Thank you very much Gavin - I'll use your expert input in trying to refine
the configuration.
Meanwhile -
Yes, SSD is the choice of the 1st HD; RAM is TBD;
CUDA - No;
NVIDIA is recommended by Wavefunc, but not necessarily high end; in Wien2k
I use the auxiliary software XCrysden and am guessing
Colleagues,
Could you kindly verify my and my coworker's Jeff Spirko's access to the
Wien2k website?
Thanks ahead,
Kamil Klier
-- Forwarded message -
From: Spirko, Jeffery
Date: Tue, Jun 18, 2019 at 10:20 AM
Subject: Re: [Wien] WIEN2k Version 19.1
To: Kamil Klier
Kamil,
Yes
I'd like to join this inquiry, with specifics on how to implement parallel
BoltzTrap and whether a link to graphic (ps ?) could be mads available.
With thanks,
Kamil
On Sat, Oct 28, 2017 at 10:15 PM, Gavin Abo wrote:
> All,
>
> Just curious, has anyone heard if the new
for a similar error but found
none.
Any instruction for a fix would be highly appreciated. Why does the
caret appear in the error message?
Regards,
Kamil Klier
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within the CFN cluster and with our installation parameters. Our use
of -orb is based on experience with pure ZnO, but the present problem
persists with or without running LDA+U.
Any hint/advice/experience would be highly appreciated.
Regards,
Kamil Klier
Lehigh University
e-mail k
-1.0 in
case.inm, or the other way round: adding one electron in case.in2 and
compensating by +1.0 in case.inm?
Thanks ahead,
Kamil Klier
Peter Blaha Fri, 15 Apr 2011 13:33:30 +0200
I cannot verify your problem.
I've created a small Si supercell with one Al atom and charged it.
mBJ runs
to handle the negative charge on B and
the hole in the VB (preferably at VBM): add an electron in case.in2c,
and create a hole in case.inm by choosing occupancy -1.0 ?
Or somehow selecting a small energy range at VBM and force zero
occupancy in it?
Regards,
Kamil Klier
Lehigh University
however that this relates to previous mail regarding the kinks in
graphic rendition of the potential using rhoplot.
Kamil Klier
Lehigh University
This message was sent using IMP, the Internet Messaging Program.
The Wien example for NiO uses U_eff = 0.52 Ry for the Ni3d orbitals.
Would that mean that using subsequent mBJ potential for 'improvement
of bandgap of NiO' is not appropriate or at least is an overkill?
Best regards,
Kamil Klier
Quoting Peter Blaha pblaha at theochem.tuwien.ac.at:
mBJ+U
a
bit as follows: it would push the Zn3d down and improve the bandgap -
unless of course there are theoretical reasons why mBJ and U should be
in conflict. That does not seem to be the case, however, for 4f
orbitals.
Best regards,
Kamil Klier
Quoting tran at theochem.tuwien.ac.at:
Yes
and if so, in which
subprogram?
Thanks in advance,
Kamil Klier
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.
The 'regular scf' converges well, the slow convergence occurs in the
mBJ runs with option 28 in *in0 and 50 in *in0_grr, even though the
PRATT option in *inm is used.
I believe I have the latest version of WIEN2k, 10.2.
Regards,
Kamil Klier
Quoting Peter Blaha pblaha at theochem.tuwien.ac.at
in LDA+U and mBJ, it
would seem that this combination will yield better relative energies
of the d-levels and the bandgap. Please correct if this is wrong.
Greetings, Kamil Klier
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