General antenna theory
| The model of grazing HF vertically polarized radio waves backscattering by sea surface waves | |
| G. M. Bondarchuk, I. I. Zarudnev, Y. A. Lupan, J. G. Mugenov, S. Y. Platonov |
| Scattering plane electromagnetic wave by cruciform electrical dipole with a load | |
| Dmitriy D. Gabriel'yan, Tatyana V. Peretyatko |
| Transient radiation from aperture antenna under non-synchronous excitation | |
| Nikolay N. Kolchigin, Sergey N. Pivnenko |
| Properties of Bragg diffraction of the second order in light and periodic structures interaction under dual Bragg angle | |
| L. F. Kupchenko, O. V. Efimova, Y. M. Plahov, V. B. Lobyrev, E. L. Cherkashina |
| Property of intermediate diffraction regime near the second Bragg resonance under interaction of light with periodic structures | |
| L. F. Kupchenko, O. V. Efimova, Y. M. Plahov, V. B. Lobyrev, E. L. Cherkashina |
| Synthesis of antenna arrays with regard to the radiators mutual coupling and vector characteristics of electromagnetic fields | |
| L. M. Pasnak, P. O. Savenko |
| Electromagnetic field of an antenna located near a sea tropospheric waveguide | |
| Alexander V. Polyarus, A. A. Koval, E. V. Tsekhmistrov |
| The determined approach to calculation of radiolines in urban conditions | |
| L. I. Ponomarev, M. G. Alekseyenko, A. Y. Ganitsev |
| Uniform asymptotic theory of electromagnetic diffraction by waveguide aperture | |
| A. A. Zvyagintsev, T. N. Demchenko, S. P. Phomushkin |
Reflector, lens and hybrid antennas
| Synthesis of the contoured radiation patterns of the dual-reflector antennas according to the prescribed magnitude patterns | |
| B. M. Podlevskyi, P. O. Savenko |
| Earth station antenna posts, created by design office "Promin" | |
| V. H. Syrotyuk, V. S. Pynylo, H. P. Khymych |
Antenna arrays
| Underground phased antenna arrays as alternative to mast aerials of receiving radio | |
| S. M. Alekseev, A. V. Makaseev, A. G. Poshkov, B. V. Sosunov, N. G. Fitenko |
| The accuracy of joint estimation of signal parameters of the antenna arrays in the case of non-Gaussian interference | |
| Y. P. Kunchenko, V. A. Danyk, T. V. Prokopenko |
| Apodization functions for antenna arrays with constructive-technological restrictions | |
| V. V. Lukin, A. V. Kabanov, N. N. Ponomarenko |
| Simulation of antenna array characteristics impact on objects image restoration | |
| Ivan N. Prudyus, Leonid V. Lazko, T. Holotyak |
| Simulation of spatial-time signal processing in imaging systems with synthetic aperture | |
| Ivan N. Prudyus, A. T. Synyavskyy, V. P. Ostap |
| Analysis of the effect of geometric parameters of nonequidistant antenna array with unequal amplitude distribution on its working frequencies range | |
| S. I. Starchenko, A. Yu. Milovanov, I. V. Pleshivtsev |
Adaptive antenna arrays
| Analytical calculation of detection and resolution thresholds in antenna arrays using sample covariance matrix eigenvalue technique | |
| Victor T. Ermolayev, A. A. Maltsev, K. V. Rodyushkin, L. Lo Presti |
| Estimation of the influence of receiving-amplifying sections non-linearity on the adaptive antenna arrays efficiency | |
| Yu. Yu. Kolyadenko, V. V. Popovskiy, A. G. Malitsky |
| An adaptive compensation of partially polarized interferences in the presence of polarization differences in a frequency band | |
| L. G. Kornienko, F. F. Mysik, S. Y. Polyakov |
| Statistical characteristics of adaptive antenna arrays with independent reference-signals forming | |
| A. A. Maltsev, O. V. Poldin, A. M. Silaev, L. Lo Presti |
Low-gain antennas, printed antennas, antennas for mobile communications
| Estimation of the interaction impedance of the antenna array consisting of circular loops | |
| Lyubov M. Lobkova, M. B. Protsenko, O. A. Posniy, M. V. Ivashina |
| Optimization of geometric and radiation parameters of a hemisphere helical antenna | |
| Mikhail B. Protsenko, V. V. Molchanov |
| The estimation of the radiation quality of the flat Archimedean spiral antennas | |
| Mikhail B. Protsenko, I. V. Tankov |
| A multibeam hybrid printed antenna based on a strip periodic structure | |
| Anatoliy P. Yevdokymov, Volodymyr V. Krizhanovsky, P. N. Melezhik, Anatoly Ye. Poyedinchuk |
Broadband and multi frequency antennas
| Dual-band antennas on the base of surface wave lines | |
| N. A. Bei, V. L. Khandamirov, A. A. Volkov, A. V. Panteleev |
| Transient excitation of coaxial cone antenna | |
| Oleksandr M. Dumin, Sergey N. Pivnenko |
| Antenna system for georadar "Zond-10" consisting of a pair of curved loaded wideband dipoles | |
| Sergey A. Masalov, Genadiy P. Pochanin, P. V. Kholod |
| Novel approaches to the analysis and model synthesis of ultra-wide-band horn-type antennas | |
| Andrey O. Perov, Yuriy K. Sirenko, A. E. Yaldiz |
Computational methods
| Numerical algorithm for calculating the electric characteristics of wire antennas used to analyse the electromagnetic compatibility parameters of a radio system | |
| A. S. Ilyinskiy, I. V. Berezhnaya, O. Ju. Perfilov |
| Equivalent surface impedance of slotted impedance load made as semi-cylindrical cavity for infinite array. The case of E-polarization | |
| B. M. Petrov, V. G. Koshkidko, O. V. Alpatova |
Antenna measurements
| Characteristics of antennas, recording systems and processing algorithms used in the radar systems for measuring projectile movement parameters at the time of shooting | |
| S. V. Porshnev |
Microwave components and circuits, fiber-optic links
| Numerical algorithm for calculation of cavity microwave transducer of an aperture type | |
| Y. E. Gordienko, A. Yu. Panchenko, A. A. Ryabukhin |
| Millimeter wave devices based on dielectric, ferrite and semiconductor waveguides | |
| V. V. Meriakri, B. A. Murmuzhev, M. P. Parkhomenko |
| Rectangular waveguide filled with bianisotropic medium | |
| K. A. Vytovtov, I. V. Petrusenko |
Industrial and biomedical applications of microwave technologies
| Investigation of the complex permittivity of coals and oil products by the radiophysical methods | |
| Sergey V. Buharov, V. V. Ovsianicov, I. V. Petrusenko, A. G. Hundriga |
| Improvement of microwave equipment excitation efficiency using methods of focused arrays | |
| Gennadiy A. Morozov, Olga V. Potapova, Yuriy E. Sedelnikov |
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