Abstract
Propagation of surface polaritons in the dielectric−HTS−dielectric structure is investigated in the temperature region of T <Tc/2, where the structure can be considered nonabsorbing. It is shown that in the region where the polariton wave is appreciably slowed down it can effectively interact with a flux of charged particles and be amplified due to the energy transfer from the drift current wave. It is also shown that a periodic substrate can cause generation of the surface polariton wave in the structure.
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