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The new methods of degassing fuel liquid in the tank of rocket engine and liquids in the life-support system of automatic spacecraft using the controlled vibration or the specially created temperature gradient in the liquid

Michael Shoikhedbrod

Abstract


The paper presents the developed methods of degassing of fuel liquid in the fuel tank of rocket engine and liquids in the life-support system of automatic spacecraft using the controlled vibration or the specially created temperature gradient in the liquid that are simple on their of construction, economically highly effective and productive, mobile, and can be used in any part of the systems of power supply and life-support of automatic spacecraft for the work both in the earthly conditions and in the conditions of space flight.The developed methods of degassing successfully also can be used for degassing of the crystalline solutions in the process of the cultivation of unique crystals in the conditions of space flight. Keywords: Degassing; foam materials processing; new form of medicines processing; weightlessness.

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References


Ring E. Engine of the system of liquid fuel rockets, M., Mir, 1966,177, Figures13.16

Ring E. Engine of the system of liquid fuel rockets, M., Mir, 1966,177, Figures13.15

Lugovoy Yu.S., Komarov L.I., Klimanov S.I. Patent 2171907, 10.08.2001

Polyaev V.M. Capillary system of the selection of liquid from the tanks of space vehicles, M.,

Scientific production center “Energomash”, 1997, 47, 94

Grishin V.M., Podobedov G.G., Perfilev L.A., Rakitin A.M., Ryabkin A.M. Patent 2165871,

04.2001

Shoikhedbrod M.P. The gas bubbles behavior in variable gravity. Lambert Academic Publishing,

, Toronto

Shoikhedbrod M.P. Computer modeling in physics and medicine, 2018, Toronto

Young N. O., Goldstein J. S., and Block M. J., The motion of bubbles in a vertical temperature

gradient, J. Fluid Mech. 6, 1959, 350

Kuznecov V.M., Lugovtsov A. V., Shar E.I. About the motion of gas bubbles in the liquid under the

action of the gradient of temperature, Applied mechanics and technical of physics, Tom 7, 1 (35),

, 124-126

Kutateladze S.S., Styrikovich M.A. Hydrodynamics of gas-liquid systems, M.,“Energia”, 1976

Zhang Lu, Subramanian Sh., Balasubrananiam R. Motion of a drop in a vertical temperature

gradient at small Marangoni number - the critical role of inertia, J. Fluid Mech., vol. 448, 2001,

-211.

Balasubramaniam R. Thermocapillary convection due to a stationary bubble, Physics of fluids,

Vol. 16, 8, 2004

Protocol 0444-1258-02/81 of control tests of “FKHION” set (EY1.00.00) in the staff set of the

“PION”


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