The Energy and the Angular Distributions of the O^<16>(γ,p)N^<15> Reaction

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概要

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• The dipole states of Oo^<16> nucleus are well explained with the theory of the shell model which includes the interaction between one-particle and one-hole. For the valuation of the single-particle excitation model it is important to investigate the decays of the dipole states of O^<16> to excited states of a residual N^<15> nucleus. An O^<16>(γ,p)N^<15> reaction experiment was investigated with nuclear emulsions. O_2 natural gas target was irradiated with bremsstrahlung of 23 and 27 MeV maximum energies from a 31 MeV betatron. The energy distributions were obtained. Almost of the 22.2 MeV state did not decay to the positive parity doublet of N^<15> at 5.3 MeV and more than the 90% of the 24.6 MeV state decayed to the ground state and the third excited state. The results of the present work well agreed with some other experiments.

• 社団法人日本物理学会の論文
• 1969-03-05

著者

• Shintomi Takakazu

  Department Of Physics Faculty Of Science Tokyo Institute Of Technology

• Masuda Masayoshi

  Department Of Physics Faculty Of Science Tokyo Institute Of Technology

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