Preparing for JWST wavefront sensing and control operations

詹姆斯·韦伯太空望远镜 项目调试 天文台 波前 望远镜 计算机科学 过程(计算) 遥感 系统工程 工程类 物理 光学 天文 操作系统 出版 政治学 法学 地质学
作者
Marshall D. Perrin,D. Scott Acton,Charles-Philippe Lajoie,J. Scott Knight,Matthew Lallo,Marsha Allen,W. E. Baggett,Elizabeth Barker,Thomas Comeau,Eric Coppock,Bruce H. Dean,G. Hartig,William L. Hayden,Margaret Jordan,Alden S. Jurling,Trey Kulp,Joseph D. Long,Michael W. McElwain,Luis Meza,Edmund Nelan,Rémi Soummer,J. A. Stansberry,Christopher C. Stark,Randal Telfer,Andria L. Welsh,Thomas P. Zielinski,Neil T. Zimmerman
出处
期刊:Proceedings of SPIE 卷期号:9904: 99040F-99040F 被引量:16
标识
DOI:10.1117/12.2233104
摘要

The James Webb Space Telescopes segmented primary and deployable secondary mirrors will be actively con- trolled to achieve optical alignment through a complex series of steps that will extend across several months during the observatory's commissioning. This process will require an intricate interplay between individual wavefront sensing and control tasks, instrument-level checkout and commissioning, and observatory-level calibrations, which involves many subsystems across both the observatory and the ground system. Furthermore, commissioning will often exercise observatory capabilities under atypical circumstances, such as fine guiding with unstacked or defocused images, or planning targeted observations in the presence of substantial time-variable offsets to the telescope line of sight. Coordination for this process across the JWST partnership has been conducted through the Wavefront Sensing and Control Operations Working Group. We describe at a high level the activities of this group and the resulting detailed commissioning operations plans, supporting software tools development, and ongoing preparations activities at the Science and Operations Center. For each major step in JWST's wavefront sensing and control, we also explain the changes and additions that were needed to turn an initial operations concept into a flight-ready plan with proven tools. These efforts are leading to a robust and well-tested process and preparing the team for an efficient and successful commissioning of JWSTs active telescope.
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