Analysis of spatial resolution of an experiment on verification of the equivalence principle for a neutron by the diffraction method

V. V. Voronin,Ya. A. Berdnikov,A. Ya. Berdnikov,Yu. P. Braginets,I. A. Kuznetsov,M. V. Lasitsa,S. Yu. Semenikhin,V. V. Fedorov

Technical Physics Letters（2017）

Cited 3|Views10

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Abstract

Investigations of the spatial resolution of a setup for verification of the equivalence of inertial and gravitational masses of a neutron by the method of diffraction in a perfect crystal have been performed. Tests were conducted at Bragg angles of 74°–82°. A decrease in spatial resolution at Bragg angles >78° is detected.

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Key words

diffraction method,equivalence principle,neutron,spatial resolution

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