首先分析了雷达目标散射信号特征。
At first, the radar target scattering signal characteristics are analyzed.
首先分析了雷达目标一维距离像形成原理。
In this paper, the formation principle of radar target range profile is analyzed at first.
因此异步雷达目标航迹的关联更接近于实际。
So the asynchronous tracks association is more approach to practical situation.
本文权述了阵列式雷达目标模拟器的基本原理。
This paper describes the principle of a radar target array-simulator.
讨论雷达目标的识别问题，提出了一种多重变换方法。
The problem of radar target recognition is discussed and a multiple transform method is proposed.
本文研究基于一维距离像的高分辨雷达目标识别方法。
This paper studies target recognition for high resolution radar by range profile.
LFMCW雷达目标检测问题最终可归结为对差频信号的处理。
The problem of LFMCW radar target detection, in essential, is the beat signal processing.
动态目标测量是雷达目标RCS特性研究必不可少的一种手段。
The dynamic target measure is absolutely necessary in the research of radar target RCS.
他们用雷达捕获了目标。
使用雷达探测水下目标是没有用的。
能够测定目标的高度方位和距离的雷达。
Radar that will report altitude as well as azimuth and distance of a target.
目标跟踪雷达嗡嗡响。
雷达被用来探测空中或海上的目标。
本文着重研究基于高分辨率雷达视频回波的目标特征提取问题。
The target feature extraction about high resolution radar video echo is studied in this paper.
目标识别是现代雷达领域的一个难点问题。
Target recognition is a tricky technique in the field of modern radars.
该方法不但能有效地破坏雷达对真目标的一维成像，并可形成虚假目标一维像。
The method can destroy radar imaging in range and can form false range profiles.
在目标的雷达隐身方面，等离子体具有巨大的应用潜力。
The plasma has great potential for radar stealth of military objects.
低空目标的探测与跟踪是雷达所面临的四大难题之一。
Low altitude target detection and tracking is one of the four difficult problems for radar.
超宽带雷达具有极高的分辨率，已成为一种新的探测目标工具。
With its high resolution, ultra-wideband radar has become a new tool of target detection.
雷达显示器是用来显示雷达所获得的目标位置信息及其运动情况。
Radar monitor is used to display the position information and movement of the captured target.
雷达截获目标，你到KC的航迹好，距离35海里，保持高度层230。
In radar contact, your track is good for KC, range 35 miles, maintain FL230.
雷达测定目标的方向是利用天线波束的扫描来实现的。
The direction of Radar Target is got by antenna beam scanning.
随着航空、航天技术的飞速发展，人们对雷达提出了高精度、远距离、高分辨率及多目标测量等要求。
This requires radar with high accuracy, long distance and high resolution and multi-target measure function.
金属目标表面涂覆吸波材料可以有效地抑制雷达散射截面(RCS)。
Radar Cross Section (RCS) is efficiently controlled by coating material (RAM) for metal objects.
由于舰船雷达信号目标环境的复杂性，从强杂波中检测目标异常困难。
When the object environment of ship radar signal is complex, detecting object is very difficult.
雷达截获目标，你到KC的航迹好，距离35海里，保持高度层230。
In radar contact, your track is good for KC, range35 miles, maintain FL230.
本文旨在研究和解决利用穿墙探测雷达探测多目标的虚假目标问题。
The aim of the present paper is to do some research on this problem to solve it.
当精密雷达截获目标时我将通知你。
雷达波几乎可以同时追着多个目标。
The radar beam can track a number of targets almost simultaneously.
雷达波几乎可以同时追着多个目标。
The radar beam can track a number of targets almost simultaneously.
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