SCANDIUM, YTTRIUM AND LUTETIUM SURFACES STUDIED BY ELECTRON SPECTROSCOPY.

J. Onsgaard*, S. Tougaard, P. Morgen, F. Ryborg

*Corresponding author for this work

Research output: Contribution to conference without publisher/journalPaperResearchpeer-review

Abstract

The reflection electron energy-loss spectra of low-index surfaces of Sc, Y and Lu single crystals have been studied using primary electrons in the energy range 25-2000 eV. Major similarities have been found between the loss spectra of the three elements concerning both the collective excitations as well as the band transitions. The characteristic energy losses observed in Sc and Y match those of the other elements at the lower and f the first and second group of transition metals. The LMM and MNN Auger spectra of Sc and Y are discussed in relation to the quasiatomic vs band characteristics of Auger electrons.

Original languageEnglish
Publication date1. Jan 1980
Number of pages4
Publication statusPublished - 1. Jan 1980
EventUnknown conference - Cannes, Fr
Duration: 22. Sep 198026. Sep 1980

Conference

ConferenceUnknown conference
CityCannes, Fr
Period22/09/198026/09/1980

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lutetium
scandium
yttrium
electron spectroscopy
energy dissipation
electrons
transition metals
electron energy
single crystals
excitation
energy

Cite this

Onsgaard, J., Tougaard, S., Morgen, P., & Ryborg, F. (1980). SCANDIUM, YTTRIUM AND LUTETIUM SURFACES STUDIED BY ELECTRON SPECTROSCOPY.. 1361-1364. Paper presented at Unknown conference, Cannes, Fr, .
Onsgaard, J. ; Tougaard, S. ; Morgen, P. ; Ryborg, F. / SCANDIUM, YTTRIUM AND LUTETIUM SURFACES STUDIED BY ELECTRON SPECTROSCOPY. Paper presented at Unknown conference, Cannes, Fr, .4 p.
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title = "SCANDIUM, YTTRIUM AND LUTETIUM SURFACES STUDIED BY ELECTRON SPECTROSCOPY.",
abstract = "The reflection electron energy-loss spectra of low-index surfaces of Sc, Y and Lu single crystals have been studied using primary electrons in the energy range 25-2000 eV. Major similarities have been found between the loss spectra of the three elements concerning both the collective excitations as well as the band transitions. The characteristic energy losses observed in Sc and Y match those of the other elements at the lower and f the first and second group of transition metals. The LMM and MNN Auger spectra of Sc and Y are discussed in relation to the quasiatomic vs band characteristics of Auger electrons.",
author = "J. Onsgaard and S. Tougaard and P. Morgen and F. Ryborg",
year = "1980",
month = "1",
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}

Onsgaard, J, Tougaard, S, Morgen, P & Ryborg, F 1980, 'SCANDIUM, YTTRIUM AND LUTETIUM SURFACES STUDIED BY ELECTRON SPECTROSCOPY.', Paper presented at Unknown conference, Cannes, Fr, 22/09/1980 - 26/09/1980 pp. 1361-1364.

SCANDIUM, YTTRIUM AND LUTETIUM SURFACES STUDIED BY ELECTRON SPECTROSCOPY. / Onsgaard, J.; Tougaard, S.; Morgen, P.; Ryborg, F.

1980. 1361-1364 Paper presented at Unknown conference, Cannes, Fr, .

Research output: Contribution to conference without publisher/journalPaperResearchpeer-review

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T1 - SCANDIUM, YTTRIUM AND LUTETIUM SURFACES STUDIED BY ELECTRON SPECTROSCOPY.

AU - Onsgaard, J.

AU - Tougaard, S.

AU - Morgen, P.

AU - Ryborg, F.

PY - 1980/1/1

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N2 - The reflection electron energy-loss spectra of low-index surfaces of Sc, Y and Lu single crystals have been studied using primary electrons in the energy range 25-2000 eV. Major similarities have been found between the loss spectra of the three elements concerning both the collective excitations as well as the band transitions. The characteristic energy losses observed in Sc and Y match those of the other elements at the lower and f the first and second group of transition metals. The LMM and MNN Auger spectra of Sc and Y are discussed in relation to the quasiatomic vs band characteristics of Auger electrons.

AB - The reflection electron energy-loss spectra of low-index surfaces of Sc, Y and Lu single crystals have been studied using primary electrons in the energy range 25-2000 eV. Major similarities have been found between the loss spectra of the three elements concerning both the collective excitations as well as the band transitions. The characteristic energy losses observed in Sc and Y match those of the other elements at the lower and f the first and second group of transition metals. The LMM and MNN Auger spectra of Sc and Y are discussed in relation to the quasiatomic vs band characteristics of Auger electrons.

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Onsgaard J, Tougaard S, Morgen P, Ryborg F. SCANDIUM, YTTRIUM AND LUTETIUM SURFACES STUDIED BY ELECTRON SPECTROSCOPY.. 1980. Paper presented at Unknown conference, Cannes, Fr, .