your fdf and pseudo?
(if you prefer you send them directly to me)
Best,
Eduardo
On 09/04/2008, at 21:06, Salvador Barraza-Lopez wrote:
Hello list,
I am doing a calculation where a gold surface is covered with a magnetic
molecule, via sulfur (thiol).
I first performed a calculation
Hello,
I wish to use the Co pseudo from the new pseudo database. Somehow
it does not seem to be working today:
WARNING: The requested object does not exist on this server. The link you
followed is either outdated, inaccurate. Please, excuse the inconvenience.
This is the url:
Hello SIESTA users,
I would like to know if there is a way to obtain the electronic
occupancies for a given eigenstate in SIESTA. I know one can determine
this by the location of the Fermi energy but still would like to know if
there is another way to obtain occupancies for electronic
Dear Marcos, David,
Thank you for pointing out the meaning of the z-flag on the PDOS file.
Yet, have you actually plotted the PDOS for spin-polarized systems at
some point? I created a small script to plot the PDOS for a very simple
system: A Mn dimer. I know the eigenvalues are very close
Hello,
I am working with a spin-polarized system and I would like to plot the
Projected density of states (PDOS). Looking in the manual, not much info can
be found. I have two questions:
z=1 is for spin-up electrons and
z=2 for spin-down electrons?
Also, the actual PDOS data has two columns,
Hi,
I am trying to build a pseudopotential file for Mn within GGA-PBE. I have
seen Miguel Pruneda's input file which is defined to include 3s, 3p, 3d
and 4f channels. The pseudo is polarized (by leaving out two electrons on
the 4s channel, which the pseudo program can not generate if s
Hello Chu,
The issue here is when you change the ordering on the
Chamicalspecies block, you are changing the atomic species also in your
coordinate set. Did you leave the coordinates unchanged?
For instance, if an atom with coordinates
X Y Z 1
was assigned to species 1, then by renaming the
Hi Marcos,
I read some time ago a post by Nichols Romero on this subject. From that
post, and the responses on it, it appeared that there is not a further
implementation of the 'pseudo generation code' for two channels with the
same angular momentum.
Regards,
Salvador.
electronic configuration is: [Xe]4f12 6s2
I'd like to have the 5s and 5p orbitals as semicore and the 4f, 5d, 6s
and 6p as valence, just like in the Ba example in the atom manual.
So after choosing the various r_c like suggested by Mr. Salvador Barraza-Lopez
in a recent contribution in this mailing
Hi Cornil,
May I inquire how you obtained your value for PAO.EnergyShift?
The problem originates from the overlap matrix. Choleski
diagonalization requires S to be strictly equal to its transpose. I've
seen this problem happening to me a couple times. My advice would be for
you to plot your
that your pseudos are GGA, then they should all be GGA, or else all LDA.
Cheers,
Marcos
Thank you very much.
Regards
Bozo
--
--
Salvador Barraza-Lopez
Department of Physics
Virginia Tech
Blacksburg VA, 24060
[EMAIL PROTECTED]
(540) 231 3308
for your help,
Salva.
*
Salvador Barraza-Lopez
3223 BI
University of Illinois
+1(217) 244 1964 (Office)
https://netfiles.uiuc.edu/barrazal/www/
*
#K
%endblock BandLines
MeshCutoff 200 Ry
MaxSCFIterations 100
DM.NumberPulay 3
DM.MixingWeight 0.2
*
Salvador Barraza-Lopez
3223 BI
University of Illinois
+1(217) 244 1964 (Office)
https://netfiles.uiuc.edu/barrazal/www/
*
Dear developers and users,
I have a couple questions regarding the charge plot from an
all-electron calculation (or pseudo, does not matter) in atom.
The first one is about the units in this plot. The
horizontal scale is in Bohr but what would be the units for
the vertical plot?
Perhaps
of those
variables.
Best regards,
Salvador.
*
Salvador Barraza-Lopez
3223 BI
University of Illinois
+1(217) 244 1964 (Office)
https://netfiles.uiuc.edu/barrazal/www/
*
with what you get; This a limiting procedure, there's nothing
to it. Please also look at the archive; there is an extensive
discussion on this point.
Regards,
*
Salvador Barraza-Lopez
3223 BI
University of Illinois
+1(217) 244 1964 (Office)
https://netfiles.uiuc.edu/barrazal/www
Dear Professor Ordejon, I will be looking forward for the
next release. Thank you very much for your comments.
Salvador Barraza.
*
Salvador Barraza-Lopez
University of Illinois-UC
244 1964 (Office)
367 6756 (Home)
*
Dear SIESTA-developers/users
I have explored the mailing list trying to obtain info regarding orderN
procedures. But there is not much. Or to be precise, there is not enough
for me to make a sucessful run. I have unstabilities after the second scf
cicle. The gradient goes out of bounds.
The fdf
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