Navy sonar serviceman, radar and so on.
海军的声纳兵，雷达兵等等。
So if, for instance, one EN-V detects another by radar, it can check what that other is intending to do and agree on how to pass it safely.
举个例子，如果一辆EN - V通过雷达侦测到另一辆EN - V，它能够检查到它想做什么，然后在怎样安全通过的问题上和它达成一致。
Data Generator can generate very complicated digital signals. It can be used as programmable data signal source in the fields of communication, radar, navigation, space navigation, and so on.
数据信号发生器可以产生非常复杂的数字激励信号，可为通信、雷达、导航、宇航等领域数字设备提供所需的可编程数据信号。
If you are tail on to a bandit and in encounter mode you will not see it with the radar so you have to switch to either pursuit or auto.
如果你追在敌机的尾部而又处于遭遇模式，用雷达看不见它，因此你必须切换成追踪模式或自动模式。
So, this paper presents a more universal characteristics of the laser diode ranging evaluation system, and studies on laser diode characteristics of radar ranging in theory and experiment.
为此，本论文给出了一种更具有普适性的激光二极管测距特性的评价体系，并在理论和实验上对激光二极管雷达的测距特性进行了研究。
So we are also currently working on a "software radar blanker" which will analyze raw data and use statistical analysis to find radar patterns.
因此我们目前正在制定一项“软件雷达消除器”，它将对原始数据进行分析并使用结合统计分析的办法来找到雷达模式。
Data Generator can generate very complicated digital signals. It can be used as programmable data signal source in the fields of communication, radar, navigation, space, and so on.
数字信号发生器可以产生非常复杂的数字激励，可提供通信、雷达、导航、宇航等领域数字设备所需的可编程数据信号。
The traveling wave tube (TWT) is an important high-power microwave resource, which has been applied in many fields such as radar, broadcasting, high-power microwave weapon and so on.
行波管（TWT）广泛应用于雷达、通讯、广播、电子战、高功率微波武器研究、高能物理、电子对抗等各种电子设备中，是一种非常重要的微波器件。
The interpolation and extrapolation are widely used in the field of computational electromagnetics, such as antenna designing, microwave technique, radar scattering model, and so on.
内插和外推算法是电磁场领域的常用算法，它在天线设计、微波技术、雷达目标散射建模等各种电磁场计算领域都要用到。
High resolution radar obtains wide application and consideration compared with low resolution radar in anti-clutter, precise detection, high precision tracking and target recognition and so on.
由于宽带雷达的在抗杂波、精确探测、高精度跟踪、目标识别等方面较低分辨雷达有明显的优势，因此高分辨率雷达获得了广泛的应用和重视。
Non-precipitation echo from radar such as ground objects echo and super refraction and so on are important to explore quantitatively precipitation and the other products.
地物和超折射等非降水回波是影响雷达定量探测降水和其他产品的重要因素，利用降水和非降水回波反射率三维结构特征可以对雷达数据进行质量控制。
Wireless communication receiver applies widely in so many areas such as wireless communication, television, broadcast, radar, satellite communications and so on.
无线通信接收机覆盖了无线电通信、电视广播、无线电广播、雷达定位、遥测遥控、卫星通信以及移动通信系统等各个领域。
A. We have been adjusting a lot of procs so far and this one is on our radar. Tanks still manage to avoid hits a lot, which makes the proc less useful.
我们已经调整了很多触发效果，这个已经在我们的计划中。坦克就是要尽量避免被击中的，使得这个触发效果用处降低了。
A. We have been changing a lot of procs so far and this one is on our radar. Tanks still manage to avoid hits a lot, which makes the proc less useful.
我们已经调整了很多触发效果，这个已经在我们的计划中。坦克就是要尽量避免被击中的，使得这个触发效果用处降低了。
The radar waveform not only direct the signal processing, also affect the system resolution, measure precision, power of suppress clutter and so on. So its design and selection is very important.
雷达发射波形不仅决定了信号处理方法，而且直接影响系统的分辨力、测量精度以及抑制杂波能力等性能，因而它的设计和选择至关重要。
And the geophysical methods include TSP, Ground Penetrating Radar (GPR), seismic negative apparent velocity method, HSP and so on and these method have their own advantage each other.
用于超前地质预报的物探方法主要有，TSP法、地质雷达法、地震负视速度法、陆地声纳法、HSP声波反射法等，这些方法在应用中各有所长。
So, a larger aperture can be composed, and we obtain a good purpose of increasing the length of the antenna, and we obtain a better Radar image on the orientation.
这样，利用多普勒频移现象“合成”一个更大的孔径，达到“增加天线长度”的效果，提高雷达图像的方位向分辨率。
Polarization of electromagnetic wave is an important concept in electromagnetic theory. Polarization is widely used in communication, radar, navigation and so on.
电磁波的极化是电磁理论中的一个重要概念，在通信、导航和雷达等方面已逐渐得到应用。
MPM have been using widely in the fields of Radar, ECM, Communications and so on.
MPM已经在雷达、电子对抗和通讯等领域得到应用。
So research on the radar video image compression and reliable transfer has significant value in application.
因此，研究雷达视频数据压缩技术及高可靠性传输技术具有重要的应用价值。
And it can produce high output power in pulse and continuum wave. It can be used in plasma heating, accelerator, radar, communication, electron rivalry, microwave weapon and so on.
对于等离子体加热、先进加速器、雷达、通讯及电子对抗、微波武器等领域有很大应用价值，受到了世界各国的高度重视。
The adaptive is widely used in the fields of digital communication, radar, sonar, earthquake, navigation, bio-medication, industry control and so on.
自适应技术已经被广泛应用于数字通信、雷达、声纳、地震学、导航系统、生物医学和工业控制等领域。
Wideband signals are widely used in radar, navigation, satellite communications and so on.
宽带信号广泛应用于雷达、导航和卫星通讯等领域。
Employing this radar system for moving object image has abroad applications in many aspects such as classify, recognition of object, and so on.
利用该体制雷达对运动目标成像，可用于目标分类、识别等，具有广泛的应用前景。
The operating distance of a laser radar system is determined on pulse energy, pulse width, beam divergence angular, atmosphere attenuation, target reflection, receiver sensitivity and so on.
激光雷达系统的作用距离由下列因素决定：脉冲能量、脉冲宽度、光束发散角、大气衰减、目标反射率和接收机灵敏度等。
ABSTRACT: The impact of climate change and new technologies are on my vinous radar for 2016. So, guess what will happen in the coming year?
摘要：未来的一年，全球气候将进一步加剧，科技将越来越发达，那么葡萄酒界又会发生哪一些变化呢？
ABSTRACT: The impact of climate change and new technologies are on my vinous radar for 2016. So, guess what will happen in the coming year?
摘要：未来的一年，全球气候将进一步加剧，科技将越来越发达，那么葡萄酒界又会发生哪一些变化呢？
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