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Development of Compact Optical Instrumentation for Studying the Earth Upper Atmosphere Emissions on the Board of International Space Station

机译:紧凑型光学仪器的研制,用于研究国际空间站板上的地球高层大气排放

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摘要

In presented work the technical pattern of Spectral Photometrical Complex (SPC) is described and the results of calculations of required energetic, spectral and temporal parameters of SPC are given. The plan of experiment "Hydroxyl" at International Space Station (ISS) with SPC instrumentation supposes carrying out the sessions of observations of Earth upper atmosphere at the night-side of the Earth. The absolute hydroxyl emission intensities will be measured with spectral resolution better then 0.5 nm in region of 830 - 1040 nm together with atomic oxygen green line emission at 577.7 nm. The measurements will be carried out in Earth limb direction. The spatial resolution of emission images is supposed to be better then 1 km.
机译:在介绍的工作中,描述了光谱光度法复杂度(SPC)的技术模式,并给出了所需的SPC能量,光谱和时间参数的计算结果。在国际空间站(ISS)上使用SPC仪器进行的“羟基”实验计划假设要进行对地球夜侧地球高层大气的观测。在830-1040 nm范围内,光谱分辨率比0.5 nm更好,并且在577.7 nm处有原子氧绿线发射,可以测量出绝对的羟基发射强度。测量将在地球肢体方向进行。发射图像的空间分辨率应该好于1 km。

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