Deformations of Ground Bands in ^<20>Ne, ^<24>Mg and ^<28>Si. II

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概要

• 論文の詳細を見る

• Deformed charge distributions of ^<20>Ne and ^<28>Si are determined from electron scattering within a framework of the rotational model. Deformed Fermi distributions are assumed for the intrinsic charge distributions of these nuclei and the DWBA analysis is carried out for the ground-band transitions. The results are compared with (p,p') and (α,α') results. The validity of the scattering analysis using the rotational model is also examined to some extent. For this purpose, previous rotational model results for ^<20>Ne, ^<24>Mg and ^<28>Si with Nilsson-like intrinsic states are compared with the results using angular momentum projection.

• 理論物理学刊行会の論文
• 1973-06-25

著者

• TORIZUKA Yoshiharu

  Laboratory of Nuclear Science,Tohoku University

• Torizuka Yoshiharu

  Laboratory Of Nuclear Science Tohoku University

• HORIKAWA Yataro

  Department of Medicine, Juntendo University

• NAKADA Akira

  Laboratory of Nuclear Science, Tohoku University

• Nakada Akira

  Laboratory Of Nuclear Science Faculty Of Science Tohoku University

• Nakada Akira

  Laboratory Of Nuclear Science Tohoku University

• Horikawa Yataro

  Department Of Medicine Juntendo University

関連論文

• The Analyzing Power of the ^C(γ,P) Reaction Measured Using Tagged Polarized Photons
• Measurements of ^B(γ,p) and ^B(γ,pn) Cross Sections at E_γ=66〜103 MeV
• Deformations of Ground Bands in ^Ne, ^Mg and ^Si. II
• Determination of the Deformations in ^Mg and ^Si Nuclei from Electron Scattering
• Positron Acceleration Using a 30 MeV Electron Linear Accelerator
• Deformations of Ground-Bands in Ne^, Mg^ and Si^. I

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