Two-particle break-up of triton by incident deuteron with energy of 37 MeV

The break-up reaction D+ T ®d + d + n is investigated at the energy of incident deuterons of 36,9 MeV. Inclusive energy spectra as well as angular distributions of deuterons are measured. We described the results of the experiment satisfactorily in the framework of the microscopic diffraction nuclea...

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Published inI͡A︡derna fizyka ta enerhetyka Vol. 11; no. 3; pp. 262 - 268
Main Authors O. O. Belyuskina, V. I. Grantsev, V. V. Davydovskyy, K. K. Kisurin, S. E. Omelchuk, G. P. Palkin, Yu. S. Roznyuk, B. A. Rudenko, V. S. Semenov, L. I. Slusarenko, B. G. Struzhko, V. K. Tartakovsky
Format Journal Article
LanguageEnglish
Published Institute for Nuclear Research, National Academy of Sciences of Ukraine 01.09.2010
Subjects
break-up
cross section
deuteron
diffractive approximation
experiment
inclusiv
inclusive process
triton
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Summary:The break-up reaction D+ T ®d + d + n is investigated at the energy of incident deuterons of 36,9 MeV. Inclusive energy spectra as well as angular distributions of deuterons are measured. We described the results of the experiment satisfactorily in the framework of the microscopic diffraction nuclear model taking into account the interaction in the final state. Our calculations have shown that the main process leading to appearance of deuterons in the output channel of D+ T ®d + d + n reaction is diffractive break-up of the triton by the incident deuteron, and the scattered deuterons give major contribution to the cross section. The contribution of the processes involving the formation of the intermediate resonances is quite small.
ISSN:1818-331X
2074-0565