{"description" "A parameterization for bcc Fe for the EAM quintic splines model driver: model_driver_PF_quintic_splines__MD_543355979582_000.\nFitted to a database of material parameters, including ab initio-derived point defect formation energies, third-order elastic constants, and ab initio-derived string potential data, the final two controlling, respectively, the thermal expansion properties and the core structure of the 1/2111 screw dislocation. Produces a non-degenerate configuration for the relaxed 1/2111 screw dislocation."
 "disclaimer" ""
 "domain" "openkim.org"
 "kim-api-version" "1.5"
 "extended-id" "model_Fe_PF_chiesa_quinticsplines__MO_140444321607_000"
 "model-driver" "model_driver_PF_quintic_splines__MD_543355979582_000"
 "source-citations" "Chiesa, Derlet, Dudarev and Van Swygenhoven, J. Phys.: Condens. Matter 23 (2011) 206001"
 "species" ["Fe"]
 "title" "Model parameterization for quintic splines EAM model driver: model_driver_PF_quintic_splines__MD_543355979582_000"
 "creator" "Mark R. Gilbert"
 "contributor-id" "c2a3340e-1ed1-47b0-86d1-0fb98fa0375d"
 "maintainer-id" "c2a3340e-1ed1-47b0-86d1-0fb98fa0375d"
 "publication-year" "2014"}