Dear Wien2K,
I am trying to do AFM calculations. I followed the user
guide to set the AFM calculations. I got some error. Here i am giving the
step by step information.
1. first i run init_lapw up to lstart in magnetic case. After that i copied
my case.struct to
Hello users and developers,
Is there any way to perform the DFTD2 method in any version of WIEN2k? I wanted
to include Van der Waal's interactions to my bulk MoS2 calculations.
--
Dileep Krishnan,
Int. Ph. D Student,
International Centre for Materials Science (ICMS),
Jawaharlal Nehru Centre
DFTD3 (and previous version) will be included in the next release of
WIEN2k (in about 3-4 weeks).
On 05/22/2014 12:10 PM, Dileep Krishnan wrote:
Hello users and developers,
Is there any way to perform the DFTD2 method in any version of WIEN2k? I wanted
to include Van der Waal's interactions
I think that you cannot ignore vec2old_lapw: Command not found.
Sometimes that can be resolved by installing tcsh. If not, run
vec2old_lapw in a terminal while in the case directory to see if it
tells you what command in the script it cannot find.
On 5/22/2014 1:15 AM, Peram sreenivasa
I suspect that vec2_old means that you have not correctly setup you
PATH variable, and/or some related system/user/linux configuration
error. As Gavin said try it in a terminal and also do echo $PATH
from that terminal.
N.B., the use of -ec 0.01 is unusual and/or wrong. The normal
default is
Dear Users,
I am a new user and i want to know the right steps to install wien2k
correctly with intel fortran and xcrysden on UBUNTU
I will be very thankful if you help me
--
*Cordialement*
___
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Please see the link below:
http://www.mail-archive.com/wien%40zeus.theochem.tuwien.ac.at/msg05586.html
There is also another set of instructions at the following website:
https://sites.google.com/site/jamesanalytis/wien2k-in-ubuntu-10-04
2014-05-22 21:58 GMT+03:00 Brahim ABRAIME
Dear users and experts,
We are doing electronic structure calculations using Wien2k. In order to
get reliable energy bands for semiconductors/insulators, we are using
TB-mBJ functional. To perform TB-mBJ calculations first one has to do scf
with standard LDA/GGA functional and then to continue
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