该文对末敏弹系统全充满旋转减速伞的运动特性进行研究。
The motion characteristics of full developed rotational deceleration parachute of the system are studied in this paper.
该模型可进一步用于末敏弹系统的弹道修正、参数优化和弹道模拟。
The model can be applied further to ballistic correction, parameter optimization and ballistic simulation of TSP systems.
末敏弹主装药的设计，传统的方法主要是在经验的基础上依靠试验来进行。
Test is a traditional way to design a main charge of sense and destroy armor artillery projectile.
本文介绍了用于大面积反装甲的末敏弹的研制现状，并且综述了末敏弹研制中的问题。
This paper introduces the present situation of development on the sensor-fuzed munition for destroying armoured targets in large areas, and studies the problems existing in the development process.
此动力学模型可用于弹丸大攻角飞行时的弹道计算及某些灵巧弹药（如末敏弹）的设计。
This kinetic model can be used in ballistic calculation of projectile with large angle of attack and also in the design of some smart munitions(e. g. target sensitivity projectile).
目前末敏弹母弹测高机构主要装配了空压管、毫米波雷达、定时器、激光测距系统等装置。
At present, the ranging system of the carrier shell equipped the air pressure tube, the millimeter radar, the timer and laser ranging system.
把激光测距系统装配于末敏弹母弹，可以提高母弹开仓起爆高度的精确性，提高打击精度。
After assembling laser ranging system, it would enhance the precision of the opening altitude and increases the attack precision of the terminal phase sensitive ammunition.
给出了末敏弹扫描角速度、扫描角和扫描曲线随时间的变化，以及扫描覆盖区随高度的变化。
The variations of scanning angular velocity, scanning angle, scanning locus and scanning cover field are shown.
恰当地引入了降落伞的附加质量和附加惯性矩，完整地分析了伞体和弹体所受的外力和外力矩，建立了由伞体和弹体组成的末敏弹系统二体运动模型。
The external forces and moments of the parachute and projectile are analyzed completely. A two body motion model of the TSP system, which is composed of the parachute and projectile, is established.
恰当地引入了降落伞的附加质量和附加惯性矩，完整地分析了伞体和弹体所受的外力和外力矩，建立了由伞体和弹体组成的末敏弹系统二体运动模型。
The external forces and moments of the parachute and projectile are analyzed completely. A two body motion model of the TSP system, which is composed of the parachute and projectile, is established.
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