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Space Materials and Technologies

Thermal vacuum research of samples of multi-layer insulation

¹Rogachov VA, ¹Kozak DV, ¹Melnyk RS, ¹Poshtarenko Yu.A, ¹Rassamakin BM, ¹Khominich VI, ²Zakharov VV, ³Moskalova TV. Thermal vacuum research of samples of multi-layer insulation. Space Science and Technology. 2023 ;29(6):051-061.

Increasing the conversion accuracy of model gas (Ar) consumption into xenon consumption when using capillary tubes in the working substance feed systems of electric propulsion

¹Yurkov BV, ¹Petrenko OM, ²Asmolovskyi SYu., ¹Voronovskyi DK, ³Kulagin SM. Increasing the conversion accuracy of model gas (Ar) consumption into xenon consumption when using capillary tubes in the working substance feed systems of electric propulsion. Space Science and Technology. 2023 ;29(5):051-059.

Regularities of porosity formation in electron beam welding of aluminium alloys under lower gravity

¹Lobanov LM, ¹Milenin OS, ¹Ternovyi Ye.G, ¹Piskun NV, ¹Hlushak SO, ¹Statkevich II, ¹Radchenko LM. Regularities of porosity formation in electron beam welding of aluminium alloys under lower gravity. Space Science and Technology. 2023 ;29(3):57-66.

Suitability of silicone in soft-robotic exploration of terrestrial and extraterrestrial ocean worlds

¹Nuncio Zuniga A, ¹Fink W. Suitability of silicone in soft-robotic exploration of terrestrial and extraterrestrial ocean worlds. Space Science and Technology. 2023 ;29(3):47-56.

Atomic Oxygen in Low Earth Orbits: a Retrospective Review Study

Mahmoud WM, Elfiky D, Robaa SM, Elnawawy MS, Yousef S. Atomic Oxygen in Low Earth Orbits: a Retrospective Review Study. Space Science and Technology. 2023 ;29(2):32-44.

Peculiarities and advantages of studying the surfaces of space technology materials by atomic force microscopy

¹Shevchenko OI, ²Itsenko AI, ³Bondarenko MO. Peculiarities and advantages of studying the surfaces of space technology materials by atomic force microscopy. Space Science and Technology. 2023 ;29(1):65-73.

Dynamic properties of nanocomposite and three-layer thin-walled aerospace elements manufactured by additive technologies

¹Avramov KV, ¹Uspensky BV, ²Derevyanko II, ²Degtyarev MO, ¹Polishchuk OF, ¹Chernobryvko MV. Dynamic properties of nanocomposite and three-layer thin-walled aerospace elements manufactured by additive technologies. Space Science and Technology. 2023 ;29(1):52-64.

Study of the influence of rubber on stremgth properties of carbon plastic

Meyirbekov MN, Ismailov MB, ¹Manko TA, ²Kozis KV. Study of the influence of rubber on stremgth properties of carbon plastic. Space Science and Technology. 2022 ;28(5):67-74.

The influence of the Gaussian curvature sign of the compound shell structure’s middle surface on local and overall buckling under combined loading

¹Grishchak VZ, ²Hryshchak DV, ³Dyachenko NM, ⁴Baburov VV. The influence of the Gaussian curvature sign of the compound shell structure’s middle surface on local and overall buckling under combined loading. Space Science and Technology. 2022 ;28(4):31-38.

Research and optimization of refurbishment of HPT blades of the D-18T aircraft gas turbine engine by micro-plasma powder welding

¹Yushchenko KA, ¹Yarovitsyn OV, ¹Khrushchov GD, ²Petryk IA, ²Chighileichik SL. Research and optimization of refurbishment of HPT blades of the D-18T aircraft gas turbine engine by micro-plasma powder welding. Space Science and Technology. 2022 ;28(3):01-01.

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