Abstract
This paper is a users guide and reference manual for the EXANA, an IBM or IBM compatible PC-based program used for analysing extended fine structures occurring on the high energy side of the ionisation edges. The RDF (Radial Distance Function) obtained from this analysis contains information about the number, distance, and type of the nearby atoms, as well as the inelastic mean free path and disorder in distances from the centre atom to the atoms in a atomic shell around it. The program can be made available on request. (au).
Citation Formats
Tafreshi, M A, Bohm, C, and Csillag, S.
EXANA, a program for analysing EXtended energy loss fine structures, EXELFS spectra.
Sweden: N. p.,
1992.
Web.
Tafreshi, M A, Bohm, C, & Csillag, S.
EXANA, a program for analysing EXtended energy loss fine structures, EXELFS spectra.
Sweden.
Tafreshi, M A, Bohm, C, and Csillag, S.
1992.
"EXANA, a program for analysing EXtended energy loss fine structures, EXELFS spectra."
Sweden.
@misc{etde_10145335,
title = {EXANA, a program for analysing EXtended energy loss fine structures, EXELFS spectra}
author = {Tafreshi, M A, Bohm, C, and Csillag, S}
abstractNote = {This paper is a users guide and reference manual for the EXANA, an IBM or IBM compatible PC-based program used for analysing extended fine structures occurring on the high energy side of the ionisation edges. The RDF (Radial Distance Function) obtained from this analysis contains information about the number, distance, and type of the nearby atoms, as well as the inelastic mean free path and disorder in distances from the centre atom to the atoms in a atomic shell around it. The program can be made available on request. (au).}
place = {Sweden}
year = {1992}
month = {Sep}
}
title = {EXANA, a program for analysing EXtended energy loss fine structures, EXELFS spectra}
author = {Tafreshi, M A, Bohm, C, and Csillag, S}
abstractNote = {This paper is a users guide and reference manual for the EXANA, an IBM or IBM compatible PC-based program used for analysing extended fine structures occurring on the high energy side of the ionisation edges. The RDF (Radial Distance Function) obtained from this analysis contains information about the number, distance, and type of the nearby atoms, as well as the inelastic mean free path and disorder in distances from the centre atom to the atoms in a atomic shell around it. The program can be made available on request. (au).}
place = {Sweden}
year = {1992}
month = {Sep}
}