首页> 外国专利> A COMBUSTOR CHAMBER WITH REGENERATIVE COOLING FOR HIGH-PRESSURE LIQUID ROCKET ENGINE

A COMBUSTOR CHAMBER WITH REGENERATIVE COOLING FOR HIGH-PRESSURE LIQUID ROCKET ENGINE

机译:高压液体火箭发动机蓄热式燃烧室

摘要

The present invention relates to a high-pressure liquid rocket engine combustion chamber regenerative cooling, water cooling channels in the playing of the combustion chamber and is to be uniformly fed emissions, also aims to help you understand the details of the combustion chamber combustion phenomena. ; Play cooled combustion chamber for high-pressure liquid rocket engine in accordance with the disclosed invention, the inner tube (10 ), and; Shaft 20 and is coupled to the outside of the inner tube; Cooling channel is formed between the reproduction 30 and to guide the flow of cooling water passing through the outer cylinder of the inner; Manifold unit (41,51) is provided for guiding such that cooling water manifold blocks are uniformly feed and discharge (40 and 50) and such that each installation and the cooling water is uniformly distributed in the circumferential direction on both sides of the outer tube; Wherein the manifold block and the corresponding uniform supply / discharge holes 23 and 24 and to derive the distribution of cooling water formed in the outer sleeve; And, is configured to include a manifold (33,34) which is formed corresponding to the supply / discharge hole on the inlet side and outlet side of the cooling channel reproduction. The playback is performed in the cooling channel a circumferential direction on the peripheral portion of the inner tube according to the cooling water is formed between the formed with rib 31 and the rib of a predetermined interval (32).
机译:本发明涉及高压液体火箭发动机燃烧室的再生冷却,在燃烧室中水冷却通道的游动并被均匀地排放,还旨在帮助您了解燃烧室细节的燃烧现象。 ;根据本发明的用于高压液体火箭发动机的冷却燃烧室,内管(10)和;轴20并连接到内管的外部;冷却通道形成在复制件30之间,并引导冷却水流过内部的外筒。歧管单元(41,51)用于引导,使得冷却水歧管块被均匀地进给和排出(40和50),并且使得每个装置和冷却水在外管的两侧上沿周向均匀地分布。 ;其中,歧管块和相应的均匀的进/出孔23和24和导出的冷却水分配在外套管中形成;并且,被构造成包括歧管(33,34),该歧管(33,34)对应于在冷却通道再生的入口侧和出口侧上的供给/排出孔而形成。根据在形成有肋的肋31与预定间隔(32)的肋之间形成的冷却水,在冷却通道的内管的周缘部上沿圆周方向进行再生。

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