I'm NOT an expert on BoltzTraP, but I try to answer your questions below.
I just started to use the Boltztrap program. I have read a lot of papers using
this program but I still have some questions related with the input and output
files.
Firstly: In most of the published articles they
Thank you very much, Dr. Blaha!
I will follow your suggestions to see how far I can go.
Guoping
On Mon, 27 Feb 2017, Peter Blaha wrote:
The F cell is the correct cell !!!
A "P" cell of an actually FCC cell is automatically a "supercell".
However, with wien2k you cannot run (super)cells
Dear developers
I am using WIEN2k module which I am using is in a supercomputer located
elseware and I remotely use it. I don't have a way to create my own machine
files, instead I use prepared machine files by them. They have linked those
scripts to my interface with different options. (such
The F cell is the correct cell !!!
A "P" cell of an actually FCC cell is automatically a "supercell".
However, with wien2k you cannot run (super)cells with the same symmetry
as the original cell, as wien2k has implemented on 48 symmetry
operations. Suppose you create a 10x10x10 cell and want
Dear Wien2k users and developers,
I encounter a problem with Wien symmetry operation that I could not find
an answer from mailing list.
I have an intermetallic rare-earth compound, CeFe2, which has C15 cubic
Laves phase of MgCu2, with group symmetry No. 227, and with Z=8 in the
conventional
Dear Wien2k useres,
I just started to use the Boltztrap program. I have read a lot of papers using
this program but I still have some questions related with the input and output
files.
Firstly: In most of the published articles they represent the seebeck
coefficient as a function of the
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