Thank you for both your emails.
Answering to the first one, yes, I forgot to write about the magnetic moments
but they are zero in both calculations.
Answering to the second one, the forces were a little bit different (less than
1.0 mRy in difference) but I wasn’t expecting such a big
What you did not show was that the minimization will give different
forces too.
The minimization will stop once the forces are for a couple of times
below 2.0 mRy (case.inM) and the movement is small enough.
Even very small differences between the sp and non-sp calculation will
lead to a
08.04.2016 14:41, Marcelo Barbosa wrote:
I did some calculations with GaN (struct file in attachment) to compare the
difference in energy and electric field gradient between the use of
spin-polarization or not.
:ENE = -7995.60614872 (no spin-polarization)
:ENE = -7995.60614871
Dear Sirs,
I did some calculations with GaN (struct file in attachment) to compare the
difference in energy and electric field gradient between the use of
spin-polarization or not.
The calculations were done using the commands
init_lapw -b -ecut -8 -numk 480 -rkmax 7 (-sp)
run(sp)_lapw -p -ec
Did you read a good textbook on the subject ?
For example
Electronic Structure: Basic Theory and Practical Methods
by
Richard M. Martin, published by Cambridge University Press, 2004
see also http://electronicstructure.org/
Ciao
Gerhard
DEEP THOUGHT in D. Adams; Hitchhikers Guide to the Galaxy:
Dear all
Please could some one give me the answer for the below question.
What are the relative advantages/disadvantages of FPLAPW method in
comparison with pseudopotential method, LMTO method, KKR Green function
method?
Regards
Sikander
___
Wien
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