I used following unit cell vectors and kgrid, there was an error as show
below.
But when I changed the kgrid in z direction to 45, the error was gone. But
it is unphysical,since that direction is mostly vaccum region.
Does this error have any relation with settings of kgrid?
Many thanks.
Jiakan
Hi,
Correct the line of the f orbitals: You have to use 5f not 6f.
Besides, have look at atom_table.txt within the Contrib
folder of the atom utility.
Regards,
Roberto
pg Bismuth
tm2 2.50
n=Bi c=rvr
0.0 0.0 0.0 0.0 0.0 0.0
134
No. The pseudopotential is designed to be transferable to all types
of systems. Chris
On 17 June 2010 20:36, He Jinghui wrote:
> Dear All:
>
> Do we need spin-polarized pseudo potential if we set the spin-polarized as
> true in our calculation?
>
> jinghui
Thanks, that helps a lot (apparently I can't count).
Now I'm getting huge values for excitation energies in my test OUT file.
ATM 3.2.2 18-JUN-10 Bismuth GS-6s2 6p3 &v&d
ATM 3.2.2 18-JUN-10 Bismuth 6s2 6p2 7s1 &v&d
ATM 3.2.2 18-J
I believe there is an error concerning the number of non-valence
orbitals, which are 11 plus the 2 f orbitals (4f, 5f)=13. But check
including/omitting the 5f orbital. Therefore it should work with:
pg Bismuth
tm2 2.50
n=Bi c=rvr
0.0 0.0 0.0 0.0
Hey all,
Thanks for your help in my previous email about band gaps!
I'm back again with a weird issue:
I have generated a Bismuth pseudo potential with what I thought was only
valence states:
pg Bismuth
tm2 2.50
n=Bi c=rvr
0.0 0.0 0.0 0.0 0.
Thanks a lot~~
2010/6/18 Alexander Vozny
> It can be converted to CUBE or XSF formats
> by Andrei Postnikov's tool /Util/Contrib/APostnikov/
> or grid2cube utility in /Util/Grid/
>
It can be converted to CUBE or XSF formats
by Andrei Postnikov's tool /Util/Contrib/APostnikov/
or grid2cube utility in /Util/Grid/
Dear Jose A.:
Thank you very much again!
Sincerely,
Mengqiu
> From: jose.torres.alo...@uam.es
> To: siesta-l@uam.es
> Date: Thu, 17 Jun 2010 17:57:26 +0200
> Subject: RE: [SIESTA-L] Who can help me!
>
> Dear Mengqiu:
>
> Transiesta is designed to give accurate
> calculations of la