Hello,
running x nn for your final structure will probably be the fastest way
to get the interatomic distance. Otherwise, you could export the final
coordinates to some structure visualization program. Third possibilty:
If you have the nice program XCRySDen installed, you can measure the
Search the usersguide for runfsm_lapw (fixed spin moment). Another way
to stabilize different spin configurations is to use LDA+U with
different density matrices as input and use -orbc for the first few
iterations -- see the usersguide for -orbc.
Stefaan
Daer Wien users,
In general, a well-posed physical problem converges rapidly; a poorly
posed one badly if at all. Most probably your system wants to be
spin-polarized, or you have too few k-points, bad RMT's etc. For
certain if you have large oscillations for 0.02 you have constructed
the problem incorrectly --
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