1) Scanning Errors
扫瞄误差
2) aiming error
瞄准误差
1.
The coupling sensitivity of unconventional responses of DFC aircraft is analyzed with the closed loop system dynamics and the aiming error dynamics,furthermore,the analytical results are verified through numerical examples,and finally some important conclusions are obtained on the coupling sensitivity,which can be referred to the system design and flying qualities rating for DFC aircraft.
针对当前直接力控制系统设计实践中遇到的直接力控制(DFC)飞机非常规响应耦合敏感性问题,借助闭环系统动力学和瞄准误差动力学理论进行推导与分析,进而通过实例计算,得出可供DFC系统设计及飞机飞行品质评定参考的重要结论。
2.
the directional pattern of the far field of antenna - radome system is calculated using numerical surface integration algorithm, and the aiming error .
天线罩是用来保护无线电系统免受外界影响的一种装置,为了保证在天线扫描角范围内电磁波通过天线罩时得到最大的功率传输系数和最小的相位畸变,运用平面波谱法分析天线罩对天线电磁性能的影响,采用数值积分法求得远区方向图,结合优化方法求解出瞄准误差。
3) spot error
瞄频误差
1.
This paper introduces the component and the operation principle of the jammer using DRFM,and analyzes the emergence of frequency spot error and spurious signal,and their influence on the jamming noise.
介绍了DRFM干扰机的组成和工作原理,并分析了瞄频误差和寄生信号的产生以及它们对干扰噪声的影响。
4) boresight error
瞄准误差
1.
Research on the compensation method of decreasinga radome s boresight error;
关于减小天线罩瞄准误差的补偿方法的研究
5) pointing error
跟瞄误差
1.
The effects of the pointing error and background light in the lunar-earth laser link on the BER are analyzed by using Webb-Gaussian model of APD (avalanche photodiode) and are also simulated with computer.
采用雪崩光电二极管(APD)的 Webb Gaussian模型,对月地激光链路跟瞄误差和背景光对误码率的影响进行了理论分析和数值仿真。
6) pointing error
瞄准误差
1.
This paper discusses the coupling loss induced by pointing error of receiver for coupling space light into single mode fiber in laser satellite communication systems with optical preamplifiers.
考虑接收端瞄准误差对空间光到单模光纤耦合的影响,导出了带前置光放大的卫星激光通信系统中,由瞄准误差引起的突发误码率的近似解析表达式,并建立了基于突发误码率的系统优化模型。
补充资料:坦克夜间观察瞄准仪器(见坦克观察瞄准仪器)
坦克夜间观察瞄准仪器(见坦克观察瞄准仪器)
tank night observing and sighting instruments
tanke yelion guancha mia0Zhun yiqi坦克夜间观察瞄准仪器(t ank nightob-serving and sighting instruments)见坦克观察猫准仪器。
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