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KTP crystal thickness distribution measurements based on laser feedback interferometry

机译:基于激光反馈干涉法的KTP晶体厚度分布测量

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摘要

KTiOPO_4 (KTP) crystal is a widely used nonlinear optical crystal, and it can meet high requirements for parallelism of crystal surfaces and the length in the light propagation direction in its application fields. In this paper, we present a method for measuring the thickness distribution of cuboid KTP crystals based on laser feedback interferometry (LFI). The accuracy of the measurements for the relative thickness distribution was 8.8 nm, and that of the absolute thickness can be improved by increasing the accuracy of the refractive index. This method is applicable to measurements of all light transmissive birefringent materials, and the results provide detailed instructions for crystal processing and polishing.
机译:KTiOPO_4(KTP)晶体是一种广泛使用的非线性光学晶体,在其应用领域中可以满足对晶体表面平行度和光传播方向长度的高要求。在本文中,我们提出了一种基于激光反馈干涉法(LFI)的测量长方体KTP晶体厚度分布的方法。相对厚度分布的测量精度为8.8nm,并且绝对厚度的测量精度可以通过提高折射率的精度来提高。该方法适用于所有透光双折射材料的测量,结果为晶体处理和抛光提供了详细说明。

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