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Fully differential cross sections for 102eV electron-impact ionization of helium in non-coplanar geometry

Sun Shi-Yan Jia Xiang-Fu Shi Wen-Qiang Li Xiong-Wei

Fully differential cross sections for 102eV electron-impact ionization of helium in non-coplanar geometry

Sun Shi-Yan, Jia Xiang-Fu, Shi Wen-Qiang, Li Xiong-Wei
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Publishing process
  • Received Date:  14 October 2007
  • Accepted Date:  19 November 2007
  • Published Online:  05 March 2008

Fully differential cross sections for 102eV electron-impact ionization of helium in non-coplanar geometry

  • 1. 山西师范大学物信学院,现代物理研究所,临汾 041004

Abstract: DS3C model is applied to study single ionization of helium by 102eV electron impact. Fully differential cross sections are calculated at different scattering angles of θ1 (8°,10°,15°,20°) for the perpendicular plane geometry. The results of 3C and CCC model were compared with experimental data, which sho ws that DS3C model can give a successful description of the (e,2e) process for noncoplanar geometry qualitatively,indicating the existence of strong dynamic correlations effect between the three particles in the final channel for noncoplanar geometry.

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