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Space Materials and Technologies

Nanotechnologies — one of the future directions of the composing of new elastomeric structural materials

¹Elkady MM, ¹Khorolskyi MS, ¹Sanin AF. Nanotechnologies — one of the future directions of the composing of new elastomeric structural materials. Space Science and Technology. 2018 ;24(1):71-75.

The structural motives and processes of mass transfer in the melts

¹Maiboroda VP, ¹Molchanovskaya GM. The structural motives and processes of mass transfer in the melts. Kosm. nauka tehnol. 2002 ;8(5-6):117-120.

Mathematical modelling of thermal and hydrodynamic processes in the electron beam floating-zone melting of silicon monocrystal under microgravity conditions

¹Asnis EA, ¹Demchenko VF, ¹Lesnoi AB, ¹Zabolotin SP. Mathematical modelling of thermal and hydrodynamic processes in the electron beam floating-zone melting of silicon monocrystal under microgravity conditions. Kosm. nauka tehnol. 2002 ;8(5-6):112-116.

Program of the russian-ukrainian investigations of the hydrodynamics and heat transfer in liquid helium aboard the International Space Station

¹Bondarenko SI, ¹Gavrylov RV, ¹Yeremenko VV, ¹Rusanov KV, ¹Shcherbakova NS, ²Dergunov IM, ²Kryukov AP, ²Korolev PV, ²Selyaninova Yu.Yu., ³Zhukov VM, et al. Program of the russian-ukrainian investigations of the hydrodynamics and heat transfer in liquid helium aboard the International Space Station. Kosm. nauka tehnol. 2002 ;8(5-6):035-038.

The elaboration of novel scientific instrumentation and antifriction materials for performing the «Material-Friction» space experiment

¹Gamulya GD, ²Skorokhod VV, ²Solntsev VP, ³Surdu MN, ²Frolov GA. The elaboration of novel scientific instrumentation and antifriction materials for performing the «Material-Friction» space experiment. Kosm. nauka tehnol. 2002 ;8(5-6):028-034.

Some problems in the investigation of the processes of directional crystallization under microgravity (creating the MORPHOS installation)

¹Shpak AP, ¹Fedorov OP, ¹Bersudsky EI, ¹Zhivolub EL. Some problems in the investigation of the processes of directional crystallization under microgravity (creating the MORPHOS installation). Kosm. nauka tehnol. 2002 ;8(5-6):019-027.

The production of perfect materials in space

¹Paton BE, ¹Asnis EA, ¹Zabolotin SP, ²Baranskii PI, ²Babich VM, ³Bondarenko VP, ³Yurchuk NA. The production of perfect materials in space. Kosm. nauka tehnol. 2002 ;8(5-6):015-018.

Microgravity and ultrahigh vacuum as specific components of technological environment and new feasibilities of semiconductor technology

¹Baranskii PI, ¹Babich VM, ²Svechnikov SV, ³Gaidar GP, ⁴Ptushynskyi Yu.G. Microgravity and ultrahigh vacuum as specific components of technological environment and new feasibilities of semiconductor technology. Kosm. nauka tehnol. 2002 ;8(4):096-099.

Prospects of creating the reliable thermal barrier coating systems from elastomeric materials for solid propellant rocket engines

¹Khorolskyi MS, ²Lavrynenko SP, ³Potapov OM, ³Kozys KV. Prospects of creating the reliable thermal barrier coating systems from elastomeric materials for solid propellant rocket engines. Kosm. nauka tehnol. 2017 ;23(6):46-50.

Features of calculation of temperature deformations of the optical payload from composite materials

¹Kushnirenko SI, ¹Korennov Yu.A. Features of calculation of temperature deformations of the optical payload from composite materials. Kosm. nauka tehnol. 2017 ;23(6):51-63.

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