雷达方程的英文

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"雷达方程"怎么读用"雷达方程"造句

英文翻译手机版

radar equation
radar formula

"雷达"英文翻译 radar
"方程"英文翻译 equation
"雷达方程式" 英文翻译 : radar equation
"激光雷达方程" 英文翻译 : laser radar equation
"双向雷达方程式" 英文翻译 : two way radar equation
"自由空间雷达方程" 英文翻译 : free space radar equation
"雷达方舱" 英文翻译 : radar cabin
"雷达方位" 英文翻译 : radar bearing
"雷达方向" 英文翻译 : radar direction
"雷达方向图" 英文翻译 : radar envelope
"雷达方位引导" 英文翻译 : radar vectoring
"雷达方位变换器" 英文翻译 : radar azimuth converter
"雷达方位距离船位" 英文翻译 : fix by radar bearing and distance
"雷达方位距离定位" 英文翻译 : fix by radar bearing and distance
"雷达方位误差角" 英文翻译 : target radar azimuth error angle
"雷达方位指示器" 英文翻译 : radar azimuth indicator
"达方" 英文翻译 : dafan
"雷达气象方程" 英文翻译 : radar weather equation
"雷达雨量方程" 英文翻译 : radar rainfall equation
"雷达风暴探测方程" 英文翻译 : radar stormdetection equation
"雷达距离方程式" 英文翻译 : radar range equation
"达方索" 英文翻译 : dalfonso
"达方西" 英文翻译 : dalfonsi
"双基地雷达距离方程式" 英文翻译 : bistatic radar range equation
"表达方式" 英文翻译 : idiom; language; presentation; waysofexpress1on

例句与用法

Then according to the radar equation , on the base of the platform of ray tracing , builds a simulation platform of backscatter ionogram
然后根据雷达方程计算返回散射能量,在射线轨迹平台的基础上,建立了返回散射电离图仿真平台。
Firstly , with the consideration of the frequency and aspect angle dependent parameters of the low frequency uwb - sar , the radar equation for calibration is proposed
首先充分考虑了系统参量的频率和方位角特性,提出了适合低频uwb - sar校准的雷达方程。
Firstly , we introduce the radar equation of weather radar , the basic principles of detection weather targets , the time and frequency domain properties of weather radar echo and its simulation methods
首先简要介绍了气象雷达的雷达方程、气象雷达探测气象目标的基本原理、气象目标回波的时域频域特性和气象回波信号的模拟方法。
Uwb radar ( uwbr ) antenna is studied . the radar equation is developed to fit in with uwb sar . the uwb sar system parameters and its configuration are proposed
分析了几种常用的超宽带信号形式，阐述了线性调频信号的优点；研究了uwbr天线的特性；提出了适于uwbsar的雷达方程；进行了uwbsar系统参数论证；分析了uwbsar的系统构成。
Based on the lambert law of cosines , a form of ladar equation , which is easy to apply , is deduced . an effective method of calculating the maximum detectable distance is proposed based on the theory of signal detects statistics
根据朗伯余弦定律推导出激光雷达方程的一种便于使用的形式,根据统计信号检测理论提出了一种计算作用距离的有效方法。
The main work of this dissertation can be summarized as follows . 1 、 the low probability of intercept ( lpi ) of uwb radar is analyzed based on the radar equation and reconnaissance equation . the necessity of making reconnaissance of uwb signal in the circumstance of low or negative snr is proved
本文主要工作如下: 1 、从超宽带雷达方程和侦察方程出发,分析了超宽带雷达信号的低截获特性,证明了超宽带雷达信号的侦察和参数估计在低信噪比条件下的必然性。
In order to get the optimal wavelength pairs for two - color satellite laser ranging , with the factors including atmosphere effect , the response of the receiver and the laser considered , beginning with the precision of atmosphere correction , based on the lidar equation , the wavelength figure of merit , which can determine whether the pair is selected properly , is obtained
摘要为获得双波长卫星激光测距的最佳波长组合，考虑了大气效应、接收光电器件的响应、激光器等因素，从大气改正精度出发，利用激光雷达方程，得到了评价波长组合优劣的波长优数公式。
This paper ' s study is focused on the principle of bistatic sar on the basis of giving a brief introduction of sar principle , including azimuth resolution , mapping width , focusing deepness , pulse repetition frequency limitation and radar equation etc . then the paper studies the special form of bistatic sar with stationary transmitter
在简要介绍了合成孔径雷达的成像原理后，本文着重从原理方面对双站sar进行了分析，讨论双站sar的方位向分辨率，测绘带宽，聚焦深度，脉冲重复频率限制，雷达方程等问题，然后对发射机固定的双站sar这种特殊的双站sar模式进行分析。
Main system parameters " requirements are evaluated and the bistatic sar radar equation is derived . this dissertation also analyzed the range ambiguity caused by ill geometric configuration arrangements for the transmitter and receiver when the airplane platforms fly on the opposite side of the mapping swath , and achieved the requirements to avoid this ambiguity
论文分析了主要系统参数之间的约束关系,推导了双基地sar的雷达方程,并给出了收、发平台位于观测场景两侧时避免测绘带内有用回波信号本身产生混叠的条件,为今后进行系统的分析与设计提供了重要的理论依据。