The electron-emission decay channel for photoexcited fcc Yb 5p3/2 and 5p1/2 core levels is observed by measuring the photoionization cross-section curves *, for the 4f subshell and valence-band electron states in the photon energy range 2350 eV. ONN Coster-Kronig, 5p-5d resonant photoemission, and 5p-5d giant dipole autoionization decay channels produce well-resolved structures in the photoemission and * curves. These processes shed light on the electronic structure of fcc Yb, which is largely hidden in conventional photoemission experiments.
Electron-emission processes following 5p photoexcitation in fcc Yb / G. Rossi, A. Barski. - In: PHYSICAL REVIEW. B, CONDENSED MATTER. - ISSN 0163-1829. - 32:8(1985), pp. 5492-5495.
Electron-emission processes following 5p photoexcitation in fcc Yb
G. RossiPrimo
;
1985
Abstract
The electron-emission decay channel for photoexcited fcc Yb 5p3/2 and 5p1/2 core levels is observed by measuring the photoionization cross-section curves *, for the 4f subshell and valence-band electron states in the photon energy range 2350 eV. ONN Coster-Kronig, 5p-5d resonant photoemission, and 5p-5d giant dipole autoionization decay channels produce well-resolved structures in the photoemission and * curves. These processes shed light on the electronic structure of fcc Yb, which is largely hidden in conventional photoemission experiments.File | Dimensione | Formato | |
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