Okada M, Ieiri S
Appl Opt. 1971 Apr 1;10(4):845-57. doi: 10.1364/AO.10.000845.
Two methods are described for synthesizing the electrooptic light scanner with an arbitrarily prescribed one-dimensional spatial distribution of the light beam. The electrooptic light scanner is constructed by a series of cascaded stages, each stage containing a natural-birefringent electrooptic crystal with an inclination angle between opposite faces. One method is realized by a set of cascaded stages, each of which contains a polarizer, electrooptic crystal, optical compensator, and analyzer; and the other method by a multistage construction that is inserted between the input and output polarizers, each stage being composed of only an electrooptic crystal and optical compensator. Two examples for each method are given to illustrate the synthesis procedures.
描述了两种用于合成具有任意规定的一维光束空间分布的电光光扫描仪的方法。电光光扫描仪由一系列级联级构成，每个级包含一个相对面之间具有倾斜角的天然双折射电光晶体。一种方法通过一组级联级来实现，每个级联级包含一个偏振器、电光晶体、光学补偿器和分析器；另一种方法通过插入在输入和输出偏振器之间的多级结构来实现，每个级仅由一个电光晶体和光学补偿器组成。针对每种方法给出了两个示例来说明合成过程。
