0.0 30
gG 1
Looking forward to hear a reply. Thanks in advance.
Best regards,
Shuai Zhao
Chongqing University of Technology
P.R. China
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people and expresses its concerns about the devastating
e
For some non-cubic structure, even I increase the density of K points,
the Nscf still gives different fermi energy level.
but if I didn't use occupations = 'Tetrahedra' for NSCF, it can produce
the same Fermi energy level.
I suggest you try to change the occupations in nscf input file.
On
whether it will
finally impact the result. Why you reduce the Ecut so significantly?
Best wishes,
Shuai
On 10/20/2015 04:19 PM, Lorenzo Paulatto wrote:
> Dear 潭影空人心,
> the imaginary frequencies could just be an artifact of the Fourier
> interpolation procedure, which means that you need to do
acement, why causing the
different convergence results?
Best regards,
Shuai Zhao
On 10/09/2015 04:43 PM, stefano de gironcoli wrote:
I would give a shot to local-TF, mixing-beta not too small (~ 0.3).
is it a metal ? does increasing degauss help ?
is this an instability related to the occupat
0.7500 0.5140
K_POINTS (automatic)
4 4 4 1 1 1
Thanks in advance for your suggestions.
Best regards,
Shuai Zhao
--
PhD candidate
Graduate School of Life Science and Systems Engineering
Kyushu Institute of Technology, Japan
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Dear all,
I want to calculate the energy of the O2 in its triplet ground state. I
have searched on the sites
(http://qe-forge.org/pipermail/pw_forum/2012-July/099147.html) and do
some tentative calculations.
Firstly, I calculated the two O atoms in a enough large box. the input
file is:
0.28a 07/12/12)
OPEN ... SMMO_charge
GAUSSIAN-STYLE INPUT FILE
forrtl: severe (59): list-directed I/O syntax error, unit 100, file
/home/shuai/QE_jobs/Inorganic/SMMO/Bader/SMMO_charge
Image PCRoutine LineSource
bader 004B57CA Unknown
Dear QE users,
I found some asterisks in the output of the EXX scf calculation. Is this
a problem?
End of self-consistent calculation
k = 0.1250 0.1250 0.1250 ( 835 PWs) bands (ev):
***-997.9124
-997.9064
Dear Paolo,
Thank you very much for your suggestion.
Best regards,
S. Zhao
On 2014?09?19? 22:50, Paolo Giannozzi wrote:
> On Fri, 2014-09-19 at 22:00 +0900, shuai wrote:
>
>> To whom has experience with epsilon.x
> not to me. Anyway, it took me 2' to follow "wmin" an
To whom has experience with epsilon.x,
I calculated the dielectric tensor using epsilon.x and got the output
files described in the eps_man.pdf. the input is:
outdir = '/'
prefix = 'Si'
calculation = 'eps'
/
_grid
smeartype = 'gauss'
intersmear = 0.136d0
Dear all,
I followed the hands-on tutorial
(http://media.quantum-espresso.org/santa_barbara_2009_07/slides-exercices/Tddfpt_tutorial.pdf)
to calculate the Na2 spectrum by TDDFT. Both of this tutorial and the
CPC paper (the last sentence in the last but two paragraph in the 7th
page)
Hello all,
In the output file "**.plot" of turbo_spectrum.x, the 2nd column is the
Energy [Ry], the 4th is Im part, and a line of S(E). My question:
1. Does the "S(E)" line demonstrate the relation between Energy and
absorption intensity?
2. If so, how to translate it to wavelength versus
. But I
found from the publications that the TDDFT is commonly used to molecules
(such as organic dyes).
So I wonder the TDDFT code can be used to calculate the inorganic
semiconductor?
Thanks in advance.
Shuai
--
Graduate student
Graduate School of Life Science and Systems Engineering
Kyushu
was added to neutralize the charge.
Thus, my question is whether the ESPRESSO can calculate by replacing the
part of compound (e.g., CH3NH3 or CH(NH2)2) using a uniform background
charge? Where can I find the tutorials about this?
Thanks in advance.
Best,
Shuai
--
PhD student
Graduate School
parameters in the file of /nscf.in/? or
maybe the nscf calculation can read the cell_parameters and atomic
positions automatically from the vc-relax.out?
Thanks in advance.
Best regards,
Shuai
--
*Graduate School of Life Science and Systems Engineering*
*Kyushu Institute of Technolog, Japan
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