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Space Energy, Power and Propulsion

The influence of concentrator geometry on the energy parameters of the reception system of the space solar power plant

¹Knysh LI. The influence of concentrator geometry on the energy parameters of the reception system of the space solar power plant. Kosm. nauka tehnol. 2011 ;17(5):19-23.

Power losses for solar arrays of a spacecraft in the Earth’s polar ionosphere and magnetosphere

¹Shuvalov VA, ¹Pismennyi NI, ²Kochubey GS, ³Nosikov SV. Power losses for solar arrays of a spacecraft in the Earth’s polar ionosphere and magnetosphere. Kosm. nauka tehnol. 2011 ;17(3):05-15.

Dynamics of the composite casing of solid-propellant rocket engine under the influence of impulse loads describing the work processes in the engine

¹Chernobryvko MV, ¹Avramov KV, ²Degtyarenko PG, Tonkonogenko AM, ³Mesha YV, ⁴Tishkovets OV, ⁴Zholos OV. Dynamics of the composite casing of solid-propellant rocket engine under the influence of impulse loads describing the work processes in the engine. Kosm. nauka tehnol. 2017 ;23(1):18-29.

Response of the authors to a review of the paper "Hybrid rocket engine on the methane clathrate" by A.S. Levenko, V.І. Prysiazhnyi, O.L. Pauk, A.S. Drozdenko

¹Levenko AS, ²Prysiazhnyi VI, ³Pauk OL, ⁴Drozdenko AS. Response of the authors to a review of the paper "Hybrid rocket engine on the methane clathrate" by A.S. Levenko, V.І. Prysiazhnyi, O.L. Pauk, A.S. Drozdenko. Kosm. nauka tehnol. 2017 ;23(1):15-17.

Review of the paper "Hybrid rocket engine on the methane clathrate" by A.S. Levenko, V.І. Prysiazhnyi, O.L. Pauk, A.S. Drozdenko

Anon. Review of the paper "Hybrid rocket engine on the methane clathrate" by A.S. Levenko, V.І. Prysiazhnyi, O.L. Pauk, A.S. Drozdenko. Kosm. nauka tehnol. 2017 ;23(1):13-14.

Hybrid rocket engine on the methane clathrate

¹Levenko AS, ²Prysiazhnyi VI, ³Pauk OL, ⁴Drozdenko AS. Hybrid rocket engine on the methane clathrate. Kosm. nauka tehnol. 2017 ;23(1):05-12.

Algorithmic monitoring of the working capacity of spacecraft jet engines

¹Kortunov VI, ¹Kulik AS. Algorithmic monitoring of the working capacity of spacecraft jet engines. Kosm. nauka tehnol. 2001 ;7(5-6):008-012.

«Dynamics» Experiment Check of adequacy of mathematical models of the dynamics of highly deformable low-elastic large-area surfaces under microgravity

¹Alpatov AP, ²Delyamoure VP, ³Khramov DA, ²Belonozhko PP. «Dynamics» Experiment Check of adequacy of mathematical models of the dynamics of highly deformable low-elastic large-area surfaces under microgravity. Kosm. nauka tehnol. 2000 ;6(4):132-132.

«Concentrator» Experiment Processes of solar energy conversion into electric energy in the advanced multiplayer photo cells in a complex with solar radiation concentrators

¹Alpatov AP, ²Fokov OA, ³Statsenko IM, ⁴Rassamakin BM, ⁵Shmireva AH, ⁶Belov DG, ⁶Medvednikov SV, ⁶Tarasov GI, ⁶Perekopskiy II, ⁷Khoroshylov VS. «Concentrator» Experiment Processes of solar energy conversion into electric energy in the advanced multiplayer photo cells in a complex with solar radiation concentrators. Kosm. nauka tehnol. 2000 ;6(4):131-131.

«Cable-Tether System» Experiment Study of the basic variables of a cable-tether system intended as an electromechanical linkage between space vechicles

¹Alpatov AP, ²Pirozhenko AV, ³Voloshenjuk OL, ⁴Khoroshylov VS. «Cable-Tether System» Experiment Study of the basic variables of a cable-tether system intended as an electromechanical linkage between space vechicles. Kosm. nauka tehnol. 2000 ;6(4):129-131.

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