首页> 外文会议>Society of Photo-Optical Instrumentation Engineers Conference on Optical Spectroscopic Techniques, Remote Sensing, and Instrumentation for Atmospheric and Space Research >Facilities for the Calibration, Construction, and Environmental Testing of Instruments and Detectors in the EUV and FUV
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Facilities for the Calibration, Construction, and Environmental Testing of Instruments and Detectors in the EUV and FUV

机译:EUV和FUV中仪器和探测器的校准,施工和环境测试的设施

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Within the Space Sciences Division at the Naval Research Laboratory (NRL), new facilities have been built and old facilities have been upgraded to provide greater accuracy and precision during the calibration of instruments used for observation of Extreme and Far ultraviolet airglow emission in the upper atmosphere. In addition to the calibration of whole instruments, the facilities necessary for the construction and characterization of the detectors used in the aforementioned spectral region now either exist or are in their final stages of construction. Also in existence at the Naval Research Laboratory are the facilities for the environmental testing of instruments and components for the space environment. The heart of the NRL ultraviolet calibration facilities is an oil-free vacuum chamber, 2-meters in length, with a diameter of 1.67 meters containing an optical test bench 1.2 m wide by 1.5 m long. Some of the various instruments that have already been calibrated in the chamber are the High Resolution Atmosphere and Auroral Spectrographs flown aboard the Air Force Advance Research and Global Observing Satellite and the five Special Sensor Ultraviolet Limb Imagers for the Air Force Defense Meteorological Satellite Program. The chamber's hardware and control software have been upgraded. The software upgrades to the vacuum calibration chamber will allow for autonomous operation with failure and emergency handling procedures to protect the instruments under test from a loss of vacuum environment. The hardware upgrades allow for chamber pressures in the low 10~(-6) torr range during the operation of windowless gas discharge lamps. In addition, the upgrades provide the capability to stimulate an instrument using two sources of light simultaneously, one through a monochromater the other by direct illumination.
机译:在太空科学部在海军研究实验室(NRL),新设施已建成老设施已经升级,仪器的上层大气中用于极端的观察和远紫外辉光排放的校准过程中提供更高的准确度和精密度。除了整个仪器的校准,必需在前述光谱区中使用的检测器的构建和表征的设施现在要么存在或在结构上的它们的最终阶段。同样在海军研究实验室的存在是仪器及元器件的对空间环境的环保检测设施。的NRL紫外校准设施的心脏是无油的真空室中,2-米长,直径为包含光学试验台上宽1.2米1.5米长1.67米。一些已经在室内校准各种仪器的是高分辨率大气和极光光谱仪飞行乘坐的空军高级研究和全球观测卫星和五个专用传感器紫外线肢体像仪空军国防气象卫星计划。该室的硬件和控制软件已经升级。该软件可升级至真空校准室将允许失败和紧急处理程序自主运行,以保护仪器测试从真空环境的损失。该硬件升级窗户的气体放电灯的操作过程中允许腔室的压力低10〜(-6)乇范围内。此外,升级提供刺激利用光的两个源同时,一个通过另一个由直接照明单色仪一个的仪器的能力。

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