Dear Peter,
while preparing a VCA calculation I found a small issue with the structure
generator in W2Web:
when saving the structure, Z was rounded to one digit after dot.
Example
Z=26.25 was saved as 26.2
Z=26.75 was saved as 26.8
editing the file after saving from the struct gen, the
Dear Prof. P. Blaha and L. Marks,
Thank you so much your quick replies. We did not do any
optimization/minimization of positions of atoms for the investigate
compound. We performed on the scf followed by mBJ calculation.
The calculation steps are as follows.
1. We have considered the
Dear Dr. Tran
I just compared my lda calculation (for a ternary oxide compound) with mBJ
and I got some doubts.
I did converse lda calculation with these parameters.
min -j run_lapw -p -I -i 80 -fc 1.0 -ec 0.1 -cc 0.0005
save_lapw -d lda
then I run mBJ (0/1/2/3 options) for the follwing
Thank you Dr Tran.
Kind regards
Bhamu
Dr. K. C. Bhamu
(UGC-Dr. D. S. Kothari Postdoc Fellow)
Department of Physics
Goa University, Goa-403 206
India
Mob. No. +91-9975238952
On Tue, May 24, 2016 at 5:48 PM, wrote:
>
It's ok since it does not matter at all for the mBJ calculation where
the files lda.* are located.
It's only important to use save_lapw after the LDA calculation
to avoid to mix the LDA and mBJ results in the same scf file.
On Tuesday 2016-05-24 14:04, Dr. K. C. Bhamu wrote:
Date: Tue, 24 May
A small clarification. This :WARN arises from a useful addition by Peter to
test the convergence of the core forces in lcore. If the RMTs are small,
and for some reason with mBJ, there is a tail of the core wavefunction
outside the RMTs. This would lead to small errors in the minimizations
using
Dear Dr. Tran
In addition to this query, my mail is just for your confirmation whether I
did correct or not.
I optimized atomic positions using lda. Then did "save_lapw -d lda"
and run mbj as suggested in UG.
I did not keep lda.scf for mBJ calculation and ran with "run_lapw -p"
Does it correct or
This warning concerns the forces which are used for the optimization of
the position of atoms. So, I guess that you are optimizing the position
of atoms, which should not be (and can not be) done with mBJ since mBJ
is only a potential (no associated energy) that should be used only for
band
Dear Eamon
Thanks sir for your reply.
Regards
Sikander
On Tue, May 24, 2016 at 2:17 AM, Eamon McDermott <
eamon.mcderm...@tuwien.ac.at> wrote:
> To increase the XSPEC energy window this far above E_F, you must first
> include additional conduction band states, first by increasing EMAX, and
>
Dear sir,
Here are the warning in the SCF file while running TB-mBJ calculation.
grep -e :WARN *.scf
:WARN FCORE for atom 1 not converged at RMT. Estimated inaccuracy:
0.1184 mRy/bohr
:WARN FCORE for atom 2 not converged at RMT. Estimated inaccuracy:
0.3456 mRy/bohr
:WARN FCORE for
For which reason is there a warning? What is the message next to :WAR
in case.scf?
On Tuesday 2016-05-24 12:18, Yedu Kondalu wrote:
Date: Tue, 24 May 2016 12:18:34
From: Yedu Kondalu
Reply-To: A Mailing list for WIEN2k users
To:
Dear all,
I want to calculate the Electron Affinity and the Work
Function of compounds. How can one compute these two quantities using
WIEN2k.
--
best wishes
Subhasis
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Dear Prof. P. Blaha and wien2k users,
We are doing electronic structure calculations for MX2 type compound. As
a first step we performed the scf calculation and it is completed
successfully without any warning in the total energy. As a next step, we
did TB-mBJ calculation to get reliable band
To increase the XSPEC energy window this far above E_F, you must first
include additional conduction band states, first by increasing EMAX, and
possibly NBAND on the last line of case.in1, then re-run 'x lapw1' and 'x
lapw2 -qtl' to regenerating your QTL files. By default, EMAX should be 1.5
Ry
Dear Petr Blaha/All
I am familiar with the XAS calculation and can plot only up to 20 eV. Now
please someone guide me that how to increase the energy window up to 50 eV.
Though I do the following changes in
case.inxs the energy up to 50 eV,
Broadening 0.5
Then
x initxspec
x tetra
x tspec
x lorentz
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