HUSH
Revision as of 15:32, 23 December 2020 by Miguel Caro (talk | contribs) (Created page with "right '''HUSH''' or '' '''H'''ybrid '''U'''tility for '''S'''trained '''H'''eterostructures'' is a highly efficient computational tool for the minimization o...")
HUSH or Hybrid Utility for Strained Heterostructures is a highly efficient computational tool for the minimization of the strain energy of heterostructures in a continuum elasticity frame. The current implementation is for conventional zinc-blende and wurtzite orientations, as well as [111]-oriented zinc-blende systems.
The code is still under development and a released version of the same is not yet available.
More information will follow once the details of the code have been published in a peer reviewed journal.
