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首页> 外文会议>Conference on Sensors, Systems, and Next-Generation Satellites VI Sep 23-26, 2002 Agia Pelagia, Crete, Greece >Integrating sphere source monitoring and stability data
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Integrating sphere source monitoring and stability data

机译：整合球体源监测和稳定性数据

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摘要

Two critical requirements of any calibration source are short and long-term operational stability and repeatability. Source monitoring is necessary in quantifying overall source performance including stability and repeatability. The NASA GSFC Code 920.1 Radiance Calibration Facility (RCF) developed a Filter Radiometer Monitoring System (FRMS) to continuously monitor the performance of its integrating sphere calibration sources. FRMS bands are in the 0.4 -2.4 μm region, with several bands selected to coincide with common remote sensing bands. The FRMS was designed and fabricated in the year 2000. Early in 2001, the FRMS was reconfigured prior to being deployed on the RCF 180cm integrating sphere. This paper describes the instrument modifications resulting from the FRMS reconfiguration and presents FRMS monitor data for three RCF integrating sphere sources.
机译：任何校准源的两个关键要求是短期和长期的操作稳定性和可重复性。在量化总体源性能（包括稳定性和可重复性）时，必须进行源监视。 NASA GSFC代码920.1辐射校准设施（RCF）开发了过滤辐射计监视系统（FRMS）来连续监视其积分球校准源的性能。 FRMS波段在0.4 -2.4μm范围内，并选择了与通用遥感波段一致的几个波段。疲劳风险管理系统是在2000年设计和制造的。在2001年初，疲劳风险管理系统经过重新配置，然后部署在RCF 180cm积分球上。本文介绍了由FRMS重新配置导致的仪器修改，并介绍了三个RCF积分球源的FRMS监测器数据。

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