SPHEREx instrument optical integration and testing campaign overview
计算机科学
集成测试
软件测试
系统工程
遥感
工程类
地质学
软件
操作系统
作者
Phillip Korngut,J. J. Bock,Samuel Condon,C. D. Dowell,H. Hui,Woong-Seob Jeong,Young-Soo Jo,K. Manatt,Chi H. Nguyen,Hien T. Nguyen,Stephen Padin,Sung‐Joon Park,Jeonghyun Pyo,Yujin Yang
出处
期刊:Space Telescopes and Instrumentation 2020: Optical, Infrared, and Millimeter Wave日期:2024-08-23卷期号:: 30-30
标识
DOI:10.1117/12.3020511
摘要
Slated for launch in 2025, SPHEREx will be NASA's next astrophysics explorer mission. Optimized to meet rigorous requirements to precisely map the Universe's large scale structure, produce deep maps of the diffuse extra-galactic background, and to survey the Milky Way's biogenic ice content, the SPHEREx telescope's widefield optical design utilizes a series of custom near infrared linear variable filters to survey the entire sky spectroscopically. This unique instrument has now completed its construction phase and is fully assembled for flight. To precisely focus and calibrate the optical and spectroscopic properties of SPHEREx, a custom optical-cryogenic facility was developed and commissioned. In this overview, we describe the implementation of the recently completed instrument integration and testing campaign, delivering a well characterized imaging spectrometer to be integrated with the rest of the observatory.