ORBIT CHANGES UNDER THE SMALL CONSTANT DECELERATION 1Maslova AI, 1Pirozhenko AV. ORBIT CHANGES UNDER THE SMALL CONSTANT DECELERATION. Kosm. nauka tehnol. 2016 ;22(6):20-25.
Proposals for the ISS: «Approach» Experiment Approach of space debris to the orbital spacecraft 1Khizhnyak AI, 2Didkovskij LV. Proposals for the ISS: «Approach» Experiment Approach of space debris to the orbital spacecraft. Kosm. nauka tehnol. 2000 ;6(4):082-083.
Hazards due to meteors and asteroids and influx of cosmic matter on the Earth 1Kruchynenko VG, 2Voloshchuk Yu.I, 2Kashcheyev BL, 1Kazantsev AM, 3Lupishko DF, 4Yatskiv Ya.S. Hazards due to meteors and asteroids and influx of cosmic matter on the Earth. Kosm. nauka tehnol. 1999 ;5(1):03-17.
The mobile telescope complex of RI MAO for observation of near-earth space objects 1Shulga AV, 1Kozyryev YS, 1Sybiryakova Ye.S, 1Khalaley MI, 1Chernozub VM. The mobile telescope complex of RI MAO for observation of near-earth space objects. Kosm. nauka tehnol. 2012 ;18(4):52–58.
Theoretical aspects of the modernization of the satellite four-axis mounting LD-2 1Bilinsky AI, 1Vovchyk Ye.B, 2Blagodyr Ya.T. Theoretical aspects of the modernization of the satellite four-axis mounting LD-2. Kosm. nauka tehnol. 2012 ;18(2):55–58.
Conceptions of the active space debris 1Alpatov AP, 2Bombardelli C, 3Khoroshylov SV. Conceptions of the active space debris. Kosm. nauka tehnol. 2015 ;21(6):56–61.
Determination of the hazardous zones in the impact areas of separated parts of launch vehicles under the uncertain altitude of their initial destruction 1Gladky EG. Determination of the hazardous zones in the impact areas of separated parts of launch vehicles under the uncertain altitude of their initial destruction. Kosm. nauka tehnol. 2015 ;21(6):49–55.
First results of regular observations of low Earth space objects in the RI “Nikolaev astronomical observatory” 1Vovk VS, 1Kozyryev YS, 1Kulichenko NA, 1Sybiryakova Ye.S, 1Shulga AV. First results of regular observations of low Earth space objects in the RI “Nikolaev astronomical observatory”. Kosm. nauka tehnol. 2013 ;19(6):53–59.
Development of Ukrainian network of optical stations UMOS as component of control systems for near-Earth space 1Shulga AV, 2Kravchuk SG, 1Sybiryakova Ye.S, 3Bilinsky AI, 4Blagodyr Ya.T, 3Vovchyk EB, 5Epishev VP, 6Kara IV, 1Kozyryev YS, 7Koshkin NI, et al. Development of Ukrainian network of optical stations UMOS as component of control systems for near-Earth space. Kosm. nauka tehnol. 2015 ;21(3):74–82.
Project “space sheppard” with ion beam. ideas and problems 1Bombardelli C, 2Alpatov AP, 3Pirozhenko AV, 4Baranov EYu., 5Osinovyj GG, 6Zakrzhevskii AE. Project “space sheppard” with ion beam. ideas and problems. Kosm. nauka tehnol. 2014 ;20(2):55–60.