磁性天线

最后采用铁氧体防大块金属对电磁场的干扰，使得磁性天线可以安装在金属表面，从而保证了系统稳定可靠的工作。

At last , we used ferrite to avoid the disturbance form metal to the electromagnetic field , and the magnetic antenna can be fixed on the metal directly , then that ensured the running reliability of the system .

利用复射线近轴近似法分析二维圆柱形磁性天线罩的电磁传输特性。

The electromagnetic transmission performance of a 2-D cylindrical magnetic radome is analyzed by complex ray paraxial approximation method in this paper .

开口簧环，铁或钢制铁氧体磁性环状天线

Circlip , of iron or stee ferrite-core loop antenna

有机高分子/纳米磁性微带天线

Organic High Polymer / Nanometer Magnetic Microstrip Antenna

开环磁流体动力发电机铁氧体磁性环状天线

Open-cycle MHD generator ferrite-core loop antenna

然后引入多次反射概念讨论单层磁性平板天线罩的传输特性，进一步了解电磁波与磁性介质板的相互作用机理。

And then the concept of multiple reflections is introduced to discuss the transmission performance of flat organic magnetic material radome so as to clarify the mechanism of plane wave propagation through magnetic dielectric sheet .

对于曲面天线罩，本文采用复射线近轴近似法进行分析，主要讨论单层圆柱面磁性材料天线罩的电气特性。

As far as curved radome is concerned , paraxial approximation analysis of complex ray method is employed in the paper , and the electric performance of single-layer cylindrical organic magnetic material radome is discussed mainly .

基于相控阵技术的船用磁性接收天线的应用研究散化船洗舱水接收设施配备和管理的现状及建议

The Applications and Research of Ship-borne Magnetism Receving Antenna Based on the Phase Control Matrix ; The present situation concerning the outfit and management of the reception facilities for chemical tank washings and some suggestions related thereto

高分子磁性微带天线单元与磁性微带天线阵具有普通微带天线所不具备的体积小、频带宽、工作环境温度达-40℃~+50℃等优点。

The high polymer magnetic substrate microstrip antenna and magnetic microstrip antenna array have some features that common microstrip antenna patch can not achieve , such as small volume broadband , operating environmental temperature ranging from-40 ℃ to 50 ℃ .

本文研究有机磁性材料天线罩的传输特性，天线罩电气特性与有机磁性材料电参数之间的关系，以便优化磁性材料电参数。

In the thesis , the transmission performance of organic magnetic material radome is discussed , and the analysis of relation between the electric performance of radome and the electric parameters of organic magnetic material aims at optimizing the later .