Thanks, I meant 4f8, 4d8. Silly error, I missed E_NUC & E_COUL, I was just
looking at the orbital energies (silly error).
On Thu, Oct 26, 2017 at 12:52 AM, Peter Blaha
wrote:
> I don't know how you ran Dy4+ with 4f7 ??
>
> Dy has 12 valence electrons. Dy4+ has 8 electrons.
>
> So one can run for
I don't know how you ran Dy4+ with 4f7 ??
Dy has 12 valence electrons. Dy4+ has 8 electrons.
So one can run for example 4f7(all up) 6s1 or 5d7 6s1
My energies are: -24328.880545-24301.594450
So, as expected, the 4f7 configuration is much better.
Am 25.10.2017 um 22:49 schrieb
To cross-check something else, I just ran Dy4+ with two alternative spin
configurations, 4f7 and 5d7. The result confirms something else, but the
difference in energy is massive with 5d7 lower by about 300 Ryd. Comparable
results with PBE, PBEsol, LDA. Hacking lstart to increase RMAX0=25,
NPT=1281,
Hello again
Here is the 3 different AFM configurations
https://ibb.co/mqySFm
Here are the 4 independent Ni atoms
https://ibb.co/nt2nFm
Now the big problem lies in if is it possible tp get a monoclinic structure
(space group #11) with orthorhombic lattice parameters as we know that the
rhomb
It is a valid procedure to generate a unit cell that supports placing
antiparallel spins on the two Ni sublattices containing Ni1 and Ni2
atoms.
I cannot tell you wether the new structure is 'true' or not.
Concerning the crystal structure you simply should check youerself with
xcrysden (or so
Dear Wien2k users and developers,,
1- For optimizing the geometry of a monoclinic lattice we use option 7 (4D). My
question: will it going to change the volume or only varying a,b,c and beta at
constant volume?.
2- If varying a,b,c and beta at constant volume, then any new generated
structu
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