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Coherent bremsstrahlung of electrons in thin diamond crystals

V.G. Gorbenko, Y.V. Zhebrovskii, Nikita A. Kovalenko, L.Ya. Kolesnikov, И. И. Мирошниченко, A.L. Rubashkin, S.V. Shalatskii

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Abstract

We discuss the results of an experimental study of coherent bremsstrahlung of electrons in thin diamond crystals in the 2-GeV linear accelerator. The choice of optimal orientation of the target in combination with strong collimation of the photons from a single crystal of thickness 80 ..mu.. has permitted the degree of polarization of the ..gamma.. rays to be increased to 92% with a 15% monochromaticity of the spectrum.

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What this paper is about

We discuss the results of an experimental study of coherent bremsstrahlung of electrons in thin diamond crystals in the 2-GeV linear accelerator. The choice of optimal orientation of the target in combination with strong collimation of the photons from a single crystal of thickness 80 ..mu.. has permitted the degree of polarization of the ..gamma.. rays to be increased to 92% with a 15% monochromaticity of the spectrum.

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Available abstract

We discuss the results of an experimental study of coherent bremsstrahlung of electrons in thin diamond crystals in the 2-GeV linear accelerator. The choice of optimal orientation of the target in combination with strong collimation of the photons from a single crystal of thickness 80 ..mu.. has permitted the degree of polarization of the ..gamma.. rays to be increased to 92% with a 15% monochromaticity of the spectrum.

Key concepts: Bremsstrahlung, Electron, Diamond, Photon, Collimated light, Physics, Polarization (electrochemistry), Crystal (programming language)

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