Spectroscopic Factors in the Distorted Wave-Theory of Three Nucleon Stripping Processes

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概要

• 論文の詳細を見る

• A distorted wave theory is developed for three nucleon stripping reactions, which takes account of the antisymmetrization of the nuclear wave functions, the exchange character and the finite range of the effective forces, responsible for the reaction. The evaluation of the transition amplitude involves two steps ; the construction of the spectroscopic factors which characterize the involved nuclear states and the calculation of the stripping integrals which depend on the dynamics of the reaction. Expressions for the spectroscopic factors are given for the case when the nuclear wave functions are expressed by the shell model with three nucleons captured in similar or different shells. The stripping integrals are put in a simple form, similar to that used in the zero-range of (d, p) reactions with the help of the local energy approximation and the generalized Talmi transformation.

• 理論物理学刊行会の論文
• 1967-08-25

著者

• El-nadi M.

  Atomic Energy Establishment : Physics Department Faculty Of Science Cairo University

• El-nadi M.

  Atomic Energy Establishment

• Sharaf M.

  Atomic Energy Establishment : Physics Department Faculty Of Science Cairo University

• ABUL-MAGD A.

  Atomic Energy Establishment

• Abul-magd A.

  Atomic Energy Establishment : Physics Department Faculty Of Science Cairo University

• EL-NADI M.

  Atomic Energy Establishment : Physics Department, Faculty of Science Cairo University

• Abul-Magd A.Y.

  Atomic Energy Establishment

関連論文

• Optical Model Parameters for Composite Particles
• Spectroscopic Factors in the Distorted Wave-Theory of Three Nucleon Stripping Processes

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