1) Long-range carrier rocket
远程运载火箭
2) long-range rocket
远程火箭
1.
After the attitude being stabilized, restraining the range dispersion of long-range rocket becomes the more important problem.
实现了姿态稳定后,抑制远程火箭的纵向散布上升为提高其射击效能的主要问题。
2.
Aiming at the problem that long-range rocket\'s testing range is different from the calculating range,a new viewpoint was advanced that there are differences between pitching and yaw of equatorial damp moment when the attacking angle is big.
针对远程火箭试验射程与计算射程不相符的问题,提出了大攻角下应考虑赤道阻尼力矩章动阻尼与进动阻尼特性的不同,推导了这种不同与攻角的关系,用奇点理论与振幅平面方程推导了在这种非对称赤道阻尼力矩作用下产生极限圆锥运动的条件,通过数值计算进行了验证。
3) Launch vehicle
运载火箭
1.
Fault diagnosis technology of launch vehicle based on distributed expert system;
基于分布式专家系统的运载火箭故障诊断技术
2.
Modeling and Simulation of Navigation Calculating Subsystem of Launch Vehicle;
运载火箭导航计算子系统建模与仿真
3.
Onboard real-time compression of launch vehicle telemetry images;
运载火箭飞行状态图像箭上实时压缩技术研究
4) Carrier rocket
运载火箭
1.
Automatic pressure loading system used for anti - pressure intensity test of carrier rocket parts;
运载火箭构件抗压强度测试的压力自动加载
2.
Serial communications of united testing system on desktop of carrier rocket is mainly realized through computer s RS232 port.
运载火箭桌面联试系统主要利用微机的RS 232口进行串行通信,主控计算机与发控台、箭机之间多路串口通信的实现方法在运载火箭测试发控系统设计中占据重要地位。
3.
To our best knowledge, there does not exist a model for aeroservoelastic analysis of large carrier rocket when occurrence of fault during process of dropping boosters produces non symmetries in one, two, or all three of the following distributions: (1)structural rigidity, (2)mass, (3)aerodynamic pressure.
在运载火箭抛助推器故障造成结构刚度、质量分布和气动力分布不对称条件下 ,建立了运载火箭气动伺服弹性分析的数学模型 ,以及非对称情况运载火箭结构弹性振动特性分析有限单元法模型 ,并求解了其频率和振型。
5) long-range rocket
远程火箭<火>
6) long-range rocket
远程火箭弹
1.
Attitude stabilized technology is very us ef ul to reduce the dispersion of long-range rocket, but the range dispersion of a ttitude stabilized rocket is not very satisfactory still.
在主动段进行姿态稳定是提高远程火箭弹射击密集度的有效技术措施 ,实施了姿态稳定后 ,火箭弹的纵向散布仍然偏大 。
2.
With numerical simulation, reasons of technical dispersion for long-range rockets resulting from various factors of disturbance are analyzed.
通过数值仿真分析了弹道风、质量偏心、推力偏心、初始扰动等各种扰动因素引起远程火箭弹落点技术散布的机理,指出火箭弹落点散布主要来源于主动段,且主动段终点速度矢量的方向散布是造成落点散布的关键。
补充资料：固液混合火箭推进剂(见火箭推进剂)
固液混合火箭推进剂(见火箭推进剂)
solid-liguid hybrid rocket propellant
guye hunhe huoiian tui)in)i固液混合火箭推进剂(s olid一Iiguid hy-brid rocket proPellant)见火箭推讲齐，}_
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条