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Articles 370
- Development and implementation of a neural network algorithm for modeling the propagation of electromagnetic waves pp. 94-103
- Using the diffraction effect of electromagnetic waves to implement frequency scanning antennas pp. 29-34
- Determination of scattering characteristics of electromagnetic waves on metasurfaces constructed from flat spiral elements pp. 120-125
- Singularities of Electromagnetic Waves Diffraction on Multilayer Metamaterial Structures pp. 58-61
- Mobile complex for registration of low-frequency electromagnetic waves pp. 76-81
- Expansion of a plane electromagnetic wave over spherical waves in case of arbitrary direction of propagation pp. 56-62
- The influence of the diffraction of electromagnetic waves on the characteristics of NRL pp. 38-46
- Approach to neural network modeling of the propagation of electromagnetic waves pp. 53-58
- Attenuation of electromagnetic waves and oscillations in natural passive elements pp. 5-13
- Detection of terahertz electromagnetic waves using the "antiferromagnet – heavy metal" heterostructure pp. 19-23
- Reducing the scattering of electromagnetic waves from horn-waveguide antennas pp. 16-20
- Solution of the Helmholtz equation for electromagnetic waves in an annular (segmented-annular) rectangular waveguide pp. 57-63
- Electromagnetic waves between mutually moving radiator and receiver pp. 26-35
- Passage of electromagnetic waves through a dielectric layer with turbulent parameters pp. 17-22
- Plane waves at dispersion of electromagnetic waves by convex bodies with a dielectric covering pp. 26-36
- Estimation of the angles of sources of electromagnetic waves by the method of decomposition of the signal pp. 25-29
- Thin films with regular X-shaped junctions of carbon nanotubes: regularities of dynamic conductivity of electromagnetic waves pp. 96-101
- Calculation method for electromagnetic waves in a ring waveguide rectangular section pp. 87-92
- Interference of electromagnetic waves from the point of view of photon wave function in coordinate representation pp. 27-40
- Method of integral equations to solve internal problems of diffraction of electromagnetic waves pp. 26-39