The angular dependence of postcollision-interaction effects has been studied in the electron impact ionization of the Xe 4d(5/2) orbital at 1000 eV incident energy. The Xe N5O23O23 (S-1(0)) Auger electrons have been measured in coincidence with ejected electrons of 30 eV at two different relative angles, namely, 170 degrees and 25 degrees. At the smallest relative angle, the coincidence spectrum displays a shift towards lower Anger energies and a shape that is consistent with the predictions of angular dependent postcollision-interaction models.

Avaldi, L., Belotti, P., Bolognesi, P., Camilloni, R., Stefani, G. (1995). OBSERVATION OF ANGLE-DEPENDENT POSTCOLLISION INTERACTION IN THE ELECTRON-IMPACT IONIZATION OF XE 4D(5/2) RID G-7348-2011. PHYSICAL REVIEW LETTERS, 75(10), 1915-1918 [10.1103/PhysRevLett.75.1915].

OBSERVATION OF ANGLE-DEPENDENT POSTCOLLISION INTERACTION IN THE ELECTRON-IMPACT IONIZATION OF XE 4D(5/2) RID G-7348-2011

STEFANI, Giovanni
1995-01-01

Abstract

The angular dependence of postcollision-interaction effects has been studied in the electron impact ionization of the Xe 4d(5/2) orbital at 1000 eV incident energy. The Xe N5O23O23 (S-1(0)) Auger electrons have been measured in coincidence with ejected electrons of 30 eV at two different relative angles, namely, 170 degrees and 25 degrees. At the smallest relative angle, the coincidence spectrum displays a shift towards lower Anger energies and a shape that is consistent with the predictions of angular dependent postcollision-interaction models.
1995
Avaldi, L., Belotti, P., Bolognesi, P., Camilloni, R., Stefani, G. (1995). OBSERVATION OF ANGLE-DEPENDENT POSTCOLLISION INTERACTION IN THE ELECTRON-IMPACT IONIZATION OF XE 4D(5/2) RID G-7348-2011. PHYSICAL REVIEW LETTERS, 75(10), 1915-1918 [10.1103/PhysRevLett.75.1915].
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11590/116033
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