 | На уровень вверх |
Gavrik A.L., Kolomiets S.F., Bondarenko M.I., Lukanina L.A., Kopnina T.F., Ilyushin Ya.A. Radio occultation on the VENERA-D mission: A concept of radio frequency subsystem and radio science technique. RADIOELECTRONICS. NANOSYSTEMS. INFORMATION TECHNOLOGIES. , 2019 , 11 (1). С. 5-12. ISSN 2218-3000
Gavrik A.L., Bondarenko M.I., Kolomiets S.F., Kopnina T.F., Lukanina L.A. Venera-D Mission: A Concept of Radio Frequency Subsystem and Radio Science Technique. In: 2019 Russian Open Conference on Radio Wave Propagation (RWP), 01-06 July 2019, Kazan, Russia , IEEE , С. 163-166.
Bondarenko M.I., Gavrik A.L. Gravity wave activity as possible cause of ionospheric layers registered at 90-115km on Venus. In: The Ninth Moscow Solar System Symposium (9M-S3), 8-12 October 2018, Moscow. Russia. Space Research Institute
Gavrik A.L., Kolomiets S.F., Bondarenko M.I., Ilyushin Ya.A., Kopnina T.F., Gavrik Yu.A. Radio-occultation measurements of plasma layers in Venusian ionosphere. In: Венера-Д. Конференция по моделированию атмосферы (GCM), внутреннего строения, поверхности, окружающей плазмы Венеры., 5-7 October 2017, Институт Космических Исследований, Москва , ИКИ РАН
Gavrik A.L., Kopnina T.F., Bondarenko M.I., Smislov A.A. Multi-frequency phase-coherent systems: new instrument for occultation in the project Venus-D. In: The Sixth Moscow Solar System Symposium (6MS3), October 5-9, 2015, Space Research Institute, Moscow, Russia , 243-ab.
Bondarenko M.I., Gavrik A.L. On Non-Meteoric Origin of Layers below V1 in Venusian Ionosphere. In: The Sixth Moscow Solar System Symposium (6MS3), October 5-9, 2015, ИКИ РАН. Москва , 113-ab.
