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1·Dual-bend reflector antenna is a classical beam-shaped antenna.

双弯曲反射面天线是一种经典的赋形反射面天线。

2·Finally, the shaped design of dual offset reflector antenna is studied.

最后对双偏置反射面天线的赋形设计进行了研究。

3·In this text two 3d corner reflector antenna modifications are described.

本文描述对3d角反射器天线的两处修改。

4·That can provide some reference for mesh surface shaping design of mesh reflector antenna.

为索网反射面天线的网面成型工作提供一定的参考作用。

5·The emphasis in this paper was corner reflector antenna with high-gain, narrow beam and low side-lobe.

选用方向性好、增益高、旁瓣低的角形反射器天线作为本论文的研究重点。

6·The surface of the parabolic reflector antenna is the most important part in receiving microwave signal.

微波反射面是进行微波接收的重要工作面，其形状主要是抛物面或者抛物面的一部分。

7·Secondly, the single offset reflector antenna and dual offset reflector antenna are studied and designed.

其次分别对单偏置反射面天线、双偏置反射面天线进行研究和设计。

8·In this paper, the parametric equation and radiation field formulas for a parabolic torus reflector antenna are given.

本文给出了抛物环面天线的参数方程和辐射场公式。

9·Ohmic loss efficiencies of different high reflectivity reflector antenna metal surface are calculated at frequencies 30~300GHz.

本文利用电磁波在金属表面的反射系数，推导出反射面天线表面欧姆损耗效率的计算公式。

10·Secondly, some important modeling parameters of the angled reflector antenna are discussed, and the scheme of modeling is proposed.

其次，确定角反射天线的建模参数并制定建模方案。