Y
Yu. B. Khapin
Researcher at Russian Academy of Sciences
Publications - 4
Citations - 289
Yu. B. Khapin is an academic researcher from Russian Academy of Sciences. The author has contributed to research in topics: Telescope & Planetary system. The author has an hindex of 3, co-authored 4 publications receiving 259 citations.
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Journal ArticleDOI
"RadioAstron"-A telescope with a size of 300 000 km: Main parameters and first observational results
N. S. Kardashev,V. V. Khartov,V. V. Abramov,V. Yu. Avdeev,A. V. Alakoz,Yu. A. Aleksandrov,S. Ananthakrishnan,V. V. Andreyanov,A. S. Andrianov,N. M. Antonov,M. I. Artyukhov,M. Yu. Arkhipov,W. Baan,N.G. Babakin,V. E. Babyshkin,N. Bartel,K. G. Belousov,A. A. Belyaev,J. J. Berulis,Bernard F. Burke,A. V. Biryukov,A. E. Bubnov,M. S. Burgin,G. Busca,A. A. Bykadorov,V. S. Bychkova,V. I. Vasil’kov,K. J. Wellington,I. S. Vinogradov,R. Wietfeldt,P. A. Voitsik,A. S. Gvamichava,I. A. Girin,Leonid I. Gurvits,Leonid I. Gurvits,R. D. Dagkesamanskii,L. D’Addario,Gabriele Giovannini,Gabriele Giovannini,D. L. Jauncey,Peter E. Dewdney,A. A. D’yakov,Vladimir Zharov,V. I. Zhuravlev,G. S. Zaslavskii,M. V. Zakhvatkin,A. N. Zinov’ev,Yu. Ilinen,A. V. Ipatov,B. Z. Kanevskii,I. A. Knorin,J. L. Casse,K. I. Kellermann,Yu. A. Kovalev,Yu. Yu. Kovalev,Yu. Yu. Kovalev,A. V. Kovalenko,B. L. Kogan,R. V. Komaev,A. A. Konovalenko,G. D. Kopelyanskii,Yu. A. Korneev,V. I. Kostenko,A. N. Kotik,B. B. Kreisman,A. Yu. Kukushkin,V. F. Kulishenko,D. N. Cooper,A. M. Kutkin,Wayne Cannon,M. G. Larionov,Mikhail M. Lisakov,L. N. Litvinenko,S. F. Likhachev,L. N. Likhacheva,A. P. Lobanov,S. V. Logvinenko,Glen Langston,K. McCracken,S. Yu. Medvedev,M. V. Melekhin,A. V. Menderov,David W. Murphy,T. A. Mizyakina,Yu. V. Mozgovoi,N. Ya. Nikolaev,B. S. Novikov,B. S. Novikov,I. D. Novikov,V. V. Oreshko,Yu. K. Pavlenko,I. N. Pashchenko,Yu. N. Ponomarev,M. V. Popov,A. Pravin-Kumar,Robert A. Preston,V. N. Pyshnov,I. A. Rakhimov,V. M. Rozhkov,Jonathan D. Romney,P. Rocha,V. A. Rudakov,Antti V. Räisänen,S. V. Sazankov,Boris A. Sakharov,S. K. Semenov,V. A. Serebrennikov,R. T. Schilizzi,D. P. Skulachev,V. I. Slysh,A. I. Smirnov,Joel Smith,V. A. Soglasnov,K. V. Sokolovskii,K. V. Sokolovskii,L. H. Sondaar,V. A. Stepan’yants,M. S. Turygin,S. Yu. Turygin,A. G. Tuchin,S. Urpo,S.D. Fedorchuk,A. M. Finkel’shtein,Ed Fomalont,I. Fejes,A. N. Fomina,Yu. B. Khapin,G. S. Tsarevskii,J. A. Zensus,A. A. Chuprikov,M. V. Shatskaya,N. Ya. Shapirovskaya,A. I. Sheikhet,A. E. Shirshakov,A. Schmidt,L. A. Shnyreva,V. V. Shpilevskii,R. D. Ekers,V. E. Yakimov +138 more
TL;DR: The RadioAstron project as mentioned in this paper is targeted at systematic studies of compact radio-emitting sources and their dynamics, including supermassive black holes, accretion disks, and relativistic jets in active galactic nuclei.
