A spatially extended planar 75 GHz free-electron maser with a hybrid two-mirror resonator
consisting of two-dimensional upstream and traditional one-dimensional downstream Bragg …

Using the coupled waves approach complemented by the time-domain quasi-optical
approximation, we solve a 2D diffraction problem which allows to evaluate the …

Within the coupled wave method complemented by the quasi-optical approach, the
feasibility of diffraction-mode selection over the transverse index in lasers with planar Bragg …

Using analytical approaches and CST Microwave Studio 3D simulation, the electrodynamic
characteristics of 2D Bragg resonators based on planar dielectric waveguides with doubly …

In this paper, we studied the laser and optical properties of conjugated oligomer (CO) 1, 4-
bis (9-ethyl-3-carbazo-vinylene)-9, 9-dihexyl-fluorene (BECV-DHF) thin films, which were …

The dynamics of wide-aperture distributed-feedback (DFB) heterolasers with planar
resonators and the corrugation-phase shift is investigated using the coupled-wave method …

The dynamics of heterolasers with finite-length planar Bragg structures is studied. Based on
analysis of the dispersion equation describing the eigenwave propagation in the finite-width …

Using the coupled-wave approach supplemented by the quasioptical approximation, we
investigate the possibilities of diffraction mode selection with respect to the transverse index …

Two-dimensional distributed feedback (2D DF) was originally proposed [1] for obtaining
super-power coherent radiation in relativistic masers based on spatially-extended electron …

The purpose of the research presented in the review is to analyze a new feedback
mechanism–two-dimensional (2D) distributed feedback, and to study the possibility of using …