The 31P(d, n)32S reaction at 25 MeV

K. Miura; T. Tohhei; T. Nakagawa; A. Satoh; T. Ishimatsu; T. Kawamura; K. Furukawa; M. Kabasawa; Y. Takahashi; H. Orihara; T. Niizeki; K. Ishii; H. Ohnuma

doi:10.1016/0375-9474(87)90329-0

The ³¹P(d, n)³²S reaction at 25 MeV

K. Miura, T. Tohhei, T. Nakagawa, A. Satoh, T. Ishimatsu, T. Kawamura, K. Furukawa, M. Kabasawa, Y. Takahashi, H. Orihara, T. Niizeki, K. Ishii, H. Ohnuma

ENG - Quantum Science and Energy Engineering

Research output: Contribution to journal › Article › peer-review

7 Citations (Scopus)

Abstract

Differential cross sections for the ³¹P(d, n)³²S reaction have been measured at E_d = 25 MeV using the time-of-flight technique. Levels more than thirty-five up to an excitation energy 13.4 MeV were observed. The experimental angular distributions for bound states were analysed with the distorted wave Born approximation theory. Those for the proton unbound states were analysed by the method of Vincent and Fortune. Spectroscopic factors obtained are compared with the results of the other experiments, the shell model calculations and sum rule limit. Especially, spectroscopic factors for unbound states are successfully compared with the results obtained from the other one-proton stripping reaction and those from the proton resonance scattering on ³¹P.

Original language	English
Pages (from-to)	79-92
Number of pages	14
Journal	Nuclear Physics, Section A
Volume	467
Issue number	1
DOIs	https://doi.org/10.1016/0375-9474(87)90329-0
Publication status	Published - 1987 May 25

Keywords

Nuclear Reactions

ASJC Scopus subject areas

Nuclear and High Energy Physics

Access to Document

10.1016/0375-9474(87)90329-0

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abstract = "Differential cross sections for the 31P(d, n)32S reaction have been measured at Ed = 25 MeV using the time-of-flight technique. Levels more than thirty-five up to an excitation energy 13.4 MeV were observed. The experimental angular distributions for bound states were analysed with the distorted wave Born approximation theory. Those for the proton unbound states were analysed by the method of Vincent and Fortune. Spectroscopic factors obtained are compared with the results of the other experiments, the shell model calculations and sum rule limit. Especially, spectroscopic factors for unbound states are successfully compared with the results obtained from the other one-proton stripping reaction and those from the proton resonance scattering on 31P.",

keywords = "Nuclear Reactions",

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T1 - The 31P(d, n)32S reaction at 25 MeV

AU - Miura, K.

AU - Tohhei, T.

AU - Nakagawa, T.

AU - Satoh, A.

AU - Ishimatsu, T.

AU - Kawamura, T.

AU - Furukawa, K.

AU - Kabasawa, M.

AU - Takahashi, Y.

AU - Orihara, H.

AU - Niizeki, T.

AU - Ishii, K.

AU - Ohnuma, H.

PY - 1987/5/25

Y1 - 1987/5/25

N2 - Differential cross sections for the 31P(d, n)32S reaction have been measured at Ed = 25 MeV using the time-of-flight technique. Levels more than thirty-five up to an excitation energy 13.4 MeV were observed. The experimental angular distributions for bound states were analysed with the distorted wave Born approximation theory. Those for the proton unbound states were analysed by the method of Vincent and Fortune. Spectroscopic factors obtained are compared with the results of the other experiments, the shell model calculations and sum rule limit. Especially, spectroscopic factors for unbound states are successfully compared with the results obtained from the other one-proton stripping reaction and those from the proton resonance scattering on 31P.

AB - Differential cross sections for the 31P(d, n)32S reaction have been measured at Ed = 25 MeV using the time-of-flight technique. Levels more than thirty-five up to an excitation energy 13.4 MeV were observed. The experimental angular distributions for bound states were analysed with the distorted wave Born approximation theory. Those for the proton unbound states were analysed by the method of Vincent and Fortune. Spectroscopic factors obtained are compared with the results of the other experiments, the shell model calculations and sum rule limit. Especially, spectroscopic factors for unbound states are successfully compared with the results obtained from the other one-proton stripping reaction and those from the proton resonance scattering on 31P.

KW - Nuclear Reactions

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