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Hiroyuki Okada Hiroyuki Okada1, Tadayoshi Doke Tadayoshi Doke1, Peter Egelhof Peter Egelhof3, Toshisuke Kashiwagi Toshisuke Kashiwagi4, Jun Kikuchi Jun Kikuchi1, Misaki Kobayashi Misaki Kobayashi6, Kimiaki Masuda Kimiaki Masuda8, Manfred Mutterer Manfred Mutterer10, Sigurd Neumaier Sigurd Neumaier3, Eido Shibamura Eido Shibamura11, Kazuhiro Terasawa Kazuhiro Terasawa1 and Achim Weinbach Achim Weinbach3
Copyright (c) 1998 The Japan Society of Applied Physics
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Citation Hiroyuki Okada Hiroyuki Okada et al 1998 Jpn. J. Appl. Phys. 37 6587
DOI 10.1143/JJAP.37.6587
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An allene-doped liquid argon calorimeter whose electrode consists of thin multi parallel plates has been used to measure charge-changing cross sections of 58Ni ions with energies of 400–500 MeV/nucleon. In this calorimeter, the energy loss distribution along the particle track was measured until the major particles stopped. The atomic number of the secondary particles was precisely determined and the total and partial charge-changing cross sections were obtained.
