2016Journal of Contemporary Physics (Armenian Academy of Sciences)Requires access

Features of X-ray diffraction in monolithic crystal systems

R. Ts. Gabrielyan

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Abstract

The Laue-Bragg diffraction from monolithic crystal systems was realized. It was shown that a multiple increase in the number ofreflections leads to a supercollimation ofthe beam. A precision method for measuring the reflection coefficients is proposed, in which this beam is used as the primary one.

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What this paper is about

The Laue-Bragg diffraction from monolithic crystal systems was realized. It was shown that a multiple increase in the number ofreflections leads to a supercollimation ofthe beam. A precision method for measuring the reflection coefficients is proposed, in which this beam is used as the primary one.

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Available abstract

The Laue-Bragg diffraction from monolithic crystal systems was realized. It was shown that a multiple increase in the number ofreflections leads to a supercollimation ofthe beam. A precision method for measuring the reflection coefficients is proposed, in which this beam is used as the primary one.

Key concepts: Bragg's law, Diffraction, Reflection (computer programming), Optics, Diffraction topography, Crystal (programming language), Beam (structure), Materials science

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