Elsevier

Nuclear Physics A

Volume 211, Issue 2, 3 September 1973, Pages 405-428
Nuclear Physics A

Investigation of 36Ar with the 35Cl(p, γ)36Ar reaction: (II). Angular distributions and shell model calculations

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Abstract

The angular distributions of primary and secondary γ-ray transitions at eight resonances in the 35Cl(p,γ)36Ar reaction have been measured with a 60 cm3 Ge(Li) detector. The measurements lead to unambiguous Jgp assignments for 17 states of 36Ar and to Jπ limitations for seven other states. A large number of γ-ray multipole mixing ratios were obtained. Many of the resonances are analogues of 36Cl levels. The lifetime of the Ex = 6.36 MeV level has been determined as τm = 440 +-150 fs. A simple shell model calculation has been performed to study the odd-parity levels of 36Ar and 36Cl. Coulomb displacement energies have been computed. Spectroscopic factors have been calculated and compared with the experimental data for the 35Cl(d, p)36Cl and 35(τ, d)36 reactions.

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