Particularly the microwave weapon effect ability of the AESA will provide a useful adjunct to other Direct Energy weapons research.
特别是AESA的微波武器效应能力，将为定向能武器研究提供了另一种有用的选择。
The idea of plasma channel antenna (PCA) for high power microwave weapon is presented in this paper. The radiation pattern of PCA is calculated.
提出了一种用于高功率微波武器的等离子体通道天线(PCA)，计算了该天线的辐射方向图。
Russia started their studies of the microwave weapon at Soviet epoch. The Aldermaston Nuclear weapon Center in Ukraine, specialize in high-power microwave weapon.
俄罗斯在苏联时期就开始电磁脉冲的研究，其设于乌克兰的亚德·曼斯特核武研究中心，专门负责高能微波脉冲武器的研发工作。
In this paper, a laser induced air plasma channel antenna (PCA) for high power microwave weapon is presented, and the dispersive characteristic for normal modes of PCA is analyzed.
提出了一种用于高功率微波武器系统的光致大气等离子体通道天线(PCA)，并分析了P CA所传播一般模式的传播特性。
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 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 Fashion Machine Magazine published at last year said, U. s. military plan to test the new generation high-power microwave weapon in 2004, and the budget may be reduced to 400 U. s. dollars.
美国《流行机械》杂志去年曾报道称，美军将在2004年开始对新一代高能微波武器进行广泛测试，并最终可能将目前造价昂贵的高能微波武器的成本降至400美元。
The millimeter wave frequency with the advantages of the optic and the microwave exists between the frequency of them, and it's the perfect operation frequency of precision guidance weapon system.
毫米波的频率介于微波与红外频段之间，兼有二者的优点，是精确制导武器系统较为理想的工作频段。
A primitive variation of a MW weapon would look like this: a microwave oven from the kitchen with the protective shielding removed from the door and replaced by a metal funnel.
一个关于微波武器外表的原始的变化是，它们看起来象“一个厨房的微波炉，被从门处移除了防护罩，并被一个金属的漏斗代替。”
The spatial location and magnitude of scattering centers on complex object can be acquired by microwave imaging, so it effectively helps to enhance the performance of stealth weapon system.
通过对复杂目标的微波成像诊断，得到目标上散射点的空间位置和强度，从而有效的指导武器系统隐身性能的改进。
The spatial location and magnitude of scattering centers on complex object can be acquired by microwave imaging, so it effectively helps to enhance the performance of stealth weapon system.
通过对复杂目标的微波成像诊断，得到目标上散射点的空间位置和强度，从而有效的指导武器系统隐身性能的改进。
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