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Aerospace Instrument-Making Annotation << Back
INTEGRATION OF REACTIVE AND AERODYNAMIC EXECUTIVE BODIES OF THE ORBITING AIRPLANE DURING DESCENT IN THE ATMOSPHERE |
Manuilov J.S., Aleshin E.N., Rakhimov R.R., Yadrennikov S.S.
Existing using technology returned from orbit maneuverable aircrafts impose high demands to their aerodynamic line-up and also to the aerodynamic system and gas-aerodynamic dynamic control. Wherein flight safety of orbital plane in the mode of descent in atmosphere in a significant degree is an achievement of hard demands to the quality control of angle of roll and slide. During deorbit there is a need of permanent maintenance of balancing angle of push and minimizing the slip orbit angle to reduce the level of heat flow on the surface of orbital plane. It is formulated in the article and solved the problem of optimal control angle of roll of orbital plane during atmosphere descent with using complexation of reactive and aerodynamic executive bodies. Investigation of possibilities regulators linear and relay profiled management angle of roll orbital plane allowed to prove the use preference of reactive and aerodynamic executive bodies taking into account the density the incoming flow.
Key words: orbiting airplane, executive bodies, regulator of profiled control, angle of heel, gliding angle.
Contacts: E-mail: aleshin_evgeny@inbox.ru
Pp. 24-31. |
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