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WAY GONE parts department stages of launch vehicles from orbit payload DEVICE FOR ITS IMPLEMENTATION

机译:轨道有效载荷运载火箭的飞行部门零件部门阶段及其实施装置

摘要

1. A method for disposal octane-booster stage based on gasification of liquid residues nevyrabotannyh MCT in the oxidizer and fuel tanks, providing a brake pulse due to their combustion chamber RDT and high expiration of combustion products in the space, characterized in that the gasification residues nevyrabotannyh MCT solid gas generating compositions are used, in which tank serves solid oxidant gas generating compositions with an excess of oxygen and fuel in the tank - with lack of oxygen, with that the chemical composition and the amount of solid gas generating compositions at the lowest possible residues MCT determined from the conditions for implementing predetermined magnitude characteristic velocity :, somewhere pulse realized through minimal residues nevyrabotannyh MCT in tanks octane and solid gas generating compositions required for their gasification ;, - pulse realized only by the combustion of a solid gas generating gases GRD sostavov.2. A method according to claim 1, characterized in that the solid-gas generating composition for fuel tank include metal or aluminum component selected from the group of hydride compounds comprising light metals to improve energetiki.3. Device for implementing the method of the propulsion system, comprising in its structure fuel tanks oxidant and fuel tank pressurization system, the gas propellant rocket engine with the system power and system gasification propellants residues, characterized in that the controller is provided with a solid-fuel gas generators, the outputs of which are connected to devices
机译:1.一种基于氧化剂和燃料箱中的液态残留物nevyrabotannyh MCT的气化处理辛烷-增压阶段的方法,其由于燃烧室RDT和空间中燃烧产物的高排放而提供制动脉冲,其特征在于,气化使用残留的nevyrabotannyh MCT固体产生气体的组合物,其中罐为固体氧化剂气体产生的组合物提供充足的氧气和燃料,而罐中没有氧气,化学成分和固体气体产生量在通过实现预定幅度特征速度的条件确定的最低可能残留物MCT:通过气化罐中辛烷和生成固体气体的最小残留物nevyrabotannyh MCT实现的某处脉冲;-仅通过燃烧固体气体而实现的脉冲气体GRD sostavov.2。 2.根据权利要求1所述的方法,其特征在于,用于燃料箱的产生固体气体的组合物包括选自包括轻金属的氢化物化合物的组中的金属或铝组分以改善能量。一种执行推进系统方法的装置,其结构中包括:燃料箱氧化剂和燃料箱增压系统;具有系统动力和系统气化推进剂残渣的气体推进火箭发动机,其特征在于,控制器装有固体燃料。气体发生器,其输出连接到设备

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