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首页> 外文会议>Conference on Instrument Design and Performance for Optical/Infrared Ground-based Telescopes Pt.3, Aug 25-28, 2002, Waikoloa, Hawaii, USA >Design and Implementation of an Atmospheric Dispersion Compensator/Corrector for the Gemini Multi-Object Spectrograph
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Design and Implementation of an Atmospheric Dispersion Compensator/Corrector for the Gemini Multi-Object Spectrograph

机译：双子多目标光谱仪的大气色散补偿器/校正器的设计与实现

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摘要

The Gemini Multi-Object Spectrograph (GMOS) was delivered and commissioned at the Gemini North Observatory and it has been in regular science use since November 2001. While GMOS-North met all its reliability and performance requirements on flexure, image quality and throughput, the high velocity precision (2 km/sec) mode will not be implemented until the Atmospheric Dispersion Compensator/Corrector (ADC) is delivered and commissioned. The ADC optical design incorporating two bonded prism pairs and two corrector lenses is described along with its optomechanical and software control design considerations as related to the overall system requirements including: image quality, error budget, optical mounting, opto-mechanical packaging, mechanism control, handling, deployment and telescope observational control considerations.
机译：双子座多目标光谱仪（GMOS）在双子座北天文台交付使用并投入使用，自2001年11月以来一直在常规科学应用中使用。在交付并调试大气色散补偿器/校正器（ADC）之前，将不会执行高速精确度（2 km / sec）模式。描述了结合了两个粘合棱镜对和两个校正透镜的ADC光学设计，以及与整个系统要求有关的光机械和软件控制设计注意事项，这些要求包括：图像质量，误差预算，光学安装，光机械包装，机械控制，处理，部署和望远镜观测控制注意事项。

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