If you have any problems during your use, please contact the developer at
changchun_he@foxmail.com
If this tool is useful to your work, we will be appreciated if you cite the below article.
- Atom Classification Model for Total Energy Evaluation of Two-Dimensional Multicomponent Materials.
J. Phys. Chem. A 2020, 124, 22, 4506–4511
- Biased screening for multi-component materials with Structures of Alloy Generation And Recognition (SAGAR).
Computational Materials Science, 2021, 193, 110386
A. Symmetry
B. Supcell
B1. Specific Volume Supercell Generator
(A primitive cell should be provided)
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B2. Slab Model
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B3. Extend cell by matrix P
# Enter the matrix P, PH_pri=H_new
C. Configuration generator
C1. Specific Cell Point Defect Configurations Generator
(If you want to directly remove element, element inserted should be Vac)
(If you want to generate all concentrations configurations, # of element number should be blank)
hint: below format is supported
- element inserted: B,N element removed: C # of inserted element:3,2
- element inserted: N element removed: B,C # of inserted element:3
- element inserted: B element removed: all # of inserted element:2
- element inserted: B element removed: all # of inserted element:
(if this leaves blank, all concentrations will be genrated)
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C1. Specific Index Point Defect Configurations Generator
(If you want to directly remove element, element inserted should be Vac)
(If you want to generate all concentrations configurations, # of element number should be blank)
hint: below format is supported
- element inserted: B,N element removed: 1-5 # of inserted element:3,2
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C2. Molecule Point Defect Configurations Generator
(If you want to directly remove element, # of inserted element should be Vac)
(If you want to generate all concentrations configurations, # of element number should be blank)
hint: below format is supported
- element inserted: B,N element removed: C # of inserted element:3,2
- element inserted: N element removed: B,C # of inserted element:3
- element inserted: B element removed: all # of inserted element:2
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C3. Tetrahedral Interstitial Point Defect Configurations Generator
hint: below format is supported
- element inserted: H; minimum distance: 2
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C4. Magnetic Configurations Generator
hint: below format is supported
- Magnetic atom: Fe; Spin number: 3
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D. additional functions
D1. Specific Volume Point Defect Configurations Generator
(A primitive cell should be provided)
(If you want to directly remove element, # of inserted element should be Vac)
(If you want to generate all concentrations configurations, # of element number should be blank)
D2. Get identity atoms for multiple POSCARs
D3. XYZ format to VASP format
D4. get CE correlation functions of structures (POSCAR format)