1991•Radiation effects and defects in solidsRequires access

New effects in the angular distribution of charged particles in crystals

M. A. Kumakhov

Open publisher page 1 citations

Abstract

The possibility of increasing angular density of charged and neutral particle beams using different scattering rates of particles with different angles of incidence is discussed. The experimental evidence of this increase is presented. The possibility to intensify the effect by its successive use in different crystals is discussed.

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What this paper is about

The possibility of increasing angular density of charged and neutral particle beams using different scattering rates of particles with different angles of incidence is discussed. The experimental evidence of this increase is presented. The possibility to intensify the effect by its successive use in different crystals is discussed.

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Available abstract

The possibility of increasing angular density of charged and neutral particle beams using different scattering rates of particles with different angles of incidence is discussed. The experimental evidence of this increase is presented. The possibility to intensify the effect by its successive use in different crystals is discussed.

Key concepts: Charged particle, Scattering, Particle (ecology), Atomic physics, Physics, Materials science, Optics, Molecular physics

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