Refraction of light by graded birefringent media

K. Stricklett, C. Sununu
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Abstract

Refraction of light in the graded potential is considered in connection with the use of the Kerr effect to map divergent electric fields. It is shown that spatial variation of the strength or direction of the field will produce nonuniform refractive indices, and significant refraction of light in regions of high divergence may distort the final image and introduce an error in the field measurement. Experimental evidence for this effect is presented, and its implications for optical field mapping are discussed.<>
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渐变双折射介质对光的折射
光在梯度电位中的折射被认为与克尔效应的使用有关,以映射发散的电场。结果表明,光场强度或方向的空间变化会产生不均匀的折射率,而光在高散度区域的明显折射会使最终成像失真,并在场测量中引入误差。本文给出了这种效应的实验证据,并讨论了它对光场映射的影响
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