• Citation: G. Plummer, J.P. Tavenner, M.I. Mendelev, Z. Wu, and J.W. Lawson (2024), "to be published".

    Notes: This potential was developed to simulate the solidification of the Ni rich Ni-O alloys, oxidation of Ni and the interaction between dislocation and NiO precipitates in fcc Ni.

  • LAMMPS pair_style hybrid/overlay eam/fs coul/ctip (2024--Plummer-G--Ni-O--LAMMPS--ipr1)
    See Computed Properties
    Notes: These files were provided by Mikhail Mendelev on October 22, 2024. Note that as of this post, coul/ctip is in the process of being added to LAMMPS and therefore is not yet available in the most recent stable release. If you would like to use this potential, contact Gabriel Plummer (gabriel.w.plummer@nasa.gov) for details on how to use it with LAMMPS.
    File(s):
    eam/fs parameters: v5_10_NiO_T=0.eam.fs
    coul/ctip parameters: v5_10_NiO_T=0.ctip

Date Created: October 5, 2010 | Last updated: November 20, 2024