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Supersonic missile flight control system - has air intakes in shell between tip and body connected to control nozzles in shell wall via reservoir and fluid elements

机译:超音速导弹飞行控制系统-尖端和主体之间的壳中进气口通过储层和流体元件连接到壳壁中的控制喷嘴

摘要

The flight correction device for a supersonic missile (1) with an air breathing thrust control system includes at least three air intakes (5) in the shell at the transition between the missile tip (3) and body (2) and leading to a reservoir (7). The device also has two or more fluid elements (8-11) aligned behind each other along the missile axis (100) and connected to the reservoir (7) via orifices (12-15). Control nozzles (6) are spaced around the missile body (2) in each fluid element (8-11). USE/ADVANTAGE - For correcting flight of supersonic missile. Does not use expensive swivelling side inlets and has high firing strength.
机译:具有空气呼吸推力控制系统的超音速导弹(1)的飞行校正装置,在导弹尖端(3)和主体(2)之间的过渡处并通向水库,在壳体中至少包括三个进气口(5) (7)。该装置还具有两个或更多个流体元件(8-11),其沿着导弹轴线(100)彼此并排对齐,并通过孔(12-15)连接到储液器(7)。控制喷嘴(6)在每个流体元件(8-11)中围绕导弹主体(2)隔开。使用/优点-用于纠正超音速导弹的飞行。不使用昂贵的旋转侧进气口,并且具有很高的击发强度。

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