Higher-order effects studied for K-shell excitation of high-Z projectiles

The study of projectile excitation of high-Z ions in collisions with light target atoms is a powerful tool for the investigation of magnetic and higher-order effects occurring in relativistic collisions. Very first investigations performed for bismuth ions were recently extended at the ESR storage r...

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Published in:Hyperfine interactions 1998-01, Vol.114 (1-4), p.171-174
Main Authors: Rymuza, P, Stöhlker, T, Ionescu, D C, Bosch, F, Kozhuharov, C, Liesen, D, Ludziejewski, T, Krämer, A, Mokler PH, Stachura, Z, Świat, P, Warczak, A
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Language:English
Subjects:
Bismuth
Collisions
Excitation
Projectiles
Uranium
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container_end_page 174
container_issue 1-4
container_start_page 171
container_title Hyperfine interactions
container_volume 114
creator Rymuza, P
Stöhlker, T
Ionescu, D C
Bosch, F
Kozhuharov, C
Liesen, D
Ludziejewski, T
Krämer, A
Mokler PH
Stachura, Z
Świat, P
Warczak, A
description The study of projectile excitation of high-Z ions in collisions with light target atoms is a powerful tool for the investigation of magnetic and higher-order effects occurring in relativistic collisions. Very first investigations performed for bismuth ions were recently extended at the ESR storage ring by using He-like uranium ions in collisions with gaseous targets. At the ESR jet target, the absence of solid-state effects (e.g., multiple collisions) allows one to study higher order processes, such as excitation and ionization or excitation and capture, occurring in single collisions.
doi_str_mv 10.1023/A:1012678623114
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subjects Bismuth
Collisions
Excitation
Projectiles
Uranium
title Higher-order effects studied for K-shell excitation of high-Z projectiles
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