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Development of Cherenkov masers enhances output power in two-dimensional structures, implying future advancements in radiation technology.
Development of powerful spatially extended Cherenkov masers of planar geometry is currently in progress in collaboration between BINP RAS (Novosibirsk) and IAP RAS (Nizhny Novgorod) based on the “ELMI” accelerator 1 MeV / 5–7 kA / 3 µs. To ensure the radiation coherence in conditions of substantial oversize of the interaction space, these projects use a two-dimensional distributed feedback mechanism, which is implemented in 2D-periodic slow-wave structures. The paper presents the results of simulations and optimization aimed at the output power enhancement and increasing the stability of the narrow-band generation regime in the developed relativistic masers. The current stage of their experimental implementation is discussed.
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Peskov et al. (2025) studied this question.
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