Effective Two-Body Interactions in the s-d Shell Nuclei Using Sum Rule Equations in Transfer Reactions : Nuclear Physics

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概要

• 論文の詳細を見る

• Average effective two-body interaction matrix elements in the s-d shell have been extracted from data on experimentally measured isospin centroids, by combining the recently derived new sum rule equations for pick-up reactions with similar known equations for stripping reactions performed on general multishell target states. Using this combination of stripping and pick-up equations, the average effective matrix elements for the shells, 1d^2_<5/2>, 2s^2_<1/2> and 1d^2_<3/2>, respectively, have been obtained. A new feature of the present work is that the restriction imposed in earlier works on target states-that it be populated only by active neutrons-has now been abandoned.

• 理論物理学刊行会の論文
• 1998-10-25

著者

• Kumar Ashwani

  Department Of Applied Sciences Punjab Engineering College

• BANSAL R.K.

  Department of Physics,Panjab University

• Sharda H.

  Department Of Physics Panjab University

• KUMAR Ashwani

  Department of Applied Sciences,Punjab Engineering College

• Bansal R.K.

  Department of Physics, Panjab University

• Sharda H.

  Department of Physics, Panjab University

関連論文

• Effective Two-Body Interactions in the s-d Shell Nuclei Using Sum Rule Equations in Transfer Reactions : Nuclear Physics
• Study of Effective Interaction from Single Particle Transfer Reactions with f-p Shell Nuclei : Nuclear Physics
• Magnetic Moments of Nuclei from Proton Stripping Reactions
• Effective Two-Body Interactions in the s-d Shell Nuclei Using Sum Rule Equations in Transfer Reactions : Nuclear Physics
• Synthesis of some naturally occurring acetylchromenes.

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