Angular and Spectral Distributions of the Broadband Radiation of a Photoemission Source
A. A. Kondrat’ev
Abstract
A. A. Kondrat’ev
Abstract
Angular dependence of the electric field of electromagnetic wave generated by a rectangular photoemission source with the given surface density of dipole moment is determined. The dipole emission is initiated by the wave that propagates along the surface at a superluminal phase velocity. The spectral distribution of the radiation is determined, and the angular distribution of the radiation energy is calculated.
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Angular dependence of the electric field of electromagnetic wave generated by a rectangular photoemission source with the given surface density of dipole moment is determined. The dipole emission is initiated by the wave that propagates along the surface at a superluminal phase velocity. The spectral distribution of the radiation is determined, and the angular distribution of the radiation energy is calculated.
Key concepts: Physics, Radiation, Dipole, Superluminal motion, Moment (physics), Electromagnetic radiation, Spectral power distribution, Surface wave