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Ultraviolet Imaging Detectors for the GOLD Mission

机译:用于GOLD任务的紫外线成像探测器

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The GOLD mission is a NASA Explorer class ultraviolet Earth observing spectroscopy instrument that will be flown on a telecommunications satellite in geostationary orbit in 2018. MicroChannel plate detectors operating in the 132 nm to 162 nm FUV bandpass with 2D imaging cross delay line readouts and electronics have been built for each of the two spectrometer channels for GOLD. The detectors are "open face" with CsI photocathodes, providing ~30% efficiency at 130.4 nm and ~15% efficiency at 160.8 nm. These detectors with their position encoding electronics provide ~600 × 500 FWHM resolution elements and are photon counting, with event handling rates of > 200 KHz. The operational details of the detectors and their performance are discussed.
机译:GOLD任务是NASA Explorer级紫外地球观测光谱仪,将于2018年在对地静止轨道的电信卫星上飞行。MicroChannel平板探测器在132 nm至162 nm FUV带通下运行,具有2D成像交叉延迟线读数和电子装置,是为GOLD的两个光谱仪通道中的每个通道构建的。检测器是带有CsI光电阴极的“开放式”表面,在130.4 nm处提供约30%的效率,在160.8 nm处提供约15%的效率。这些探测器及其位置编码电子设备提供〜600×500 FWHM分辨率的元件,并进行光子计数,事件处理速率> 200 KHz。讨论了探测器的操作细节及其性能。

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