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首页> 外文期刊>Journal of optical technology >Design of an optical system for a laser beam shaping system based on aspheric polymer lenses
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Design of an optical system for a laser beam shaping system based on aspheric polymer lenses

机译:基于非球面聚合物透镜的激光束整形系统光学系统设计

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Conversion of laser beam profiles is required in a wide variety of applications, such as producing a plane-parallel beam with a uniform intensity distribution. Traditional collimator systems are not capable of modifying the laser beam profile. High-quality uniformity of light can conveniently be achieved using high-order aspheric lens surfaces, which require expensive technology and equipment when they are manufactured from optical glass. A technique for using polymer optical materials for lens fabrication enables surfaces of any complexity to be obtained. In this paper, we describe the design of an aspheric-polymer-lens laser beam shaping system using ZEMAX software. We compare the quality parameters for systems using polymer optics and glass optics and provide recommendations for prudent selection of materials. (C) 2021 Optical Society of America
机译:在许多应用中都需要转换激光束轮廓,例如产生具有均匀强度分布的平面平行光束。传统的准直器系统无法修改激光束轮廓。使用高阶非球面透镜表面可以方便地实现高质量的光均匀性,当它们由光学玻璃制造时,需要昂贵的技术和设备。一种使用聚合物光学材料制造透镜的技术能够获得任何复杂的表面。本文介绍了利用ZEMAX软件设计非球面聚合物透镜激光光束整形系统。我们比较了使用聚合物光学和玻璃光学的系统的质量参数,并为谨慎选择材料提供了建议。(2021)美国光学学会

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