The 115Sn(n,γ) Reaction With Thermal Neutrons

Carlton, R. F.; Raman, S.; Jurney, E.T.

doi:10.1007/978-1-4613-2940-4_44

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1985

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“…In summarizing the status of knowledge concerning this reaction in 1978, Endt and Van der Leun [9] point out the need for further study. In 1979 and1980, Carlton, Raman andJurney [10, 111 made a study of neutron capture by sulfur in which separated isotope targets were used. A primary objective was to establish the thermal neutron capture cross sections, and in achieving this, they obtained neutron separation energies [12] for three of the four isotopes.…”

Section: Introductionmentioning

confidence: 99%

Radiative thermal neutron capture by natural sulfur

1985

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A high precision study of the gamma ray spectrum following neutron capture by a target of natural sulfur is reported. The energy precision obtained has permitted construction of decay schemes for 33S and 35S. In the case of the former isotope a total of 22 levels have been identified while for the latter and much weaker reaction 7 states have been observed. While some transitions attributable to capture by 33S are observed, their weakness prohibited detailed analysis. The neutron separation energies, based upon the 14N(n, 7)lSN standard are found to be 8,641.60(3)keV and 6,985.84(5)keV for 33S and 35S respectively.

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Section: Introductionmentioning

confidence: 99%