Abstract
The possibility of converting the modulated electron flux energy to electromagnetic oscillations (transition radiation) when the flux collides with an unmoved metallic screen is considered. The interference of waves arising at different sites of the screen changes the spectral-angular distribution of the radiation energy density. These changes are analyzed with allowance for a time delay between radiations coming from different parts of the inclined bunch. A plausible mechanism behind the frequency shift of interference maxima, which is observed when the angle of inclination of the screen is changed, is discussed.
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