this.
Kind regards,
Ivetta
--
Slipukhina I.V.
Institute for Solid State Physics and Chemistry
Uzhgorod University, 54 Voloshyn St., 88000 Uzhgorod, UKRAINE
tel/fax +38 (03122) 3-23-39 e-mail: [EMAIL PROTECTED]
Dear Navaratnarajah Kuganathan,
I would like to tell you that you can check the reliability of your results,
comparing the results of calculations with different input parameters.
As you know, good pseudopotentials should be smooth enough
in the core region for all angular momentum channels,
Dear Khairul Alam
To obtain the band structure of a system you have to specify
the points of high symmetry in BZ and the number of points (i.e., 20
as in the following example) along the corresponding directions of BZ
in the k-space.
For example:
BandLinesScale ReciprocalLatticeVectors
%blo
Dear SIESTA users,
I would like to ask whether it is possible to calculate
energies of intraceneter transitions between impurity levels,
calculating differences between formation (or total) energies of the supercell
with different occupation of defect orbitals of the impurity in a
given charge st
Dear all,
I sometimes meet a problem during geometry optimization.
After several Broyden steps the programm stops,
writing in the log file the following message:
inver: INVERSION UNSUCCESFULL ERROR= nun
I used to deal with the problem by decreasing the
value of electron density mixing, whic
Pryvit, Oleksandr!
Have you indicated the coordinates of k-points
in your input file, using BandlinesScale (e.g.
ReciprocalLatticeVectors) and %block BandLInes?
Sincerely,
Ivetta
Dear Riccardo Ruali,
thank you very much for the answer!
I'm glad that it is possible, because anyway, I need only
structural properties of the system with charged defects.
Thank you very much for your advise!
Best regards,
Ivetta
Dear SIESTA users,
could anybody give me an answer on my question
(if anybody had had any experience before):
is it possible to obtain converged result conductiong structural relaxations
for the charged systems (NetCharge not eq. to 0) with non-cubic symmetry,
using the SIESTA code?
Thank yo
Dear SIESTA users,
could anybody kindely shear with the information
how to properly obtain Mulliken charges and Mulliken
orbital populations using SIESTA code?
How strong is the influense of PAO basis EnergyShift parameter
value or the quality of constructed pseudopotential
on Mulliken charges
Dear SIESTA users,
I'm trying to investigate influence of Ni substitutional
impurity on electronic properties of strongly anisotropic
semiconducting ferroelectric crystal SbSI with orthorhombic
symmetry.
In my investigations I substitute one Sb atom
(which behaves in the host crystal like Sb 3+
i
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