[Wien] H core state
Cesar Lazo
lazo at fhi-berlin.mpg.de
Mon Aug 30 11:01:36 CEST 2004
Dear All,
Below you find the core states for 1ML H/Pd(111), i.e. H adsorbed on a 5
layers 1x1 supercell of Pd(111). At the end of the list, you find the 1S
orbital of H listed as core state. The energy of this core state is 0.0 Ry.
Since H has only one electron and it is a valence electron, H shouldn't
have any core states. Is Wien doing things correctly here? How should I
interpret the assignment of 0.0 Ry to the 1S electron of H?
Regards
Cesar Lazo
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1.ATOM Pd 9 CORE STATES
:1S 01: 1S -1774.919168 Ry
:2S 01: 2S -258.849434 Ry
:2PP01: 2P* -240.071752 Ry
:2P 01: 2P -228.355946 Ry
:3S 01: 3S -46.434980 Ry
:3PP01: 3P* -39.025576 Ry
:3P 01: 3P -36.983031 Ry
:3DD01: 3D* -23.869888 Ry
:3D 01: 3D -23.462554 Ry
2.ATOM Pd 9 CORE STATES
CORE-FORCE in mRy/a.u. = |F| Fx Fy Fz
:FCO02: 2.ATOM 162.605 .000 .000 -162.605
:1S 02: 1S -1774.917541 Ry
:2S 02: 2S -258.847647 Ry
:2PP02: 2P* -240.069970 Ry
:2P 02: 2P -228.354162 Ry
:3S 02: 3S -46.433421 Ry
:3PP02: 3P* -39.024011 Ry
:3P 02: 3P -36.981473 Ry
:3DD02: 3D* -23.868292 Ry
:3D 02: 3D -23.460961 Ry
3.ATOM Pd 9 CORE STATES
CORE-FORCE in mRy/a.u. = |F| Fx Fy Fz
:FCO03: 3.ATOM 641.283 .000 .000 -641.283
:1S 03: 1S -1774.933307 Ry
:2S 03: 2S -258.865247 Ry
:2PP03: 2P* -240.087368 Ry
:2P 03: 2P -228.371613 Ry
:3S 03: 3S -46.451188 Ry
:3PP03: 3P* -39.041766 Ry
:3P 03: 3P -36.999239 Ry
:3DD03: 3D* -23.886136 Ry
:3D 03: 3D -23.478808 Ry
4.ATOM H 1 CORE STATES
CORE-FORCE in mRy/a.u. = |F| Fx Fy Fz
:FCO04: 4.ATOM .000 .000 .000 .000
:1S 04: 1S .000000 Ry
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