Dataset

Alexandria_geometry_optimization_paths_PBE_1D




Species content of dataset


Name :
Alexandria_geometry_optimization_paths_PBE_1D
Authors :
Jonathan Schmidt, Noah Hoffmann, Hai-Chen Wang, Pedro Borlido, Pedro J. M. A. Carriço, Tiago F. T. Cerqueira, Silvana Botti, Miguel A. L. Marques
Description :
The Alexandria Materials Database contains theoretical crystal structures in 1D, 2D and 3D discovered by machine learning approaches using DFT with PBE, PBEsol and SCAN methods. This dataset represents the geometry optimization paths for 1D crystal structures from Alexandria calculated using PBE methods.
Cite As :
Schmidt, J., Hoffmann, N., Wang, H., Borlido, P., Carriço, P. J. M. A., Cerqueira, T. F. T., Botti, S., and Marques, M. A. L. "Alexandria geometry optimization paths PBE 1D." ColabFit, 2025. https://doi.org/10.60732/12246d46.
ColabFit ID :
Date Added :
2025-06-27
License :
CC-BY-4.0
Downloads :
265
Num. Configurations :
614,833
Num. Atoms :
6,062,475
Calculated Property Types :
atomic_forces cauchy_stress energy
Elements :
Ag (1.6%) Al (0.44%) As (2.55%) Au (0.76%) B (0.42%) Ba (0.5%) Be (0.78%) Bi (0.46%) Br (1.31%) C (0.09%) Ca (0.61%) Cd (0.79%) Ce (0.28%) Cl (6.46%) Co (0.75%) Cr (2.79%) Cs (0.1%) Cu (1.38%) Dy (0.3%) Er (0.39%) Eu (1.04%) F (3.73%) Fe (1.85%) Ga (0.44%) Gd (0.52%) Ge (0.05%) Hf (0.11%) Hg (0.85%) Ho (0.44%) I (2.72%) In (2.71%) Ir (0.32%) K (0.55%) La (0.37%) Li (1.04%) Lu (0.39%) Mg (0.66%) Mn (2.74%) Mo (0.42%) N (6.28%) Na (0.51%) Nb (1.07%) Nd (0.35%) Ni (0.87%) O (8.28%) Os (0.16%) P (5.7%) Pb (0.83%) Pd (1.55%) Pt (0.64%) Rb (1.09%) Re (0.2%) Rh (0.43%) Ru (0.58%) S (6.0%) Sb (0.13%) Sc (0.31%) Se (4.64%) Si (0.11%) Sm (0.47%) Sn (0.65%) Sr (0.36%) Ta (0.92%) Tb (0.38%) Te (4.77%) Ti (0.53%) Tl (4.64%) Tm (0.4%) V (1.84%) W (0.24%) Y (0.31%) Yb (0.43%) Zn (0.51%) Zr (0.1%)
Methods :
DFT-PBE
Software :
VASP
Spec File :
Configuration Sets by Name :
Configuration Sets by ID :
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