Hello ChrisIf the system is metallic, no matter how bad a conductor it can be, in a finite time it will be able to screen any constant electric field. This is as to say that the static dielectric constant is infinite. Regards PietroIl 04 mar 2018 8:03 AM, Christoph Wolf ha scritto:Dear all,I have
Dear all,
I have a fairly general question and I hope I can pick someone's brain:
If an insulator or semiconductor is doped with a metal narrow bands
determined by the crystal field emerge and often the fermi level lies
within one of the bands, i.e. the "bands cut the fermi level", which is
often
On Sat, Mar 3, 2018 at 1:37 PM, BENYAHIA NEZHA
wrote:
I think that the LDA+1/2 method is not implemented for PAW, because
> when i made another lda-1/2 test for USPP pseudopotential for Sb atom, it
> worked normally without any segmentation fault. However, iam interested in
> the PAW pseu
Dear Paolo Giannozzi
I think that the LDA+1/2 method is not implemented for PAW, because when
i made another lda-1/2 test for USPP pseudopotential for Sb atom, it worked
normally without any segmentation fault. However, iam interested in the PAW
pseudopotential Is there any solution