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Emulation Research about Feasibility of Reducing Dihedral Corner Reflector RCS with Plasma

机译：仿真研究减少二篮球反射器RCS与等离子体的可行性

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Dihedral corner reflector has wide-angle dispersion characteristic, and it is primary scatter position in certain orientation of metal body. Furthermore, it is quite complex for technology of its. radar cross sections (RCS) to be reduced. This paper begins with investigating technology feasibility of reducing its RCS with plasma, followed by analyzing RCS variety of mental corner reflector after its surfaces are covered with plasma according to software emulation (the experimental equipment is developing). And the results show that the plasma has strong characteristics of electromagnetic wave absorption. In addition, the attenuation of RCS is declining with the growth of frequency of incident wave when plasma frequency and electron collision frequency hold the line. According to the results, applications of plasma in terms of the reduction of RCS have practical engineering value.
机译：二面角反射器具有广角色散特性，并且是金属体某些方向的主要散点位置。此外，对于它的技术非常复杂。雷达横截面（RCS）减少。本文始于调查通过等离子体降低其RCS的技术可行性，然后在根据软件仿真（实验设备正在开发）的等离子体覆盖其表面后，分析RCS各种精神拐角反射器。结果表明，等离子体具有强大的电磁波吸收特性。此外，当等离子体频率和电子碰撞频率保持线时，RCS的衰减是随着入射波频率的增长而下降。根据结果​​，等离子体在降低RCS方面的应用具有实用的工程价值。

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