Dear WIEN users,
?
I know that the E-V curve can be computed with WIEN2k to obtain the equlibrium
volume
V0 and ground state total energy. When V0 is achieved, the pressure P = 0.
I would like to know how to use WIEN2k to generate Pressure-volume (P-V) curves
for
different crystalline phases
Dear users,
Can anyone refer me to a paper that discusses or give me simple
physical arguments on why EECE/HYBR increase the total energies
compared to pure DFT and also why increasing the amount of HF
exchange tend to increase the localization of d/f states.
Thanks
--
Dear Prof. Blaha,
I would like to know if TPSS-H-Fock-alpha and other hybrid functional
calculations automatically switches on -orb. This is because I see that a
case.inorb(c) is created when running runsp_lapw -eece (-so). but the
fourth and fifth lines do not conform to any of the ORB
Dear users,
I wish to ask a question concerning the
density of states when SO is present.
As is known, SO no longer makes spin
a good quantum number yet WIEN2k allows
the spin-up and spin-dn DOS to be computed
when SO is present. In such a case how does
one interpret spin-up
Dear Users,
I'm having a hard time figuring out why WIEN2k 08
runs fine in parallel a shared architecture but
lapw2 fails for parallel claculations on a cluster.
I get the following error for lapw2 per k-point
forrtl: Is a directory
forrtl: severe (30): open failure, unit 31,
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