RadioAstron - a telescope with a size of 300 000 km: main parameters and first observational results (in Russian)
N. S. Kardashev,V. V. Khartov,V. V. Abramov,V. Yu. Avdeev,A. V. Alakoz,Yu. A. Aleksandrov,S. Ananthakrishnan,V. V. Andreyanov,A. S. Andrianov,N. M. Antonov,M. I. Artyukhov,M. Yu. Arkhipov,W. Baan,N.G. Babakin,N. Bartel,V. E. Babyshkin,K. G. Belousov,A. A. Belyaev,J. J. Berulis,Bernard F. Burke,A. V. Biryukov,A. E. Bubnov,M. S. Burgin,G. Busca,A. A. Bykadorov,V. S. Bychkova,V. I. Vasil’kov,K. J. Wellington,I. S. Vinogradov,R. Wietfeldt,P. A. Voitsik,A. S. Gvamichava,I. A. Girin,Leonid I. Gurvits,R. D. Dagkesamanskii,L. D’Addario,Gabriele Giovannini,D. L. Jauncey,Peter E. Dewdney,A. A. D’yakov,Vladimir Zharov,V. I. Zhuravlev,G. S. Zaslavskii,M. V. Zakhvatkin,A. N. Zinov’ev,Yu. Ilinen,A. V. Ipatov,B.Z. Kanevski,I. A. Knorin,J. L. Casse,K. I. Kellermann,Yu. A. Kovalev,Yu. Yu. Kovalev,A. V. Kovalenko,B. L. Kogan,R. V. Komaev,A. A. Konovalenko,G.D. Kopelyanski,Yu. A. Korneev,V. I. Kostenko,A. N. Kotik,B. B. Kreisman,A. Yu. Kukushkin,V. F. Kulishenko,D. N. Cooper,A. M. Kutkin,Wayne Cannon,M. G. Larionov,Mikhail M. Lisakov,L. N. Litvinenko,S. F. Likhachev,L. N. Likhacheva,A. P. Lobanov,S. V. Logvinenko,Glen Langston,K. McCracken,S. Yu. Medvedev,M. V. Melekhin,A. V. Menderov,David W. Murphy,T. A. Mizyakina,Yu. V. Mozgovoi,N. Ya. Nikolaev,B. S. Novikov,I. D. Novikov,V. V. Oreshko,Yu. K. Pavlenko,I. N. Pashchenko,Yu. N. Ponomarev,M. V. Popov,A. Pravin-Kumar,Robert A. Preston,V. N. Pyshnov,I. A. Rakhimov,V. M. Rozhkov,Jonathan D. Romney,P. Rocha,V. A. Rudakov,Antti V. Räisänen,S. V. Sazankov,Boris A. Sakharov,S. K. Semenov,V. A. Serebrennikov,R. T. Schilizzi,D. P. Skulachev,V. I. Slysh,A. I. Smirnov,Joel Smith,V. A. Soglasnov,K. V. Sokolovskii,L. H. Sondaar,V. A. Stepan’yants,M. S. Turygin,S. Yu. Turygin,A. G. Tuchin,S. Urpo,S.D. Fedorchuk,A. M. Finkel’shtein,Ed Fomalont,I. Fejes,A. N. Fomina,Yu. B. Khapin,G. S. Tsarevskii,J. A. Zensus,A. A. Chuprikov,M. V. Shatskaya,N. Ya. Shapirovskaya,A. I. Sheikhet,A. E. Shirshakov,A. Schmid,L. A. Shnyreva,V. V. Shpilevskii,R. D. Ekers,V. E. Yakimov +133 more
TL;DR: The RadioAstron project as discussed by the authors is targeted at systematic studies of compact radio-emitting sources and their dynamics, including supermassive black holes, accretion disks, and relativistic jets in active galactic nuclei.
Journal ArticleDOI
Convergence Space Experiment: Scientific Objectives, Onboard Equipment, and Methods of Solving Inverse Problems
E. A. Sharkov,A. V. Kuzmin,N. N. Vedenkin,S. Jeong,D. M. Ermakov,V. E. Kvitka,T. O. Kozlova,N. Yu. Komarova,P. Yu. Minaev,Il Han Park,E. V. Pashinov,Alexei Pozanenko,V. O. Prasolov,I. N. Sadovskii,D. S. Sazonov,V. V. Sterlyadkin,Yu. B. Khapin,G. Hong,A. M. Chernenko +18 more
TL;DR: In this article, the authors present a detailed description of the proposed Convergence space mission on the Russian segment of the International Space Station for the wider scientific community, including the necessity of creating a new type of multifrequency radio-thermal airborne complexes with a specialized set of operating frequencies and with the formation of algorithms and software for the three-dimensional recovery of the water-vapor field in the lower troposphere and for estimating the horizontal advection and convective latent heat fluxes at different altitudes and with different forms of boundaries of the investigated regions.
Journal ArticleDOI
The MIRS Microwave Radiometer–Spectrometer as the Basis for the Convergence Space Experiment
TL;DR: The MIRS microwave radiometer-spectrometer is described in this article, which is a multi-frequency scanner and sounder intended to record the characteristic radiothermal radiation emitted by the Earth's surface and atmosphere.