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Space Instruments

Scientific technological module of plasma injection for microsatellite

¹Sorokin AF, ¹Tsyukh AM, ¹Nesteruk VN, ²Vlasenko VP, ¹Zaluzhnyj RN, ³Sorokin AA, ⁴Zakharova MY, ⁵Arsentiev IN, ⁵Tarasov IS. Scientific technological module of plasma injection for microsatellite. Kosm. nauka tehnol. 2006 ;12(2-3):008-011.

The international space radiotechnical system COSPAS-SARSAT

¹Uruskyi OS, ²Zubko VP, ³Motyzhev SV, ²Stefanyshyn Ya.I. The international space radiotechnical system COSPAS-SARSAT. Kosm. nauka tehnol. 2005 ;11(1-2):022-029.

Space investigations and developments within the framework of the Byelorussian-Russian programs COSMOS-Br and COSMOS-SG

¹Ablameiko SV, ¹Kravtsov AA, ²Menshikov VA, ²Pushkarskii SV. Space investigations and developments within the framework of the Byelorussian-Russian programs COSMOS-Br and COSMOS-SG. Kosm. nauka tehnol. 2004 ;10(5-6):052-055.

Onboard information service of the scientific program in the Russian-Ukrainian project Interball-Prognoz (high-apogee spacecraft Interball-3)

¹Chesalin LS, ¹Zastenker GN, ¹Krukovskaia EV, ¹Lakutina EV, ¹Lutsenko VN, ¹Shevyrev NN. Onboard information service of the scientific program in the Russian-Ukrainian project Interball-Prognoz (high-apogee spacecraft Interball-3). Kosm. nauka tehnol. 2004 ;10(5-6):047-051.

Stand rig facility for thermo-vacuum testing of space vehicles

¹Gavrylov RV, ¹Melenevsky Yu.A, ²Konyukhov SN, ²Dranovsky VI, ²Koshkin MI, ³Alekseev Yu.S, ⁴Korotkov AS, ⁴Schogol VA, ⁴Sokolov VA, ⁵Eremenko VV, et al. Stand rig facility for thermo-vacuum testing of space vehicles. Kosm. nauka tehnol. 2004 ;10(5-6):042-046.

Computer simulation of radiant fluxes in solar simulators

¹Gavrylov RV, ¹Kislov AM, ¹Romanenko VG. Computer simulation of radiant fluxes in solar simulators. Kosm. nauka tehnol. 2004 ;10(5-6):038-041.

The simulator of the Earth's radiation for thermo-vacuum tests of spacecrafts

¹Gavrylov RV, ¹Kislov AM, ¹Melenevsky Yu.A, ¹Tserkovny AI. The simulator of the Earth's radiation for thermo-vacuum tests of spacecrafts. Kosm. nauka tehnol. 2004 ;10(5-6):035-037.

Onboard UV-spectropolarimeter for monitoring of planetary atmospheres

¹Ivanov Yu.S, ¹Syniavskyi II, ¹Sosonkin MG. Onboard UV-spectropolarimeter for monitoring of planetary atmospheres. Kosm. nauka tehnol. 2004 ;10(5-6):032-034.

The Ukrainian Youth Satellite: investigation of the Earth's aerosol stratum with the use of UV-polarimeter

¹Nevodovsky EP, ¹Vidmachenko AP, ¹Morozhenko OV, ¹Nevodovsky PV, ¹Syniavskyi II. The Ukrainian Youth Satellite: investigation of the Earth's aerosol stratum with the use of UV-polarimeter. Kosm. nauka tehnol. 2004 ;10(5-6):027-031.

The compact antenna range for experimental improvement of space vehicles antennas

¹Ovsianikov VV, ²Popel' VM, ³Olshevskyi AL, ³Popel' PV. The compact antenna range for experimental improvement of space vehicles antennas. Kosm. nauka tehnol. 2004 ;10(1):085-090.

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