Thanks Kurt for the kind response.
SG
-Original Message-
From: wien-boun...@zeus.theochem.tuwien.ac.at
[mailto:wien-bounces at zeus.theochem.tuwien.ac.at] On Behalf Of Kurt
Lejaeghere
Sent: Saturday, June 26, 2010 12:42 PM
To: A Mailing list for WIEN2k users
Subject: Re: [Wien] (no
It is not really clear what exactly you did, but definitely you did lot of
handwork without knowing the details.
RKmax =5.5 is probably a bit small for 3d elements.
Compare the two lines: One says partial forces, the other one total
forces.
Partial forces are incomplete and only used during
Most likely nobody can answer this question, because nobody understands your
question.
At least I did not understand what you are really doing.
Did you runx optimize with option 7 ?
Did you modify optimize.job or just run it unmodified ?
Did you put min_lapw instead or run_lapw ?
Did you
Dear Prof.Blaha,
Thanks for the mail.
I have done the following
1. Generate the structure file and run a normal SCF with spin orbit
coupling. (Since I am working on an heavy element with 18 atoms per unit
cell)
2. Now my question is
We can either use option 7 and generate 15 structures and
Rd. Nankai Dist. Tianjin 300071, China
Email: binshao1118 at gmail.com
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Now I have another question. In your reply, you said With the switch
-fc xx, it will switch in the last scf to total forces.. How can I
get the total forces in my regular calculation? Need I do another scf
calculation by adding -fc xx?
Just continue with:
runsp_lapw -it0 -p -i 100 -fc 1
Dear Prof.Blaha,
Thank you VERY VERY much for the reply.
My question was especially for monoclinic lattices as my calculation time is
running for days even with 16 cpu's
So if I generate 15 structures, that would mean a lot of computational time
and effort. A
A simpler way using Wien2k
/20100628/dd22101c/attachment.htm
Dear Prof.Blaha,
Extending the discussion on internal coordinates minimization and structure
optimization, I have a tetragonal body centered lattice with 58 atoms per
unit cell and 8 inequivalent atoms.
We can use suitable options in the optimization (c/a). Since, the number of
atoms are large
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Only you can answer this, because it depends on what exactly you want to do and
what statements you want to make.
For a statement: I've optimized the atomic positions using the exp. lattice
parameters,
all you need to do is min_lapw
For a statement: I've done a full structural optimization,
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