Go to ... Help | Logoff

Citation 28

Accession Number

005259512

Author

Vos M. Storer P. Kheifets AS. McCarthy IE. Weigold E.

Institution

Electron. Structure of Mater. Centre, Flinders Univ. of South Australia,
Adelaide, SA, Australia.

Title

The nature of the background in transmission (e,2e) experiments.

Source

Elsevier. Journal of Electron Spectroscopy & Related Phenomena, vol.76, 29
Dec. 1995, pp.103-8. Netherlands.

Country of Publication

Netherlands.

Conference Information

Sixth International Conference on Electron Spectroscopy, ICES 6. Rome, Italy.
Univ. Rome. CNR. GNSM. 19-23 June 1995.

Abstract

We present (e,2e) data of a graphitic carbon film over a large energy range (from 0 to 330 eV binding energy). This range contains both the valence band and the C Is core level. Below the valence band there is always intensity, due to inelastic scattering effects. We discuss the momentum characteristics of this background. Finally we compare the intensity-ratio of the valence band features and the core level with the theoretically calculated one. (9 References).

Abstract Number

A9611-7920H-002

Subject Headings

Carbon
Electron-surface impact
Graphite
Secondary electron emission
Valence bands

Key Phrase Identifiers

background; transmission (e,2e) experiments; graphitic carbon film; binding
energy range; valence band; C Is core level; band intensity; inelastic
scattering effects; momentum characteristics; intensity ratio; energetic
electron; electron energy loss spectra; 0 to 330 eV; C.

Classification Codes

Electron-surface impact: secondary emission [A7920H]; Nonlocalized
single-particle electronic states [A7125].

Treatment

Experimental.

Chemicals

C/el; C/sur; C/el.

Numeric Data

Electron volt energy 0.0E+00 to 3.3E+02 eV

CODEN

JESRAW

Language

English.

ISSN

0368-2048.

U.S. Copyright Clearance Center Code

0368-2048/95/$09.50.

Publication Type

Conference Paper.

SICI

0368-2048(19951229)76L.103:NBTE;1-K

Update Code

199600.

Copyright

Copyright 1996, IEE.

---