By using the multiple elements and multiple properties of ANSYS software, an electric field model of anode and molten electrolyte as a whole in rare earth electrolytic cell was built and computed.
利用有限元软件A NSYS具有的多重单元、多重属性的特点，建立了稀土电解槽的电极及熔体整体电场数学模型。
We calculated the transmission of the mirror and the distribution of electric field by using multiple scattering method. The result shows that it can be used as a reflecting mirror of an antenna.
提出了用介质圆柱光子晶体作微波天线的柱抛物面反射镜，用多重散射方法计算了反射镜的透过谱，并模拟计算了天线的电场分布，初步认为可以用非晶光子材料作微波天线的反射镜。
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