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METHOD OF INSTANTANEOUS DETERMINATION OF MINIMUM OPERATING PRESSURE STABILITY IN SOLID PROPELLANT ROCKET ENGINE

机译:瞬时测定固体推进剂火箭发动机最小工作压力稳定性的方法

摘要

FIELD: engines and pumps.;SUBSTANCE: proposed method consists in producing additional source of combustion products and determining minimum pressure that ensures stable operation of adjustable solid propellant rocket engine. Additional source of combustion products is created by introducing simulating charge into model engine combustion chamber. Aforesaid charge features low pressure sensitivity of combustion rate, degressive combustion surface that ensures degressive pattern of "pressure-time" diagram, combustion product temperature equal to that of rocket solid propellant and exponent in combustion rate law satisfying the conditions protected by this invention. Aforesaid "pressure-time" diagram allows determining, from the start of pulsed combustion operation, the minimum pressure limit of stable operation of above mentioned engine.;EFFECT: higher accuracy of determination.
机译:领域:发动机和泵。实质:所提出的方法包括产生更多的燃烧产物源并确定确保可调节固体推进剂火箭发动机稳定运行的最小压力。通过将模拟装料引入模型发动机燃烧室中,可以创建更多的燃烧产物来源。上述装料具有燃烧速率压力敏感性低,燃烧表面退化,确保“压力-时间”图的下降规律,燃烧产物温度等于火箭固体推进剂的温度,燃烧率定律指数满足本发明保护的条件。上述“压力-时间”图允许从脉冲燃烧操作开始确定上述发动机稳定运行的最小压力极限。效果:确定精度更高。

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