Splitting of fragmentation peaks of light ions in 56Fe + 9Be collisions at 0.23 GeV/nucleon
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2019
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Abstract
The FRAGM experiment at the ITEP-TWA heavy ion facility has a unique opportunity of measuring the momentum distributions of nuclear fragments. We present the results of 56Fe fragmentation into light ions on 9Be target at 0.23 GeV/nucleon. The momentum spectra of projectile like fragments were measured with a high resolution beam line spectrometer. In contrast to the carbon fragmentation, where the momentum spectra have Gaussian-like shapes, in the emission of the light fragments the shapes have a double-humped structure. This splitting is most pronounced in proton spectra. The possibility of describing this effect by asymmetric fission and multifragmentation is discussed. A comparison is made with the results of the FRS measurements at GSI. The obtained experimental data are in a reasonable agreement with the predictions of several transport codes such as BC, INCL and LAQGSM.| Reference Key |
turdakina2019epjsplitting
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| Authors | B.M. Abramov,M. Baznat,Yu.A. Borodin,S.A. Bulychjov,I.A. Dukhovskoy,A.P. Krutenkova,V.V. Kulikov,M.A. Martemianov,M.A. Matsyuk,E.N. Turdakina;B.M. Abramov;M. Baznat;Yu.A. Borodin;S.A. Bulychjov;I.A. Dukhovskoy;A.P. Krutenkova;V.V. Kulikov;M.A. Martemianov;M.A. Matsyuk;E.N. Turdakina; |
| Journal | epj web of conferences |
| Year | 2019 |
| DOI | 10.1051/epjconf/201920403008 |
| URL | |
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