Space Materials and Technologies

Power consumption of major factors of heat absorption in aerodynamic heating of heat-protective coatings of objects of space-rocket engineering. II. Limit power consumption of surface processes of absorption of heat at thermal destruction of a material

Power consumption of major factors of heat absorption in aerodynamic heating of heat-protective coatings of objects of space-rocket engineering І. Limiting power consumption of internal processes of heat absorption in thermal destruction of a material

Problems on scientific and methodical maintenance of development and operation of heat-protective coatings for heat-stressed elements of objects of space-rocket engineering.ІІ. Experimental modelling of aerodynamic heating of heat-protective coatings

Problems on scientific and methodical maintenance of development and operation of heat-protective coatings for heat-stressed elements of space-rocket engineering. I. Mathematical simulation of processes of the destruction of heat-protective materials

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

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

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

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

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