Supersonic cruise

The preliminary analysis of developing supersonic cruise fighter

超音速巡航战斗机初步分析

During the past three decades aviation industries have tried to design a supersonic cruise aircraft , especially a supersonic transport .

设计具有高效的超音速巡航能力的飞机，特别是超音速巡航的运输机是航空工业近30年努力实现的方向。

Design of Active Center of Gravity Control System for Aircraft Supersonic Cruise

飞机超声速巡航主动重心控制系统设计

Research of supersonic cruise missile and ramjet motor integration based on energy method

基于能量法的超声速飞航导弹/冲压发动机一体化研究

Modern fighter planes must have a supersonic cruise and stealth performance .

现代战斗机需要具有超声速巡航和隐身的能力。

Passive acoustic radar for the detection of supersonic cruise missiles

探测超声速巡航导弹的被动式声学雷达研究

Study on Non-Augmented Supersonic Cruise of the 4th Generation Engines

第四代发动机不加力超声巡航性能的研究

This configuration will provide good sustained supersonic cruise performance with a suitable engine type , and good manoeuvre performance in transonic and supersonic regimes .

此配置将提供良好的用适当的引擎类型的持续超音速巡航性能，并在跨音速和超音速操纵性能好制度。

The development of supersonic cruise missile ( SCM ) weapon system puts forward increasing requirements of missile integration defense system . An efficacious SCM defense system must be established .

近年来，超声速巡航导弹武器系统的快速发展，对导弹综合防御体系提出了越来越高的要求，必须建立有效的超声速巡航导弹防御系统。

The development of the new generation of aircrafts requires separation device should be concealed inside separation cavity , in order to raise stealthy performance and supersonic cruise ability .

先进飞行器发展要求投放装置可隐藏于投放腔内，以提高隐身性能和超音速巡航能力。

Future fighter aircraft requirements vary widely , and include conventional takeoff and landing , supersonic cruise capability , super maneuverability , low signature , and even short takeoff and vertical landing .

未来战斗机的性能要求更加宽泛，包括超音速的巡航能力、超机动性能、低可探测性、甚至是短距起落和垂直升降。

There are supersonic cruise missiles too aboard China 's four new Sovremenny-class destroyers , made to order by the Russians and designed to attack aircraft-carriers and their escorts .

这些超音速巡航导弹也被列装在中国进口的四艘现代级驱逐舰上，现代级驱逐舰是俄罗斯设计和建造的用来攻击航母及其护卫舰的先进装备。

This paper begin with some factors which affect air combat efficiency such as stealth , supersonic cruise , post-stall maneuvers , agility and short take-off and landing and so on , and investigates the effect of thrust vectoring technology on air combat efficiency .

从隐身性、超音速巡航、超机动、敏捷性和短距起降等影响空战效能的因素入手，研究了推力矢量技术对上述影响空战效能因素的作用。