Journals
Books
Articles by keyword обтекатель
About one Feature of the Algorithm of Antenna Radome Characteristics Computation in Physical Optics Approximation with Integration Region Limitation
Yu. A. Illarionov, N. A. Novoselova, S. B. Raevsky
3D Electromagnetic Simulation of Antenna Enclosed by a Radome with CST MICROWAVE STUDIO®
N. N. Kisel?, S. G. Grishchenko, K. A. Serov
Diffraction of Plane Electromagnetic Wave on a Hollow Dielectric Radome
I.V. Podolkhov, V.G. Kulish, V.G. Romashin, A.V. Romashin
Polarization Effects in Monopulse Direction-Finder with Spatial Jamming Compensation
V.I. Karpuhin, S.V. Kozlov, V.I. Sergeev
About the stationary phase method use for express-evaluation of radome effect on antenna parameters
Yu. A. Kolosov, F. E. Levkov
Влияние нестабильности диэлектрических характеристик стеклопластика на радиотехнические параметры радиопрозрачного укрытия. Исследование зависимости коэффициента прохождения электромагнитной энергии от ε, tgδ и угла падения
A.K. Kabayev
Study of transmission factor of radio-transparent cap depending on radio wave frequency and type of polarization
S.V. Kabalin
Formation of automated design engineering for "antenna-radome" system
Yu. S. Brodovich - Engineer, JSC "Radar mms" (St. Petersburg). E-mail: brodovich_jus@radar-mms.com Yu. A. Komarov - Ph.D. (Phys.-Math.), Head of Department, JSC "Radar mms" (St. Petersburg). E-mail: komarov_jua@radar-mms.com A. V. Olkhovsky - Engineer, JSC "Radar mms" (St. Petersburg). E-mail: andrey_olhovsky@pisem.net V. G. Egorov - Leading Engineer, JSC "Radar mms" (St. Petersburg). E-mail: egorov_vg@radar-mms.com O. S. Pavlunina - Engineer, JSC "Radar mms" (St. Petersburg). E-mail: pavlunina_os@radar-mms.com
Local radar characteristics of mirror antennas with radomes

O. E. Kiryanov – Dr.Sc. (Eng.), Associate Professor, Head of Department,

Air Force Academy n.a. professor N.E. Zhukovsky and Y.A. Gagarin (Voronezh)

E-mail: olegkir@inbox.ru

V. A. Pon’kin – Dr.Sc. (Eng.), Professor, Chief Research Scientist,

Air Force Academy n.a. professor N.E. Zhukovsky and Y.A. Gagarin (Voronezh)

E-mail: ponkinvikarch@mail.ru

Frequency selective antenna radome based on metal-dielectric gratings and perforated screens

A. O. Kasyanov

Southern Federal University (Rostov-on-Don, Russia)

Antenna radome based on metal-dielectric gratings as angular filter at microwaves

A.O. Kasyanov

Southern Federal University (Taganrog, Russia)

Evaluation of electromagnetic effects on SINS with laser gyros, installed under radar's radome

A.B. Golius¹, K.V. Kozlov², V.F. Los'³, E.I. Starovoitov

¹−⁴ JSC «Concern «Vega» (Moscow, Russian)

Results of design of the radio-transparent fairing of the onboard satellite terminal of an unmanned aerial vehicle with long flight duration. Part 1. Analysis of the main factors influencing the aircraft radio-transparent fairing design

D. G. Pantenkov1, S. I. Shalgunov2, A. T. Egorov3, A. M. Vorobyev4, V. A. Koltsov5
1, 3, 4 JSC «Kronstadt» (Moscow, Russia)
2, 5 JSC «Scientific and production association Stekloplastic» (Solnechnogorsk, Russia)

The electrodynamic analysis of linear antenna arrays with radiolucent radomes in centimetric wave band

A.M. Gorin – Ph. D. (Eng.), Leading Research Scientist, JSC «Taganrog Scientific Research Institute of Communications» E-mail: niis@pbox.ttn

S.G. Samarsky – Leading Design Engineer, JSC «Taganrog Scientific Research Institute of Communications» E-mail: niis@pbox.ttn

E.A. Grinko – Design Engineer , JSC «Taganrog Scientific Research Institute of Communications» E-mail: niis@pbox.ttn

Results of design of the radio-transparent fairing of the onboard satellite terminal of an unmanned aerial vehicle with long flight du-ration. Part 2. Radiotechnical characteristics and computer simulation re-sults

D. G. Pantenkov1, S. I. Shalgunov2, A. T. Egorov3, A. M. Vorobyev4, V. A. Koltsov5
1, 3, 4 JSC «Kronstadt» (Moscow, Russia)
2, 5 JSC «Scientific and production association Stekloplastic» (Solnechnogorsk, Russia)

Results of design of the radio-transparent fairing of the onboard satellite terminal of an unmanned aerial vehicle with long flight du-ration. Part 3. Results of field testing and experimental studies of radio technical characteristics

D. G. Pantenkov1, S. I. Shalgunov2, A. T. Egorov3, A. M. Vorobyev4, V. A. Koltsov5
1, 3, 4 JSC «Kronstadt» (Moscow, Russia)
2, 5 JSC «Scientific and production association Stekloplastic» (Solnechnogorsk, Russia)

Design of radio-transparent fairings for electronic warfare equipment from composite materials based on fiberglass

A.V. Volkov1, A.V. Krykov2, K.A. Zvetkov3

1-3 JSC “Central radio-research institute named after academician A.I. Berg” (Moscow, Russia)

Practical approach of measuring of angular bearing errors for radiotransparent radomes with complex shape in the “antenna – radome” system in the entire possible scanning ar-ea of the airborne radar antenna system

I. E. Makushkin1, A. E. Dorofeev2, A. N. Gribanov3
1–3 JSC “V. Tikhomirov Scientific Research Institute of Instrument Design” (Zhukovsky, Russia)

Radio-transparent armored screens for airborne radar systems

L.I. Ponomarev1, A.A. Vasin2, O.V. Terekhin3, A.L. Gusev4

1–3 Moscow Aviation Institute (National Research University) (Moscow, Russia)

4 JSC «Central Design Bureau of Apparatus Building» (Tula, Russia)