1) 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。
2) 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
3) 2-DCCF
二维弹道修正引信
1.
In addition, their applications in 2-Dimension Correction Course Fuze(2-DCCF) are discussed in detail.
介绍了当今卫星定位系统(GNSS)接收机中的天线赋形技术、软件无线电技术和FPGA实现技术,以及它们在二维弹道修正引信(2-DCCF)的应用。
4) one dimension trajectory correction fuze
一维弹道修正引信
1.
On the basis of analysing the shortcomings in our DCM design of one dimension trajectory correction fuze, this paper brings forward the guidelines of improved design, and designs the actual DCM .
在深入分析一维弹道修正引信三圆片阻尼修正机构(DCM)设计中不足的基础上,提出DCM改进设计的指导思想并进行了具体的改进设计,新设计的DCM克服了原DCM中的问题。
5) two-dimension canard trajectory correction fuze
二维鸭舵弹道修正引信
6) trajectory correction
弹道修正
1.
To improve the concentration of projectiles,the one dimensional trajectory correctional projectile(TCP) with drag brake is researched.
为提高炮弹密集度,对采用阻力环装置的一维弹道修正弹进行了研究。
2.
For obtain muzzle velocity of projectile in the process of trajectory correction,a method for delermining muzzle velocity of projectile based on magnetoresistive sensor measuring muzzle velocity and acceleration was introduced.
在弹道修正过程中需要获知弹丸出炮口速度,提出采用磁阻传感器测量炮口速度和加速度信号判断弹丸到达炮口时速度的方法,给出了磁阻传感器信号输出、弹丸旋转频率以及炮口速度之间的解算式,对炮口测速装置进行了转台试验,得到了传感器输出信号与弹丸转速之间的波形曲线。
3.
Correction principle of trajectory correction projectile was analyzed.
分析了弹道修正弹的修正原理,针对某小口径高炮提出了一种弹道修正方案。
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