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2005•Journal of Zhejiang Ocean UniversityRequires access

Treatment of Coulomb Interaction in Momentum Space for Proton-~(13)C Elastic Scattering

Han Ping

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Abstract

By applying two methods proposed respectively by R Crespo and J A Tostevin and by C M Vincent and S C Phatak to p-13C elastic scattering,we studied the treatment of coulomb interaction in momentum space.The differential cross section and polarization at 500MeV are calculated.The present results show R-J method is better than V-P method at places of large scattering angle.Two methods show that the influence of coulomb interaction is less obvious.

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What this paper is about

By applying two methods proposed respectively by R Crespo and J A Tostevin and by C M Vincent and S C Phatak to p-13C elastic scattering,we studied the treatment of coulomb interaction in momentum space.The differential cross section and polarization at 500MeV are calculated.The present results show R-J method is better than V-P method at places of large scattering angle.Two methods show that the influence of coulomb interaction is less obvious.

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Available abstract

By applying two methods proposed respectively by R Crespo and J A Tostevin and by C M Vincent and S C Phatak to p-13C elastic scattering,we studied the treatment of coulomb interaction in momentum space.The differential cross section and polarization at 500MeV are calculated.The present results show R-J method is better than V-P method at places of large scattering angle.Two methods show that the influence of coulomb interaction is less obvious.

Key concepts: Coulomb, Scattering, Physics, Position and momentum space, Elastic scattering, Polarization (electrochemistry), Momentum (technical analysis), Coulomb's constant

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