Magnetic non-collinear neutron wave resonator
Yu.N. Khaydukov, Yu.V. Nikitenko
TL;DR
This paper derives equations for neutron reflection in a magnetic non-collinear wave resonator, revealing paired resonances for spin-flip neutrons and conditions for enhanced spin-flip reflection.
Contribution
It introduces new equations for neutron reflection amplitudes and identifies paired resonances and enhancement conditions in magnetic non-collinear wave resonators.
Findings
Resonances of the same order appear in pairs for spin-flip neutrons.
Conditions for square enhancement of spin-flip reflection are established.
Equations for reflection amplitude in the resonator are derived.
Abstract
Equations for the neutron reflection amplitude from a magnetic non-collinear wave resonator (NWR) are obtained. It is shown that resonances of the same reflection order of neutrons experiencing spin-flip (spin-flip neutrons) appear in pairs. Conditions under which in the resonator square enhancement of the spin-flip neutron reflection intensity with respect to growth of the portion of scattered and absorbed neutrons takes place, are determined.
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