Dear QE users:
I have performed Car-Parrinello calculations in QE v5.1.1 for thiols over
Au111
surface. The first part of control section of the input file is:
+
title = 'd2tiofeno_b0',
calculation = 'cp',
disk_io = 'high'
pseudo_dir
Dear all,
I'm using Quantum Espresso to generate electrostatic potential map in a
cube file format, but I'm not sure how the grid data is arranged in the
generated cube file. Could any one please help me to understand these data
arrangement?
Following is the typical format of the cube file
Dear QE users,
I am curious whether can we use non collinear spin-orbit coupling in LDA+U
calculations? Any suggestion !
Thanks
Ram
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On 28-04-2016 10:00, Filippo SPIGA wrote:
> Hello Fabricio,
>
> On Apr 25, 2016, at 10:46 PM, Fabricio Cannini wrote:
>> I'm not sseing 'QE-GPU-5.4.0.tar.gz' on the qe-forge link, and no
>> mention of it in 'Doc/release-notes'. Am I missing something ?
>
> I will upload it
Dear pw'ers,
this is to alert you of the following initiative (see below),
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group belonging to MARVEL.
The fellowships (10 in 2016) are for up to 10,000 CHF each, with
Dear Paolo
Thank you for your advice!
> -18 cm^-1 without Acoustic Sum Rule? it seems to me in an acceptable range
of values, not that big.
For matdyn.x run, I imposed asr = crystal (I also tried [asr = simple] but,
result seems almost same).
>for instance:20 20 1 for k-points, 5 5 1
Dear Vijay Khanal
Many pages should be written to explain why the simplified linear-response
DFT+U formulation is not quite suitable for strongly hybridized sp3
materials like silicon or diamond...
If you only want to practice around with the U correction you can (carefully)
make your way
On Thu, Apr 28, 2016 at 6:56 AM, Shaofeng Wang
wrote:
> forrtl: severe (64): input conversion error, unit 1, file
> /home/shaofeng/QEcalculation/CaOH/CaOH.dyn
> [...]
dynmat.x 0041BA08 readmat_ 282
> dynmat.f90
>
these lines tell you
Dear Ram,
have a look at the pslibrary 1.0:
http://www.qe-forge.org/gf/project/pslibrary/frs/?action=FrsReleaseBrowse_package_id=41
There you find fully relativistic PAW and US pseudopotentials for Ru.
HTH
P.S.
Your affiliation is missing.
--
Antimo Marrazzo
Doctoral Assistant
EPFL STI IMX
Dear Everyone,
I am new to Quantum Espresso. I am trying to see how hybrid functionals
better estimate the bandgap of a semiconductor like Silicon. I was
wondering, therefore, if somebody could provide me with demo input/output
files that involve Hubbard's Correction.
Any response would be
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