Sautbekov S 1

1. Calculation of the Electrostatic Field of a Circular Cylinder with a Slot by the Wiener–Hopf Method
2. The evaluation of an asymptotic solution to the sommerfeld radiation problem using an efficient method for the calculation of sommerfeld integrals in the spectral domain
3. A Method of Damping Waveguide Eigenmodes in Solving Axisymmetric Diffraction Problems
4. Calculation of Sommerfeld Integrals in Dipole Radiation Problems
5. Calculation of the Transmitted Electromagnetic Field Below a Flat Interface Between Lossless Media in the Far-Field Region Using a Geometrical Optics Approach
6. Calculation of TM Modes of an Open Cylindrical Resonator Located Inside a Coaxial Infinite Waveguide Using the Wiener-Hopf Method
7. Diffraction by circular pin: Wiener-Hopf method
8. Diffraction by Circular Pin: Wiener–Hopf Method
9. The Half-Space Sommerfeld Problem of a Horizontal Dipole for Magnetic Media
10. Wiener-Hopf method in problems of plane wave diffraction by two opposite staggered perfectly conducting half-planes
11. A New Approach to Formation and Directed Radiation of Powerful Short Radio Pulses
12. Axial-symmetric diffraction radiation antenna with a very narrow funnel-shaped directional diagram
13. Diffraction Radiation Generated by a Density-Modulated Electron Beam Flying over the Periodic Boundary of the Medium Section. III. Anomalous and Resonant Phenomena
14. Diffraction Radiation Generated by a Density-Modulated Electron Beam Flying over the Periodic Boundary of the Medium Section. IV. Structures of Finite Thickness
15. Diffraction Radiation Generated by a Density-Modulated Electron Beam Flying over the Periodic Boundary of the Medium Section. I. Analytical Basis
16. Diffraction Radiation Generated by a Density-Modulated Electron Beam Flying over the Periodic Boundary of the Medium Section. II. Impact of True Eigen Waves
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