1) radio proximaty fuze
无线电/近炸引信
2) radio proximity fuze
无线电近炸引信
1.
Recognizing slow target on ground is one of difficult research topic in radio proximity fuze signal processing field.
识别地面低速目标是无线电近炸引信信号处理研究的难点之一。
2.
This article analyzes the high frequency circuit noise character of a radio proximity fuze by using the spectrum analysis method.
以某无线电近炸引信为例,应用谱分解理论对该引信高频电路的噪声特性进行了分析,推导了无线电近炸引信高频电路的噪声公式,并根据理论分析的结果提出了降低高频电路噪声的措施。
3.
This article analyze the signal processing circuit noise character of a radio proximity fuze, and investigate the low noise design based on the analysis result and the reflect wave from the target.
以某无线电近炸引信为例,分析了该引信的噪声特性,并根据噪声分析的结果以及该引信的回波信号的特征进行了低噪声设计研究,根据对低噪声设计分析的结果可以看出,本文所提出低噪声设计原则是有效的、可行的。
3) radio bomb fuze
无线电炸弹引信
4) radio proximity fuse
无线电近发引信
5) capacitance proximity fuze
电容近炸引信
1.
The test on dynamic performance of signal process circuit of capacitance proximity fuze is the key of research,adjust,and produce.
测试电容近炸引信的信号处理电路的动态性能参数,是产品研制、调试、生产的重要环节。
2.
The test on dynamic performance of signal process circuit of capacitance proximity fuze is the key of research, adjust, and produce.
电容近炸引信的信号处理电路动态性能参数测试是产品研制、调试、生产的重要环节。
3.
The sensitivty detection of capacitance proximity fuzes is defined based on the analysis of two commonly used types of detectors—those in the frequency-discriminated model and in the coupled model.
从分析常用的两种电容近炸引信探测器（鉴频式探测器和耦合式探测器）入手，给出电容近炸引信探测灵敏度的定义，并推导出其数学表达式。
6) proximity fuze
近炸引信
1.
Analysis of development in proximity fuze of aerial defence missiles;
防空导弹近炸引信发展分析
2.
Combined with the principle of capacitance proximity fuze,four key technologies are analyzed,including the optimum height of burst of fragmentation mortar,control signal processing,directional detection circuit design and antijamming,in the design of capacitance proximity fuze of mortar.
结合电容近炸引信的工作原理,分析了杀爆迫弹的最佳炸高、控制信号处理、定向探测电路设计及抗干扰等四个迫弹近炸引信设计过程中的关键技术问题。
3.
It is difficult to adjust the demodulation voltage for a certain proximity fuze,which cause low function reliability.
针对某近炸引信检波电压难以调整,导致高、低温条件下近炸作用可靠性偏低的问题,提出了一种采用单片机技术实现检波电压自身调整,解决了此类问题。
补充资料：无线电通信波段(见无线电通信)
无线电通信波段(见无线电通信)
radio communication wave range
wuxiandian tongXin boduan无线电通信波段(rads。。ommunicationWaVe range)见无线电通信。
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