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2007•AIP conference proceedingsRequires access

The Effect of Elastic Scattering Cross Section to Multiple-Scattering of Electrons

Abdullah Koray, Hüseyin Aytekin, Ahmet Cengız

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Abstract

A Monte Carlo code is developed which simulates the interactions and transport of electron within a given medium. The angular distributions of the electrons transmitted through a medium of definite thickness are obtained by using this code. In order to investigate the contribution of elastic scattering to multiple‐scattering, the angular distrubutions obtained by using the Rutherford differential cross section (DCS) modified by screening correction are compared with the results obtained from the uniform distribution (the constant differential elastic scattering cross section).

About this research paper

What this paper is about

A Monte Carlo code is developed which simulates the interactions and transport of electron within a given medium. The angular distributions of the electrons transmitted through a medium of definite thickness are obtained by using this code. In order to investigate the contribution of elastic scattering to multiple‐scattering, the angular distrubutions obtained by using the Rutherford differential cross section (DCS) modified by screening correction are compared with the results obtained from the uniform distribution (the constant differential elastic scattering cross section).

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Available abstract

A Monte Carlo code is developed which simulates the interactions and transport of electron within a given medium. The angular distributions of the electrons transmitted through a medium of definite thickness are obtained by using this code. In order to investigate the contribution of elastic scattering to multiple‐scattering, the angular distrubutions obtained by using the Rutherford differential cross section (DCS) modified by screening correction are compared with the results obtained from the uniform distribution (the constant differential elastic scattering cross section).

Key concepts: Scattering, Elastic scattering, Cross section (physics), Electron, Scattering length, Physics, Scattering cross-section, Monte Carlo method

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