Hi,
I am graduate student at Clemson university, currently working with Quantum
Espresso. I would like to know how to determine the symmetry of a given
phonon mode in quantum espresso.
Mihiri Hewa Bosthanthirige,
PhD Candidate
Department of Physics & Astronomy
Clemson University.
Hi,
Great, thanks.
Here is a correction for item 3 on building with -mkl (i forgot to
include LAPACK_LIBS):
./configure BLAS_LIBS='-mkl=cluster' LAPACK_LIBS='-mkl=cluster'
SCALAPACK_LIBS='-mkl=cluster'
scott
On Thu, May 04, 2017 at 09:53:47AM +0200, Paolo Giannozzi wrote:
> Thank you. Your
Dear QE users and Developers,
I'm working with NMR calculations in Gipaw. Recently I did some shielding
calculations and I have some questions regarding the magnetic
susceptibility. The article from developers Mauri et al (*PRL 77, 26, 1996*)
explain that the shielding of a bulk of a periodic
Dear User
Look into the post-processing examples...
/path-to-espresso/Examples/PP/README
HTH
Giuseppe
P.S. Please sign the posts to this forum with name and scientific affiliation.
On Friday, May 12, 2017 04:24:11 PM Shishir Timilsena wrote:
> i am new to Quantum Espresso.
> can anyone help to
i am new to Quantum Espresso.
can anyone help to find DOS, i have scf.in file for graphene
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Dear Sai,
try to double-check the changes you did in those routines. If they were
consistent with what it was already in there it should work.
Of course you need to recompile the code after updating the routines.
Best,
Matteo
On Fri, May 12, 2017 at 11:54 AM, Sai Phani
Dear all,
I am trying to perform DFT+U calculation for pure lithium ion but the
calculation is getting stopped within few seconds after the submission with
the following error message in the CRASH file,
%%
task #
Dear Giuseppe,
Thank you very much for your kindly suggestion.
Does HSE band structure calculation take a very long time?
Thanks.
Clarence
发件人: pw_forum-boun...@pwscf.org 代表 Giuseppe
Mattioli
Dear Clarence
You can only perform scf calculations with EXX, so you must find a workaround.
Let us suppose that your calculation is converged with this mesh
K_POINTS {automatic}
8, 8, 8, 0, 0, 0
In the pw output you find the K_POINTS {tpiba} trasformation of your automatic
mesh, that is