31 to 40 of 333 Results
May 26, 2023 -
Data for: Performance of two complementary machine-learned potentials in modelling chemically complex systems
Python Source Code - 238 B -
MD5: 64d14bcaa8283dca5e2c0ed59cb0b573
script which demonstrates the fields in npz files |
Plain Text - 151.5 KB -
MD5: c3180fa9ce343e958f54113dd7a0c7ae
The Gibbs energy of vacancy formation for bcc molybdenum (Mo) using the PBE functional. |
Plain Text - 172.2 KB -
MD5: 3bfd25dfb444f69e35d2ae7bc7ae64ae
The Gibbs energy of vacancy formation for bcc molybdenum (Ta) using the PBE functional. |
Plain Text - 114.3 KB -
MD5: 6474483b63be20a82521ddc1f096b058
The Gibbs energy of vacancy formation for bcc molybdenum (V) using the PBE functional. |
Plain Text - 192.9 KB -
MD5: cafa7fd60beafa4ccfb56ce314b4ced1
The Gibbs energy of vacancy formation for bcc molybdenum (W) using the PBE functional. |
Gzip Archive - 154.9 MB -
MD5: b12e85db76026b48aae31db62da5ae18
The training sets (VASP files), the low moment-tensor-potentials (MTPs) and high-MTPs, and the effective quasiharmonic (QH) potentials for bcc molybdenum (Mo) using the PBE functional. |
Gzip Archive - 151.0 MB -
MD5: 16a90b81046b87c34346363a405775ab
The training sets (VASP files), the low moment-tensor-potentials (MTPs) and high-MTPs, and the effective quasiharmonic (QH) potentials for bcc tantalum (Ta) using the PBE functional. |
Plain Text - 240.5 KB -
MD5: 840f7362323814f7cd0a2b26fea06333
The free energies and the final thermodynamic database (properties) for bcc molybdenum (Mo) using the PBE functional. |
Plain Text - 273.3 KB -
MD5: e70bf6839cb764582617168c52b8e19f
The free energies and the final thermodynamic database (properties) for bcc tantalum (Ta) using the PBE functional. |
Plain Text - 179.3 KB -
MD5: 36f24db1c5096dce9857d4e7101066ef
The free energies and the final thermodynamic database (properties) for bcc vanadium (V) using the PBE functional. |