Dear QE users,
I am trying to perform vc-relax calculation with dft+u for Ce doped LaPO4
(Quantum Espresso Version: q-e 5.1.1) and I am getting unknown error after
first scf is completed and program tries to calculate stress and forces. I
am writing the input and part of output file.
Can someone
Thanks Suresh ji...
On Tue, Jun 12, 2018 at 11:24 AM, Suresh A
wrote:
> Dear Busan,
> Gnuplot is enough to plot good quality pictures and also one can
> plot dos and band structure side by side. Only thing needed is to go
> through command lines of gnuplot. Other than gnuplot, one may try
Dear Yogesh Kumar
You are using a very old QE version. I'm not sure that stress
calculations were implemented with PAW pseudopotentials. I suggest you
to try to run the calculation with a recent version, possibly the
current one; it is unlikely that even a willing colleague want to
track
Dear QE users,
I would like to ask about how to prepare calculation of very simple
system, consisting of only 2 hydrogen atoms (in fact a molecule) when I
want to force the unfavorable spin state (to determine differences in
total energies between normal state and antibonding state).
1. For
Hello everyone,
Can someone please explain the meaning of degauss in gaussian smearing case
in PW code?
I mean is it sigma? Or sigma/2 ? Or what?
Or maybe someone can say what source code file should I check to find this
information?
Thanks in advance.
Best regards, Roman Voronkov.
You can either use occupations="from_input", ad specify the occupations
card, or tot_magnetization=2
Both are explained in the manual:
https://www.quantum-espresso.org/Doc/INPUT_PW.html
kind regards
On 12/06/18 14:11, Konrad Gruszka wrote:
Dear QE users,
I would like to ask about how to prep
On Tue, Jun 12, 2018 at 3:31 PM, Roman Voronkov
wrote:
Can someone please explain the meaning of degauss in gaussian smearing case
> in PW code?
> I mean is it sigma? Or sigma/2 ? Or what?
> Or maybe someone can say what source code file should I check to find this
> information?
>
Modules/wgaus
Thank you Lorenzo for quick response, to clarify:
So if I understand, I need to use occupations='from_input" then in
OCCUPATIONS card I need to specify occupations like this:
OCCUPATIONS
1
1
or:
set both hydrogene atoms as different species and specify:
nspin=2; and tot_magnetization=2
Are
On 06/12/2018 06:09 PM, Konrad Gruszka wrote:
OCCUPATIONS
1
1
nspin=2; and tot_magnetization=2
Are those two inputs equivalent?
No, the first one means "one electron in the first band spin up and one
in the first ban spin down", which means no magnetization, or
tot_magnetization=0.
Al