所以将非大气窗口毫米波近程雷达应用于引信是一个十分重要的方向。
So it is an important direction that non-atmosphere window millimeter wave short range radar is applied in the fuse.
但是，在卫星之间的通信、地面近距离通信或近程雷达中，选择非大气窗口具有优良的保密性。
But, between in the satellite correspondence, the ground short distance correspondence and the short range radar, the non - atmospheric window has the better secrecy.
根据分析所得到的各种衰减量，可以推导出工作于此波段的近程雷达受作用距离的影响及抗干扰性能。
Based on the all attenuation, we can find the short range radar worked in this band is affected by action distance and interfere.
以某近程目标指示雷达为例，论述武器装备之间数据转换的目的、意义和工程实现方法等。
This paper takes a close range target indication radar as an example to present the purpose, meaning and engineering implementation of data conversion between various weapons.
对近程地面目标监测雷达的回波进行分析，建立相应的目标信号模型、多路径效应回波模型和杂波模型。
The echo of short range radar detecting ground targets are analyzed in this paper, Models for targets, multipath effects and clutter are constructed.
在空战中，F - 35可在机身内携带两枚雷达制导的AIM- 120先进中距空空导弹或者是红外制导的AIM - 132先进近程空空导弹，并外挂红外制导的AIM - 9x。
For air combat, the F-35 carries two radar-guided AIM-120 AMRAAM missiles or heat-seeking AIM-132 ASRAAMs internally, and the heat-seeking AIM-9X externally.
在空战中，F - 35可在机身内携带两枚雷达制导的AIM- 120先进中距空空导弹或者是红外制导的AIM - 132先进近程空空导弹，并外挂红外制导的AIM - 9x。
For air combat, the F-35 carries two radar-guided AIM-120 AMRAAM missiles or heat-seeking AIM-132 ASRAAMs internally, and the heat-seeking AIM-9X externally.
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