Dear users
I am trying to represent band structures in irreducible representation. The
space group of compound is 221 and spin-orbit interaction is included (RLO is
not included). I run the following sequence of programs for obtaining band
structures:
x lapw1 -band -up -p
x lapw1
In principle you are doing thinks now correct.
In reality, however, we use the tetrahedra-method in the integration of
the BZ to calculate a joint-density-of-states. And for a metal !!! here
there is a difference between k-meshes in the small or large cell. (it
is related to the "back-folding"
Dear Prof. P Blaha
Thank you very much for yous fruitful suggestions. However, I did not
change RKmax. For cubic Na only W_p_xx is enough but after making supercell
(1 1 6) still I need only w_p_xx and forget about w_p_zz, though the system
is tetragonal now. Is it right I understood?
Second
Dear
I would like to understand the GGA-PBEsol theory. What better
literature?
--
[]'s Dr Antonio Vanderlei dos Santos
[1]
Links:
--
[1] http://santoangelo.uri.br
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On 10/29/2015 05:46 AM, Yue-Wen Fang wrote:
> My question is how to find the band index in the interested energy
> windows in a faster way*?*
Did you try `findbands´ (which is also called by `init_w2w´)? That
would be the ``standard´´ way in
The :BANxxx label in case.scf shows the bands "around EF" and these
energies are given in Ry.
Apparently there are 21 bands occupied up to EF (seen by the occupation
in the last column and EF is about 0.587 Ry.
The two bands you are looking for are probably band 20 and 21, ranging
from
On 10/29/2015 10:25 AM, Yue-Wen Fang wrote:
> I am encountering another question in the case of 4-atom CoO. To say in
> detail, if I input too many projections (eg. 7 projections) in the step
> of "init_w2w", the program would crash and say that "write_inwf: too
> many projections, 7 > 6". How can
Dear Prof. Blaha
I did some calculation for Bulk Na (bcc, space gp #229_Im-3m) wiht k-mesh
30*30*30 and found the plasma frequency (in case.outputjoint) as
Plasma frequencies:
w_p_xx w_p_zz[eV]
5.9446 5.9446
Now I constructed a supercell 1*1*6 (definitely symmetry
Hi, Peter adn Elias,
Thanks for your clear answer to my questions. In my last email, the energy
window should be 1 eV below the fermi level as you said. Besides, I should
point out that there is an improper statement in my previous email. For the
4-atom CoO, the dominant electronic states between
Hi, Elias,
Thanks for your prompt reply. I modified the number of band indices to
accommodate more bands in the step of ‘write_inwf’. Great thanks for you
help.
Bests
Fang
2015-10-29 17:36 GMT+08:00 Elias Assmann :
> On 10/29/2015 10:25 AM, Yue-Wen Fang wrote:
> > I am
Hi, All,
I have reproduced a well-defined band structure for 4-atom CoO by using 10
WF. After that, I tried to export several WFs by using several commands as
follows:
Step 1. write_inwplot
This command generate a case.inwplot:
3D ORTHO# mode
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