New ultraviolet: global space weather systems

机译：新型紫外线：全球空间气象系统

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Abstract: A significant new application of ultraviolet sensors to remote sensing of the ionosphere and thermosphere from satellites is emerging from previous decades of UV space experimentation. This new use will be on what can be termed Global Space Weather Systems, which will have several new UV sensors in addition to the current in-situ instrumentation. The technological development of UV atmospheric radiance measurements, FUV auroral imagers, and EUV solar flux measurements is traced. Challenges to current UV technology remain, including further development of the AURIC UV radiance and transmission code; use of UV stars for in-flight calibration; evaluation of occultation methods as opposed to current airglow methods; and most importantly, the necessity for ground truth validation of proposed ionospheric electron density remote sensing methods through further satellite UV airglow measurements. !26

机译：摘要：在过去几十年的紫外线空间实验中，紫外线传感器在遥感卫星电离层和热层中的重大新应用正在兴起。这种新用途将用于可以被称为全球空间气象系统的系统，该系统除了现有的现场仪器外还将具有几个新的紫外线传感器。追踪了紫外线大气辐射测量，FUV极光成像仪和EUV太阳通量测量的技术发展。当前紫外线技术的挑战仍然存在，包括进一步开发AURIC紫外线辐射和透射代码；使用紫外线星在飞行中进行校准；评估掩星方法，而不是目前的气辉方法；最重要的是，必须通过进一步的卫星紫外线气辉测量来验证拟议的电离层电子密度遥感方法的地面真实性。！26

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来源
《Ultraviolet Technology IV》|1992年|p.152-160|共9页
会议地点 San Diego CA(US)
作者
Robert E. Huffman; Air Force Phillips Lab.; Sudbury; MA; USA.;
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原文格式 PDF
正文语种 eng
中图分类无线电电子学、电信技术;
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New ultraviolet: global space weather systems

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