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A decompression method for the fabrication of polymer microlens arrays

机译:一种用于制造聚合物微透镜阵列的减压方法

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摘要

A relatively easy and favorable fabrication method for a long focal length microlens array is presented by employing a decompression method which modifies the hot pressing method. In this method, the focal length of the microlens can be easily adjusted by changing temperature and pressure of a polymer sheet. A feasibility study has been performed to produce a microlens with a diameter of 0.87 mm. In the case of a microlens with 21 mm focal length (F/24 focal ratio), the best region is normally over the central region for a diameter of 0.64 mm and the focused spot size (full width at half maximum intensity) is estimated to be 31.7 μm.
机译:通过采用修改热压法的减压方法,提出了一种相对容易且有利的长焦距微透镜阵列的制造方法。在该方法中,可以通过改变聚合物片的温度和压力来容易地调节微透镜的焦距。已经进行了可行性研究以生产直径为0.87mm的微透镜。对于焦距为21 mm(F / 24焦距比)的微透镜,最佳区域通常在中央区域,直径为0.64 mm,并且聚焦光斑尺寸(最大强度一半时的全宽度)估计为为31.7微米。

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