Hello LAMMPS community,
I found the LAMMPS software and wonder if I can solve the problem
described below:
A specimens surface is sputtered with Tantalum atoms in a vacuum which was
initially filled with Argon. It is assumed that there are still some few
Argon atoms in the vacuum that will be incorporated in the Tantalum
lattice during the sputtering process. What I want to investigate is how
the Tantalum lattice is deformed by this incorporation of Argon atoms.
Therefore I was thinking about investigating a 2D or maybe also a 3D bcc
lattice with the places identified to be filled by Argon. By putting 864
Argon atoms in a randomizes distribution in a lattice of 10000 Tantalum
atoms I want to see how the lattice parameters change and maybe on top how
the density of the over all lattice changes.
Do you think that LAMMPS is capable of performing this investigation? Does
anyone already have some experiences in this direction and maybe can give
me some support as I will be a first-timer with LAMMPS.
Thanks for your feedback.
Kind regards,
Marcel