雷达波束的英文

发音:

"雷达波束"怎么读用"雷达波束"造句

英文翻译手机版

radar beam

"雷达"英文翻译 radar
"波束"英文翻译 wave beam; beam; wave packet
"编码雷达波束" 英文翻译 : coded radar beam
"雷达波束跟踪" 英文翻译 : beam follow-up
"雷达波束引导" 英文翻译 : radar beam riding
"雷达波束制导" 英文翻译 : radar beam guidance; radar beam rider guidance; radar beam riding; radar-beam riding; radar-beam-riding guidance
"扇形雷达波束" 英文翻译 : beavertail
"雷达波束反射体" 英文翻译 : right-angle corner reflector
"雷达波束制导导弹" 英文翻译 : radar beam rider
"锐方向性雷达波束" 英文翻译 : radar pencil beam
"编码频率的雷达波束" 英文翻译 : coded radar eam
"扇形雷达波束；测高天线" 英文翻译 : beavertail
"雷达波" 英文翻译 : radar wave
"雷达波包" 英文翻译 : radar wave packet
"雷达波长" 英文翻译 : radar wavelength
"雷达波带" 英文翻译 : radar band
"雷达波段" 英文翻译 : radar band
"雷达波反射" 英文翻译 : reflection of radar waves
"船用雷达波段" 英文翻译 : marine radar band
"雷达波反射带" 英文翻译 : radar reflector tape
"雷达波反射镜" 英文翻译 : radar wave mirror
"多波束雷达" 英文翻译 : multi-beam radar; multiple-beam radar
"宽波束雷达" 英文翻译 : wide-angle radar
"双波束雷达" 英文翻译 : double beam radar
"形波束雷达" 英文翻译 : v-beam radar

例句与用法

A radar beam picks out the moving target and stays with it all the time .
雷达波束能辨认出活动的目标，并一直跟踪该目标。
Application of dem and gis to simulation of airborne radar signal
在机载雷达波束内信号模拟中的应用
The wall is easily detected from space by radar because its steep , smooth sides provide a prominent surface for reflection of the radar beam
城墙很容易被雷达探测到，因为城墙的竖直光滑的平面提供了一个反射雷达波束的突出表面。
The phase shifter , as a important component in transmit / receive ( t / r ) module of phased array radar , steer the electronic beam for inertialess scanning
移相器是相控阵雷达发射/接收( t / r )组件的重要组成部分，用来控制雷达波束的无惯性电扫描。
The following figures show the + / - 120 - degree coverage of the radar scan relative to your nose . the radar beam sweeps back and forth from your 8 o ' clock to your 4 o ' clock position
下图标明了雷达在机头+ / - 120度扫描的覆盖范围。雷达波束在8点和4点之间来回扫描。
In this paper , grounded on the project of “ 973 ” . it includes specifically the study on the signal processing , and to multiple move targets resolving . plentiful simulations are presented to testify the validity of these techniques
本文结合973项目,基于现代信号处理方法对雷达波束内多目标分辨方法进行了比较深入的研究,并进行了大量的仿真实验。
Chapter 3 studies the false target jamming . jamming signal generation formula is proposed by the investigation of simultaneous ground echoes of two different point targets in radar beam . comprehensive research about the characteristics of jamming signal is made , and raw data is used in simulation
第三章对虚假图像干扰进行了研究,通过对雷达波束内两个不同的点目标在同一时刻的回波信号进行的分析比较,推导了干扰信号的生成公式,对干扰信号的特征作了详细的分析,并结合实测数据做了仿真实验。
In this paper ， an optimal search strategy by dividing the whole surveillance area into regions is presented so that the optimal search can be adaptively implemented in phased array radar . firstly ， the inherent relationship among average discovering time ， radar resources consumption ， search frame period and target distribution density is studied . secondly ， parameters for the region search are optimized to achieve the optimal search performance inside regions . then ， the optimal search frame period for each region is derived to minimize the average discovering time of targets ， where the constraint of radar time resource and the importance of each region are taken into account . finally ， the adaptability of this search strategy is discussed . only if the optimal parameters for each region are utilized and the beams are scheduled according to the optimal frame period under the radar time constraint ， the optimal distribution and the optimal scanning sequence of beams can be implemented adaptively . thus ， optimal search is adaptively implemented in the whole surveillance area
本文提出一种分区搜索算法，实现了相控阵雷达的自适应最优搜索.首先，研究了各区域平均发现一个目标消耗的雷达资源和目标被发现的平均时间同搜索帧周期以及目标强度的关系；然后，研究了在各区域采用两步搜索算法的最优参数设计，实现了局部区域的最优搜索；其次，在雷达时间资源有限和区域重要性加权的约束条件下，导出了使目标被发现的平均时间最小的区域最优帧周期；最后，讨论了分区搜索算法的自适应性.只要采用各区域的最优参数，按最优帧周期调度雷达波束，就可以自适应地实现使目标被发现的平均时间最短的波束的最优分布和扫描顺序，即自适应最优搜索