Photoemission approach to spin motion in electron transmission through magnetic films

Henk, J.; Michael, Th.; Bose, P.; Bruno, P.

doi:10.1016/j.susc.2004.05.053

Surface Science

2004

DOI: 10.1016/j.susc.2004.05.053

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Photoemission approach to spin motion in electron transmission through magnetic films

J. Henk

Th. Michael

P. Bose

et al.

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2007

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“…18 Asymmetries in photoemission spectra can be derived from first-principles calculations. 19 A strong spin asymmetry like in our data is consistent with electron-beam transmission experiments. 20 A consequence of the spin-selective confinement is the redistribution of the spin density of states near the E F .…”

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confidence: 92%

Spin-polarized standing waves at an electronically matched interface detected by Fermi-surface photoemission

et al. 2007

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Highly spin-polarized reflection at an interface of a ferromagnetic thin film is made visible by photoelectron spectroscopy. The technique of k-space mapping of the exchange-split Fermi surface is employed to detect standing waves confined to the ferromagnetic layer. A drastic spin asymmetry of this effect is achieved for a specific matching of the Fermi-surface topologies of film and substrate, respectively. For Fe͑110͒ films on a W substrate, intense standing waves are obtained exclusively for majority states, while minority states are virtually unaffected by the boundary.

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confidence: 92%

Spin-polarized standing waves at an electronically matched interface detected by Fermi-surface photoemission

et al. 2007

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Photoemission approach to spin motion in electron transmission through magnetic films

Cited by 1 publication

References 8 publications

Spin-polarized standing waves at an electronically matched interface detected by Fermi-surface photoemission

Spin-polarized standing waves at an electronically matched interface detected by Fermi-surface photoemission

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