10-keV electrons transmission through a set of dielectric macrochannelsMyshelovka, L. V.,
Vokhmyanina, K. A.,
Sotnikova, V. S.,
Kubankina, A. A.,
Pyatigor, A. D.,
Kishchin, I. A. The results of the study of the 10-keV electron beam transmission through cylindrical
dielectric Study of the transmission of 10-keV electrons through a ceramic macrochannelVokhmyanina, K. A.,
Myshelovka, L. V.,
Sotnikova, V. S.,
Kubankina, A. A.,
Pyatigor, A. D.,
Kubankin, A. S. Study of the transmission of 10-keV electrons through a ceramic
macrochannel Modeling of guiding of 10 keV electron beam by planar dielectric surfaceStudy of 10 keV electron beam reflection from a single planar
dielectric surface was made. Guiding
Microscopic model of a non-Debye dielectric relaxation: The Cole-Cole law and its generalization microscopic model for a non-Debye (nonexponential)
dielectric relaxation in complex systems. In this model, we
Trap-controlled fractal diffusion model of an atypical dielectric response expression for the complex
dielectric permittivity in the frequency domain is found. The new expression
Microscopic model of a non-Debye dielectric relaxation: The Cole-Cole law and its generalization microscopic model for a non-Debye (nonexponential)
dielectric relaxation in complex systems. In this model, we
Dielectric response of different complex materials-frequency analysis of the smoothed signals (NAFASS) approach [1] for the analysis of the
dielectric response of some
New quantitative "Reading" of dielectric spectra of complex biological systemsDielectric spectroscopy data from measurements on four insect species from 200 MHz to 20 GHz over a
On uniqueness of a solution to the problem of reconstruction of homogeneous dielectric layer parameters of reconstruction of the
dielectric layer parameters arising during analysis of a scattered field is investigated