Abstract
A nonlinear radiating electromagnetic crystal excited by the plane wave of free space at the signal frequency and the wave of the electromagnetic crystal at the heterodyne frequency is considered. Transformation of the electromagnetic energy of the plane wave into the crystal wave at the intermediate frequency is analyzed. An approximate model of the structure in the form of a system of differential equations is constructed. An analytical solution of this system is obtained. This solution is used to show that the highest efficiency of energy transformation is attained under the conditions of the spatial synchronism of waves at frequencies of the signal and heterodyne and the intermediate frequency.
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