Bulletin of the Lebedev Physics Institute · 2015 · 1.7K citations · 2 references
Natural SciencesPhysicsElectrochemistryElectromagnetismMathematical PhysicsContinuity EquationElectrical ConductivityElectromagnetic WavesMaxwell's EquationsPropagation In Dielectric MediaScattering ProblemsElectromagnetic Boundary ConditionsElectromagnetic Waves In Moving MediaMaxwell's Equations In Integral Form
Radiation of fast charged particles in the presence of the interface between hollow space and “left-handed” ferrodielectric is considered. The quantitative identity of various phenomena in the case of “different-right-handed” media is revealed. It is shown that transition radiation at the interface with a “left-handed” medium is quantitatively identical to the case of annihilation radiation at the interface with a “right-handed” medium with participation of various charged particles. Transition radiation of the charged particle at the interface with a uniaxial crystal is generalized to radiation with participation of particles with various charges and velocities.
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