多連屈折率楕円体による光伝搬特性の3次元的解析

概要

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The three dimensional optical technique has been applied to analyze the experimental results relating to the magnetic wave scattering phenomena. Recently, we have developed an ideal equation for analyzing the three dimensional transmittance character of light scattered due to many index-ellipsoids. The index-ellipsoids are arranged directly along the light axis in series. In this case, the size of index-ellipsoid and the gap distance between each index-ellipsoid and neighbor one are considered as a calculation condition. By using an analyzing equation devised by us, we have tried to find out the condition under which the light can be passed trough many transparent mediums with high efficiency. From the numerical calculations, we succeeded to look for the condition the maximum transmittance of light 100% is obtained when a spherical and elliptic index-ellipsoids are alternately arranged each other.
社団法人電気学会の論文
2005-04-01