首页> 外文会议>Algorithms and Technologies for Multispectral, Hyperspectral, and Ultraspectral Imagery XII pt.1 >Innovative Manufacturing and Test Technologies for Imaging Hyperspectral Spectrometers
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Innovative Manufacturing and Test Technologies for Imaging Hyperspectral Spectrometers

机译:成像高光谱仪的创新制造和测试技术

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Corning has developed a number of manufacturing and test techniques to meet the challenging requirements of imaging hyperspectral optical systems. These processes have been developed for applications in the short-wave visible through long-wave IR wavelengths. Optical designs for these imaging systems are typically Offner or Dyson configurations, where the critical optical components are powered gratings and slits. Precision alignment, system athermalization, and harsh environmental requirements, for these systems drive system level performance and production viability. This paper will present the results of these techniques including all aluminum gratings and slits, innovative grating profiles, snap together self-aligning mechanical designs, and visible test techniques for IR systems.
机译:康宁开发了许多制造和测试技术,以满足成像高光谱光学系统的挑战性要求。已经开发出这些方法,用于在长波红外波长可见的短波中使用。这些成像系统的光学设计通常是Offner或Dyson配置,其中关键的光学组件是有源光栅和狭缝。这些系统的精确对准,系统无热化和苛刻的环境要求,可驱动系统级的性能和生产可行性。本文将介绍这些技术的结果,包括所有铝光栅和狭缝,创新的光栅轮廓,自动对齐的机械设计以及用于红外系统的可见测试技术。

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