Thank you for kindly response.
Warm Regards
---
Jyoti Thakur
National Post-Doctoral Fellow,
Department of Physics & Astrophysics,
University of Delhi
New Delhi-110007, (New Delhi) INDIA
*always think +ve.*
On 28 February 2018 at 11:45, Jyoti Thakur wrote:
>
Respected Sir
I am trying to run the XMCD calculations for simple case of bcc Fe. I saw
in WIEN2k mailing list related to XMCD problems;
https://www.mail-archive.com/wien@zeus.theochem.tuwien.ac.at/msg07677.html
I have followed these steps:
1) runsp_lapw -p
2) runsp_lapw -so -p after initso_lapw
you find the charges and magnetic moments inside the spheres as well as the
interstitial in the file case.scfm (indeed also in case.scf)
Your remark
" As these compounds are metallic in nature the arrived magnetism is due to the
itinerant electrons."
might not be the truth, in case of Mn you
The number of majority and minority spins per orbital (within the muffin tin
sphere of the atom only!) is given in a series of numbers in the :QTLxxx line,
where the :PCSxxx line above it tells you what every number means. For instance:
:PCS001: PARTIAL CHARGES SPHERE = 1 S,P,D,F,PZ,PXY,
Dear Wien2K,
I am working on magnetic metallic systems which are having Mn atoms, which
are responsible for magnetic nature in these systems. As these compounds
are metallic in nature the arrived magnetism is due to the itinerant
electrons. Here i just want to know the number of electrons in
Thanks Prof. Blaha. I tried it on my test case, andthe lines only
appear on the M, K, and GAMMA points now. So, it seems to work fine
now. The case.bands.agr plot does not show SIGMA like the
case.spaghetti_ps does. However, I can manually add the SIGMA (or other
special labels) in xmgrace
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