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Articles 303
- Using the diffraction effect of electromagnetic waves to implement frequency scanning antennas pp. 29-34
- Correction of measurement results in a diffraction optical spectrometer: mathematical model and numerical implementation pp. 46-54
- Solution of radiation and diffraction problems with axial symmetry by the method of parabolic equation pp. 25-37
- Analysis of the crystal structure of ZnSnN2 by X-ray diffraction methods pp. 26-33
- Low-profile diffraction antenna array with wide-angle scanning for perspective satellite communication systems pp. 64-75
- Singularities of Electromagnetic Waves Diffraction on Multilayer Metamaterial Structures pp. 58-61
- Diffraction efficiency in acousto-optical interaction with short radio pulses pp. 93-98
- Consideration of the influence of aberrations in the operation diffraction prism spectral device pp. 62-68
- Radial nanotubes for nanoelectronics elements: structure and diffraction pp. 59-76
- Application of microstrip diffraction gratings for transformation of polarization of microwave waves pp. 63-75
- Nonstationary plane wave incidence on the perfectly conducting structures. Part 2. Diffraction of a nonstationary plane wave on the perfectly conducting sphere pp. 5-13
- Nonstationary plane wave incidence on the perfectly conducting structures. Part 1. Diffraction of a nonstationary plane wave on the perfectly conducting cylinder pp. 5-12
- The influence of the diffraction of electromagnetic waves on the characteristics of NRL pp. 38-46
- Diffraction of electromagnetic wave by a microstrip antenna with frame radiator pp. 23-29
- Diffraction at a two-dimensional periodic plasmon grating of finite dimensions pp. 76-81
- Using the reflections method in the wedge diffraction theory pp. 16-26
- Oscillations, waves and diffraction in two-dimensional conducting films: surface immitance equation pp. 15-29
- Diffraction of a plane wave by the Van Atta waveguide array located on the perfectly conducting cylinder surface pp. 5-19
- Diffraction in twisted sections of rectangular waveguides pp. 40-46
- Method of integral equations to solve internal problems of diffraction of electromagnetic waves pp. 26-39