Invited papers
| Robust adaptive beamforming: an overview of recent trends and advances in the field | |
| Alex B. Gershman |
| Multi-faced and multibeam DBF antenna for high altitude platform station stages of antenna development | |
| Bon-Jun Ku, Yang-Su Kim, Byung-Su Kang, Do-Seob Ahn, A. S. Belyaev, Ye. N. Egorov, N. V. Vladimirov, S. A. Ganin, A. C. Reutov, Yu. A. Suserov, A. M. Shitikov, A. V. Shishlov, A. G. Shubov |
| Development of microwave technologies for the oil and gas extraction complex | |
| Gennadiy A. Morozov, Oleg G. Morozov, Marat R. Galimov |
General antenna theory
| Field of a surface antenna based on an impedance cylinder | |
| Dmitriy D. Gabriel'yan, Marina Yu. Zvezdina, Oleg S. Labunko |
| The use of the relativistic effect for obtaining negative permittivity | |
| K. N. Klimov, B. V. Sestroretskiy, V. A. Ruchenkov, T. V. Kamishev, S. M. Godin, V. V. Roshchin |
| The model of creation of rotating stationary electromagnetic formations in vacuum | |
| B. V. Sestroretskiy, K. N. Klimov, S. M. Godin, V. V. Roshchin, T. V. Kamishev, V. A. Ruchenkov |
Antenna synthesis
| An overview of applications of the aperture orthogonal polynomials method in the development of antenna systems | |
| V. I. Gusevsky |
| Employing the aperture orthogonal polynomials method in the design of sparse unequally spaced phased arrays | |
| V. I. Gusevsky, M. V. Lavrentiev |
| The method for approximation of a two-dimensional field distribution by atomic functions | |
| Michael V. Golubin |
Reflector and lens antennas
| Calculation of non-axisymmetrical parabolic reflector antennas | |
| A. V. Alpatova, A. M. Gorin, I. N. Kad'kalo |
| Combined reflector - lens monopulse antenna | |
| Mikhail P. Natarov, Vladimir V. Glamazdin, Valery N. Skresanov, Alexander I. Shubnyj |
| An ultra-wideband feed for axisymmetrical reflector antenna | |
| M. M. Bilanovskij, V. M. Glushenko, G. A. Yena, M. M. Lytvyn, S. M. Lytvyn, A. E. Shrenk |
Adaptive antenna arrays and signal processing
| Optimal array multimode signal processing in the presence of modal mismatch | |
| Elena Yu. Gorodetskaya, D. M. Kharlamov, Alexander I. Malekhanov |
| Hybrid optoelectronic processor for detection, direction finding and reception of complex signals | |
| A. Yu. Grinev, D. V. Bagno, V. V. Rozdobudko, V. S. Temchenko |
| Phased antenna array with excitation adaptive to construction distortions | |
| U. R. Liepin, Dmitriy V. Karlov, G. A. Golovin, N. N. Petrushenko |
Low-gain antennas, printed antennas, antennas for mobile communications
| Total analysis of radiation characteristics of electric dipole with rectangular screen | |
| Nikolay N. Gorobets, Nadezhda P. Yeliseyeva |
| Polarization characteristics of an open-ended circular waveguide | |
| Anna V. Shishkova, Sergey N. Pivnenko, Nikolay N. Gorobets |
| Computational method for linear antennas with impedance elements | |
| Nikolay N. Gorobets, Viktor V. Ovsyanikov |
| One-reflecting hybrid antenna | |
| Lyubov M. Lobkova, V. V. Golovin, M. A. Boromekova, U. N. Tyschuk |
| The antenna system for the base station of mobile communication | |
| Aleksander V. Antonov, Yury M. Gerasimov |
Broadband, multi-frequency antennas and remote sensing antennas
| Solution of the inverse problems of subsurface radiolocation | |
| A. Yu. Grinev, I. A. Chebakov, A. I. Gigolo |
| Antennas for the remote measurement systems of the gaseous pollution concentration | |
| G. V. Grusha |
| Electron-molecule collisions in a field of short electromagnetic impulses in plasma half space (ionosphere) | |
| Abram L. Gutman |
Antennas for radioastronomy
| 30-element active antenna array as a prototype of a huge low-frequency radio telescope | |
| I. S. Falkovych, Oleksander O. Konovalenko, N. N. Kalinichenko, A. A. Gridin, Alan A. Lecacheux, Helmut O. Rucker |
| Finite-element modeling and thermal analysis of the RT-70 radio telescope main reflector | |
| A. I. Borovkov, D. V. Shevchenko, V. G. Gimmelman, Yu. I. Machuev, A. V. Gaev |
Antenna radomes and absorbers
| Strength analysis features of radar covers and radomes | |
| Leonid B. Lerman, S. P. Malashenkov, A. G. Girchenko, A. A. Tkachenko |
| Experimental estimation of influence of heated antenna radome on quality of functioning of radiometric information systems of infra-red and millimeter wave bands | |
| V. I. Antyufeyev, Viktor N. Bykov, A. M. Grichaniuk, V. A. Krayushkin, S. V. Orlov, S. A. Shilo |
| Effect of water absorbing on radiotechnical characteristics of radar covers | |
| Leonid G. Grechko, Leonid B. Lerman, A. Yu. Semchuk |
| Absorbing-and-diffusing coating | |
| N. V. Tkalich, Yu. G. Mokeev, A. F. Onipko, V. F. Vashchenko, M. D. Topchev, V. V. Glebov, Dmitrij D. Ivanchenko, Nikolay N. Kolchigin, V. V. Yevdokimov |
| Amorphous microwire - unique material for modern microwave absorbers | |
| D. Vladimirov, E. Khandogina, L. Gazian, V. Larin |
| Hand-held reflectometers and radiometers and their application | |
| Viktor N. Bykov, I. I. Vasilchenko, V. V. Glebov, Nikolay N. Kolchigin, Dmitrij D. Ivanchenko, N. K. Kurov, D. D. Litvinov, N. V. Tkalich, S. A. Shilo |
Computational methods
| FDTD method based electromagnetic solver for printed-circuit analysis | |
| Alexey B. Gnilenko, Oleg V. Paliy |
Industrial and medical applications of microwave technologies
| Electromagnetic fields with circular polarization and new medical technologies | |
| V. G. Shakhbazov, Valentin A. Grabina, A. I. Fisun, Yu. N. Gorobets, Yuriy G. Shckorbatov |
| Influence of the microwave radiation of different polarization state on transinactivation effect and viability of Drosophila | |
| Yuriy G. Shckorbatov, M. V. Evseeva, V. G. Shakhbazov, A. I. Popov, T. M. Cheshko, Valentin A. Grabina, A. I. Fisun, O. I. Belous |
| Investigation into receiving-rectifying elements of EHF rectennas | |
| M. A. Omarov, Dmitry V. Gretskih, D. V. Sukhomlinov |
| Efficiency of wireless power transmission system with non-axial arrangement of transmitting and receiving apertures | |
| Volodymyr M. Shokalo, Dmitry V. Gretskih, A. M. Rybalko |
| Characteristics of arbitrarily configurated thin wire antennas with a nonlinear surface impedance | |
| Dimitry S. Gavva |
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