | . |
6 | Ni | 2b | 8 | P | 2a | 2.82 | . |
6 | Ni | 2b | 9 | P | 4d | 3.83 | . |
6 | Ni | 2b | 10 | P | 4d | 3.24 | . |
6 | Ni | 2b | 11 | P | 4d | 3.83 | . |
6 | Ni | 2b | 12 | P | 4d | 2.82 | . |
7 | P | 2a | 8 | P | 2a | 1.81 | . |
7 | P | 2a | 9 | P | 4d | 5.75 | . |
7 | P | 2a | 10 | P | 4d | 6.43 | . |
7 | P | 2a | 11 | P | 4d | 5.75 | . |
7 | P | 2a | 12 | P | 4d | 1.81 | . |
8 | P | 2a | 9 | P | 4d | 5.92 | . |
8 | P | 2a | 10 | P | 4d | 5.75 | . |
8 | P | 2a | 11 | P | 4d | 6.43 | . |
8 | P | 2a | 12 | P | 4d | 1.73 | . |
9 | P | 4d | 10 | P | 4d | 1.81 | . |
9 | P | 4d | 11 | P | 4d | 1.73 | . |
9 | P | 4d | 12 | P | 4d | 6.43 | . |
10 | P | 4d | 11 | P | 4d | 1.81 | . |
10 | P | 4d | 12 | P | 4d | 5.75 | . |
11 | P | 4d | 12 | P | 4d | 5.92 | . |
DFT calculations |
|
LMTO-GF calculations |
|
References |
Materials Project: mp-28945 |