Abstract
In the frame of a systematic study of deuteron induced nuclear reactions on all elements, activation cross sections on ^{mathrm {nat}}Se were investigated. Excitation functions were measured up to 50 MeV particle energy for production of ^{mathrm {82}}Br(m+),^{mathrm {80m}}Br, ^{mathrm {77}}Br(m+),^{mathrm {76}}Br(m+), ^{mathrm {75}}Br, ^{mathrm {75}}Se(cum), ^{mathrm {73}}Se(cum), ^{mathrm {76}}As,^{mathrm {74}}As, ^{mathrm {73}}As(cum), ^{mathrm {72}}As and ^{mathrm {71}}As(cum) by using the activation method through stacked foil irradiation followed by off-line gamma-ray spectrometry. The experimental results were compared to the earlier experimental data and to excitation functions calculated with the ALICE-D and EMPIRE-D theoretical model codes and data given in the TENDL-2019 on-line library based on TALYS calculations.
Highlights
IntroductionThe main motivation for the present measurement was to produce a more complete and reliable database for activation cross-sections of deuteron induced nuclear reactions useful for practical applications and can serve as a base for improvement of the description by theoretical codes
The main motivation for the present measurement was to produce a more complete and reliable database for activation cross-sections of deuteron induced nuclear reactions useful for practical applications and can serve as a base for improvement of the description by theoretical codes.In the literature only a few works containing data on deuteron induced activation cross sections on selenium were found
Some of the earlier measurements were done on enriched monoisotopic targets
Summary
The main motivation for the present measurement was to produce a more complete and reliable database for activation cross-sections of deuteron induced nuclear reactions useful for practical applications and can serve as a base for improvement of the description by theoretical codes. In the literature only a few works containing data on deuteron induced activation cross sections on selenium were found. Some of the earlier measurements were done on enriched monoisotopic targets
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