Dear Rusla,
I think that the problem comes from the keyword number of species. As you
used 2 differents basis for your Si atom you haved in fact 3 differents species
and not 2 (DZP Si and SZ Si are different species for SIESTA).
I think you need to put in you input
NumberOfSpecies 3 and see if
Hi,
I think that the most part of the problem is that you use a k_grif_cutoff
instead of a Monkhorst_Pack grid. It means that only a gamma point is used in
the calculation. Incorporate a MP grid with values like 9 x 9 x 7 could improve
your results. Take care also of the parameters like the
Dear SIESTA users
I'm trying to reproduce band structure diagram for ZnO but results are very bad
as the gap (witch is normaly around 3 eV ) are not reproduce in the diagramm
that I've obtained.
I've generate pseudo for a PBE calculation for Zn and O and used the blocks
kgrid Monkhorst Pack
Dear SIESTA's users
I want to generate LDA pseudopotentials for rare-gaz such He or Xe. Does
anybody have an idea for the rc that I should use for that?
Thanks in advance for help
David Cornil
University of Mons-Hainaut
Belgium
Dear SIESTA users,
I'm trying to run calculation about gold surface. My calculation run and ended
correctly but I don't find a good value for the surface work function
(experimentaly around 5 eV).
Here is the output and .PAV files for the potential plot and copy of the pseudo
I've used.
pg
Dear Ivan,
I've just beginning with Denchar so I'm not sure of my answers but I hope it
will help you.
If you want to plot charge densities of atoms in 2D plane I think you've just
need the block Indices3atoms If the atoms 5 11 12 13 are in the same plane put
the label of 3 in the block is
Dear SIESTA users
I've just a litte question about the signification of the number in the
FOURIER_AREA file that we obtain when running a pg calculation.
As exemple, for gold I have
===
4
1.58519 1.19853 2.50933 2.01413
1.19853 2.50933 1.82680 1.89095
===
But I
Dear SIESTA users
How can I create vacuum layers in a unit cell slab to generate a surface in
periodic boundary condition? I think I must define the lenghts of my unit cell
parallel and normal to the surface but how can I do that ?
Thank in advance
David Cornil
University of Mons-Hainaut
Dear SIESTA users,
I'm a new user of SIESTA and I try to run some little input in order to learn
SIESTA.
I have a problem with a calculation of a phenol molecule.
Here is the end of my output :
outcell: Unit cell vectors (Ang):
11.6817490.000.00
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