1) terminal trajectory signal
末弹道引信
2) trajectory correction fuze
弹道修正引信
1.
By analyzing the characteristic of one-dimensional trajectory correction fuze based on GPS and the data characteristic of GPS receiver,the paper puts forward the real time trajectory modified method,and states the emulation experiments.
通过分析基于GPS测量的一维弹道修正引信以及GPS接收机本身数据的特点,提出了一种以GPS测量数据作为初始数据,结合阻尼弹道系数对部分弹道进行解算的实时弹道修正算法,并进行了仿真试验。
2.
This paper analyses the whole task of recognization software according of trajectory correction fuze(TCF),and designs the sub -programs of these program modules.
本文针对弹道修正引信上的弹道辨识器,重点分析了辨识器的软件应完成的总体任务。
3.
Predicting trajectory point of fall based on GPS measures part of trajectory is one key technology of trajectory correction fuze adopted GPS.
将 GPS接收机应用于弹道修正引信的关键技术之一是根据 GPS测量的一部分弹道数据预测弹道的落点。
3) GPS Trajectory Correction Fuze
GPS弹道修正引信
1.
GPS Trajectory Correction Fuze Mechanical and Electrical Safety System and Fuzing Control Technology;
GPS弹道修正引信机电安全系统与起爆控制技术研究
4) ballistic missile's laser fuse
弹道导弹激光引信
5) end-trajectory
弹道末端
6) interior trajectory terminal
内末弹道
1.
A mine obtains its muzzle velocity through the work of high pressure gas in interior trajectory,and keeps moving forward only with inertia in interior trajectory terminal stage with the restriction from submarine torpedo tube.
内末弹道是内弹道向中间弹道的过渡阶段,其运动参数关系到发射平台发射水雷的安全性。
补充资料：弹道(见弹道学)
弹道(见弹道学)
trajectory
dQfldQO弹道(t rajectory)见弹道学。
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