Magnetic circular dichroism of the S 2p, Co 2p, and Co 3pcore absorption and orbital angular momentum of the Co 3dstate in low-spinCoS2 | Zendy

T Muro | Zendy; Tatsuya Shishidou | Zendy; F. Oda | Zendy; Tadashi Fukawa | Zendy; Hiroya Yamada | Zendy; A. Kimura | Zendy; S. Imada | Zendy; Sei-ichiro Suga | Zendy; S. Y. Park | Zendy; Tsuneaki Miyahara | Zendy; K. Sato | Zendy

Open Access

Magnetic circular dichroism of the S 2p, Co 2p, and Co 3pcore absorption and orbital angular momentum of the Co 3dstate in low-spinCoS2

Author(s) -

T Muro,

Tatsuya Shishidou,

F. Oda,

Tadashi Fukawa,

Hiroya Yamada,

A. Kimura,

S. Imada,

Sei-ichiro Suga,

S. Y. Park,

Tsuneaki Miyahara,

K. Sato

Publication year - 1996

Publication title -

physical review. b, condensed matter

Language(s) - English

Resource type - Journals

eISSN - 1095-3795

pISSN - 0163-1829

DOI - 10.1103/physrevb.53.7055

Subject(s) - magnetic circular dichroism , angular momentum , physics , atomic physics , absorption (acoustics) , spin (aerodynamics) , core (optical fiber) , angular momentum coupling , cluster (spacecraft) , x ray magnetic circular dichroism , circular dichroism , ferromagnetism , total angular momentum quantum number , condensed matter physics , crystallography , chemistry , spectral line , quantum mechanics , optics , computer science , thermodynamics , programming language

Magnetic circular dichroism~MCD! has been measured for ferromagnetic CoS 2 in the S 2p, Co 2p and 3p core absorption regions. MCD in the S 2 p region is discussed in terms of the exchange splitting of the unoccupied band. The Co 2 p MCD has revealed that the orbital angular momentum of the Co 3 d state remains finite in spite of its low-spin configuration. This situation is confirmed by a simple cluster model calculation.

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