inJan 11

BiCo14Nb4 P4/m

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Overview

2020

Supporting

1

BiCo14Nb4 P4/m - 2x2x2 supercell.cif
Expand a crystal structure into a supercell

Structure

Formula: Nb₄Co₁₄Bi
Space group: P4/m (83)
Crystal system: Tetragonal
Atoms per cell: 19
Lattice a, b, c: 4.772 Å7.322 Å7.322 Å
Angles α, β, γ: 90.00°90.00°90.00°
Volume: 255.82 Å³
Density: 9.12 g/cm³

Attribution

Derived

2

Results

2

Actions

Estimate magnetic moments and Ms from a CIF, Success

Structure

Formula: Nb₄Co₁₄Bi
Space group: P4/m (83)
Crystal system: Tetragonal
Atoms per cell: 19
Lattice a, b, c: 4.772 Å7.322 Å7.322 Å
Angles α, β, γ: 90.00°90.00°90.00°
Volume: 255.82 Å³
Density: 9.12 g/cm³

Properties

Saturation magnetization

0.52 TCHGNet
Estimate magnetic moments and Ms from a CIF

Attribution

CC-BY-4.0 license

high above the hull

1

20

Stats

Size: 1.65 KB
Type: .cif file
Downloads: 1

Properties

Saturation magnetization

0.52 TCHGNet
Estimate magnetic moments and Ms from a CIF

50

Jan 14

Author

Jan 14

Author

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Going to see if I can still calculate MAE on this one. I want to see if Fe/Co-Bi-X is, in general worth pursing. We know there is a lot of trouble stabilizing the ternaries, so if we could will it even be worth it?

Oh yeah. It looks strong.

MAE: 3.6284 MJ/m3

Now we gotta stabilize it.

Actions

Estimate magnetic moments and Ms from a CIF, Success

DataData

DataData

Overview

Supporting

Derived

Results

BiCo14Nb4 P4/m

Overview

Supporting

Structure

Attribution

Derived

Results

Actions

Structure

Properties

Saturation magnetization

Attribution

Stats

Properties

Saturation magnetization

Actions

Data

Data