Equipment and technology for electron-beam welding in space 1Paton BE, 1Lobanov LM, 1Asnis Yu.A, 1Ternovoj EG, 1Zubchenko Yu.V. Equipment and technology for electron-beam welding in space. Space Science and Technology. 2017 ;23(4):27-32.
Perspective materials and technologies for constructing light-weight telescope mirrors 1Maslov VP. Perspective materials and technologies for constructing light-weight telescope mirrors. Kosm. nauka tehnol. 2007 ;13(4):054-061.
Hoheycomb cores for honeycomb structures of aerospace assignment 1Slyvyns'kyy VI, 2Zevako VS, 1Tkachenko GV, 1Karpikova OA. Hoheycomb cores for honeycomb structures of aerospace assignment. Kosm. nauka tehnol. 2008 ;14(3):101-107.
New energy saving method of nanooxide plating for aluminium alloys 1Livshits AB, 1Don Yu.A, 2Zheltov PN. New energy saving method of nanooxide plating for aluminium alloys. Kosm. nauka tehnol. 2008 ;14(3):098-100.
Optical fiber sensors for heat-protection ablation 1Gornostaev GF. Optical fiber sensors for heat-protection ablation. Kosm. nauka tehnol. 2008 ;14(3):012-018.
Space experiment «Penta‒Fatigue». Numerical modeling conditions for cyclic loading unit of samples in onboard facility «Cycle-1» 1Pokhyl Yu.A, 2Kislov AM, 2Romanenko VG, 2Levin AYa. Space experiment «Penta‒Fatigue». Numerical modeling conditions for cyclic loading unit of samples in onboard facility «Cycle-1». Kosm. nauka tehnol. 2008 ;14(2):46-50.
The effect of on-ground simulated space factors on thermooptical and electrophysical characteristics of space vehicle materials 1Pokhyl Yu.A, 2Abraimov VV, 1Saltevskij GI, 1Zaritskij IP, 1Lototskaya VA, 2Krevsun AV, 2Agashkova NN, 1Pristjuk MM, 3Tikhii VG, 4Gusarova IA, et al. The effect of on-ground simulated space factors on thermooptical and electrophysical characteristics of space vehicle materials. Kosm. nauka tehnol. 2009 ;15(6):73-83.
Set of modular friction units for the space experiment «Material–Friction» and some results of their testing 1Gamulya GD, 2Frolov GA, 2Kolotilo AD, 2Borovik DV. Set of modular friction units for the space experiment «Material–Friction» and some results of their testing. Kosm. nauka tehnol. 2009 ;15(3):11-19.
Scientific equipment for the space experiment «Pipe» on the RS of the ISS 1Kostornov AG, 2Frolov GA, 1Shapoval AA, 1Moroz AL, 3Shapoval IV, 4Elanskii Yu.A, 4Tikhii VG, 5Gusarova IA, 6Surdu MN, 7Lameko AL. Scientific equipment for the space experiment «Pipe» on the RS of the ISS. Kosm. nauka tehnol. 2009 ;15(3):05-10.
Heat pipes with capillary structures on the basis of composite gradient materials for space and aviation heat systems engineering 1Kostornov AG, 1Shapoval AA, 1Moroz AL, 2Frolov GA, 3Shapoval IV. Heat pipes with capillary structures on the basis of composite gradient materials for space and aviation heat systems engineering. Kosm. nauka tehnol. 2009 ;15(2):69-79.