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Cross sections for X-ray plasmon and compton scatterings

Ashok V. Pimpale, Chintamani Mande

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Abstract

An attem pt has been made to bring together for the first time the different formulae for X-ray plasmon and Compton scatterings in a unified formalism.Numerical calculations are presented for beryl lium and lithium in order to arrive a t the optimum condition for observing the pure plasmon scattered spectrum.It has been shown that for beryllium ifc should correspond to and for lithium fc/fciP~0.8.A ne w and simple method to obtain the plasmon scat luTing cross section is also described.

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An attem pt has been made to bring together for the first time the different formulae for X-ray plasmon and Compton scatterings in a unified formalism.Numerical calculations are presented for beryl lium and lithium in order to arrive a t the optimum condition for observing the pure plasmon scattered spectrum.It has been shown that for beryllium ifc should correspond to and for lithium fc/fciP~0.8.A ne w and simple method to obtain the plasmon scat luTing cross section is also described.

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Available abstract

An attem pt has been made to bring together for the first time the different formulae for X-ray plasmon and Compton scatterings in a unified formalism.Numerical calculations are presented for beryl lium and lithium in order to arrive a t the optimum condition for observing the pure plasmon scattered spectrum.It has been shown that for beryllium ifc should correspond to and for lithium fc/fciP~0.8.A ne w and simple method to obtain the plasmon scat luTing cross section is also described.

Key concepts: Plasmon, Compton scattering, Physics, Optics, Scattering

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