Abstract
The radiation of a Hertzian oscillator (excited atom) moving through a dielectric medium with a superluminal velocity has been studied with the purpose of its application as a possible source of generating microwaves. Three types of radiation occur: the frequencies of the emitted radiation have an angular dependence similar to that in the normal Doppler effect, the anomalous Doppler effect and Cerenkov radiation respectively. Radiation is observed not only at the Cerenkov angle, but also both outside and inside the Cerenkov cone.
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