okay thanks.
**
Nacir GUECHI
Docteur en Physique du solide.Enseignant-Chercheur à l'université du Dr. Yahia
FARES de Médéa, Algeria (www.univ-media.dz).Laboratoire d'études des surfaces
et interfaces des matériaux solides (L.E.S.I.M.S),
As I said, I suggest NOT using those switches during optimisation. Don't,
period.
On Apr 2, 2016 14:28, "Nacir GUECHI" wrote:
> thanks for reply.
> i use the package mini; i want know how the file .in1 changes when we
> added the two switches "-in1new N -in1orig" in the case
thanks for reply. i use the package mini; i want know how the file .in1 changes
when we added the two switches "-in1new N -in1orig" in the case of
optimization+relaxation processes for 05 volumes. furthermore, i thought to use
only -in1new N switch after that i changed the energy increment for
I suggest NOT using -in1new with MSR1a.
On Apr 2, 2016 06:01, "Nacir GUECHI" wrote:
> Dear wien users.
> is the switch "-in1new 3 -in1orig" sufficient to do
> optimization+relaxation?
> or, we use only the switch -in1new3; and after 3 cycles we change
> the energy increment
Dear wien users.is the switch "-in1new 3 -in1orig" sufficient to do
optimization+relaxation?or, we use only the switch -in1new3; and after 3 cycles
we change
the energy increment from its value 0.000 to 0.001 for semi-core states?
with best regards.
Sir/Madam,
I'm trying to studying band folding (or unfolding) using WIEN2k_13. I
started with Tl in simple cubic structure (one Tl per unit). Then, I doubled
the size of the unit by adopting a fcc structure with two Tls in a primitive
cell labelled as Tl1 and Tl2 in Tl.struct file. Structure file
How to calculate linearization energy of a compound or alloy using the
FPLAPW method in the Wien2k code
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Dear All,
I am performing calculations on slabs of the material LiFePO4 using GGA+U in
the latest Wien2k release.
To perform min_lapw internal parameter optimisation I reduce the RMT's and
use R=1.06 for Phosphorus. This results in a need to reduce the default for
energy separation of core
The below -12.2 comes from what you have at the bottom of case.in1,
so this should not be an issue.
I'm not sure about your low lying states, normally a WARNING is just
that. However, I do wonder why you reduced the P so much and not the O
instead. You may also be going a bit too far with this,
As mentioned by L.Marks, the choice of RMTs might be non-trivial and I also
doubt that
P with 1.06 bohr ?? is a good choice, but smaller O, bigger P might be better.
Somehow ? you got the P-2s states into your in1 file. It is usually that the
energies
from lstart are 1-2 Ry lower than what you
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