1) Kinetic energy of kill vehicle
直接碰撞动能拦截器
2) impact interception
碰撞拦截
1.
According to the Lagrange minimum principle and as energy for objective function,the minimum energy orbit interception(coplanar interception) and the minimum energy impact interception(non-coplanar interception) orbit were designed and at the same time two kinds of orbits were concretely calculated and analyzed by the example.
应用拉格朗日极小值原理,以能量为目标函数,设计出最小能量入轨拦截(共面拦截)和最小能量碰撞拦截(异面拦截)两种拦截轨道,并通过算例进行了具体的计算和优化分析。
3) hit-to-kill technology
直接碰撞动能杀伤
1.
The effect of seeker performance on guidance accuracy for using hit-to-kill technology to intercept tactical ballistic missile (TBM) during terminal phase is investigated.
针对末制导段采用直接碰撞动能杀伤技术的拦截弹拦截战术弹道导弹(TBM),分析了导引头分辨率、帧频和测量噪声等主要性能参数对制导精度的影响。
4) kinetic interceptor
动能拦截器
1.
A terminal guidance law based on the terminal sliding mode technology is proposed for the precise interception of exo-atmospheric kinetic interceptor.
针对大气层外动能拦截器的精确拦截问题,给出了一种基于Terminal滑模的鲁棒末制导律设计方法。
2.
A simulation model was developed for endgame homing simulation of kinetic interceptor against mulit-targets.
针对拦截器对抗多目标攻击的特点,建立了对抗多目标的大气层外动能拦截器末制导仿真模型,并对仿真模型进行了验模分析和仿真计算。
5) kinetic kill vehicle(KKV)
动能拦截器
1.
After constructing the model of motion of the target and the kinetic kill vehicle(KKV),constraints of interception were analyzed and the computing method of orbit transfer was also derived.
针对大气层外高速飞行的目标,提出了一种可用于动能拦截器助推段的导引方法。
6) Kinetic-Kill Vehicle
动能拦截器
1.
In this paper, the kinetic-kill vehicle (KKV), which intercepts tactical ballistic missile (TBM) in the high altitude, is researched.
本文主要研究大气层高层拦截战术弹道导弹的动能拦截器。
补充资料：直接拦截
分子式：
CAS号：
性质：又称直接拦截。流体夹带的小颗粒被捕集的一种方式。当流体夹带颗粒流过单独的捕集体(圆柱或圆球)时，除了惯性碰撞效应外，有些很小的颗粒仍然跟随流线而运动，若此时颗粒半径小于流线到捕集体表面的距离，此种颗粒也会被捕集下来，称为流线截取。当颗粒尺寸与捕集体尺寸的比值较大时，流线截取效应较为突出。
CAS号：
性质：又称直接拦截。流体夹带的小颗粒被捕集的一种方式。当流体夹带颗粒流过单独的捕集体(圆柱或圆球)时，除了惯性碰撞效应外，有些很小的颗粒仍然跟随流线而运动，若此时颗粒半径小于流线到捕集体表面的距离，此种颗粒也会被捕集下来，称为流线截取。当颗粒尺寸与捕集体尺寸的比值较大时，流线截取效应较为突出。
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