Dear Prof. L. Marks
Thank you again. I will go through this.
Daya
On Friday, October 19, 2018 2:53 PM, Laurence Marks
wrote:
I will recommend https://doi.org/10.1016/j.surfrep.2018.08.001 . For oxides it
is not so easy!
On Fri, Oct 19, 2018 at 3:36 PM shaymlal dayananda
wrote:
Dear
I will recommend https://doi.org/10.1016/j.surfrep.2018.08.001 . For oxides
it is not so easy!
On Fri, Oct 19, 2018 at 3:36 PM shaymlal dayananda
wrote:
> Dear Prof. L. Marks
>
> Thank you very much for quick response.
>
> This is a (semiconductor) oxide. Can you please let me know the correct
Dear Prof. L. Marks
Thank you very much for quick response.
This is a (semiconductor) oxide. Can you please let me know the correct way I
have to follow to create this structure with vaccuum,? any code, etc.?
My target is calculating the "work function".
Thank you in advance
Daya
On
Is this a metal, single element compound or an oxide (insulator)? If it is
a compound probably none of the methods is right. Otherwise all are equally
right or wrong. (30 bohr seems to be anomalously large.)
On Fri, Oct 19, 2018 at 3:22 PM shaymlal dayananda
wrote:
> Dear developers and users
>
Dear developers and users
I need to generate a supercell for a CYZ structure for workfunction calculation
with WIEN2k 18.2.However "supercell" program in Wien2k does not support this
group. Hence I found two other methods to create the supercell.
one method is VESTA. My structure has a=4.12 ,b=
A postdoctoral position is available to work in the general area of atomic
and nanoscale corrosion, see for instance the recent paper
https://doi.org/10.1103/PhysRevLett.121.145701 . A strong technical
background in transmission electron microscopy is essential; additional
expertise in DFT, APT,
I agree with your comments about 2)-3).
What I noticed is that telnes3 has as the energy origin the difference in
energy between the core state (calculated internally by a clone of lcore
using case.inc for occupancies) and the Fermi energy. This number is not
output anywhere within telnes3.
I'm not running elnes very often, and I also do not really understand
your problem/ or what is not honored. As far as I understand:
In the input you enter an energy range from zero (=EF) to something.
This means all spectra (of different O-atoms) start at zero and possible
shifts should be
>From what I can see, it appears that telnes3 is ignoring the absolute
energy range that the user inputs. In a case I just ran to look at an O K
edge it did not matter whether I used 500-530 as the energy range or
520-550, in both cases the EELS zero was the same and the spectra looked
identical.
Dear Wien2k mailing list,
there is some ongoing work to use OpenMP in lapw0 to provide another
level of parallelization in addition to the MPI (which parallelizes
over atoms).
The current version should be almost production ready and was already
tested with some standard stuff (LDA,PBE,sp,etc.)
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