Coherent radiation of atoms and a channeling particle
V. Epp, M. A. Sosedova
TL;DR
This paper investigates a new radiation mechanism during the channeling of relativistic particles in crystals, highlighting how coherent atomic lattice radiation combines with particle radiation to produce a resonance peak.
Contribution
It introduces a novel model of combined atomic and particle radiation during channeling, emphasizing the resonance phenomena in the emitted radiation.
Findings
Coherent atomic lattice radiation forms a resonance peak.
Radiation from the channeling particle and atoms superimpose.
Resonance enhances the radiation signal.
Abstract
New mechanism of radiation emitted at channeling of a relativistic particle in a crystal is studied. Superposition of coherent radiation of the atoms in a crystal lattice which are excited by a channeling particle and radiation of the channeling particle itself is considered. It is shown that coherent radiation of the chain of oscillating atoms forms a resonance peak on the background of radiation of the channeling particle.
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