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Super-asymmetric fission of heavy nuclei induced by intermediate energy protons

In this work we present the results for the investigation of intermediate-mass fragment (IMF) production with the proton-induced reaction at 660 MeV on 238U and 237Np target. The data were obtained with the LNR Phasotron U-400M Cyclotron at Joint Institute for Nuclear Research (JINR), Dubna, Russia. A total of 93 isotopes, in the mass range of 30 < A < 200, were unambiguously identified with high precision. The fragment production cross sections were obtained by means of the induced-activation method in an off-line analysis. Mass-yield distributions were derived from the data and compared with the results of the simulation code CRISP for multimodal fission. A discussion of the super-asymmetric fragment production mechanism is also given.

preprint2014arXivOpen access
A. DeppmanE. Andrade-IIV. GuimaraesG. S. KarapetyanO. A. P. TavaresA. R. BalabekyanN. A. DemekhinaJ. AdamF. GarciaK. Katovsky
nucl-exnucl-th
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Open access10 authors2 topics
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A. DeppmanE. Andrade-IIV. GuimaraesG. S. KarapetyanO. A. P. TavaresA. R. BalabekyanN. A. DemekhinaJ. AdamF. GarciaK. Katovsky

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