Space environment data acquisition monitor onboard Himawari-8 for space environment monitoring on the Japanese meridian of geostationary orbit
Space environment data acquisition monitor onboard Himawari-8 for space environment monitoring on the Japanese meridian of geostationary orbit
复制标题
Himawari-8 上的空间环境数据采集监视器，用于对地球静止轨道日本子午线上的空间环境监测
DOI：
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发表时间：
2017
期刊：
影响因子：
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通讯作者：
T. Otomo
中科院分区：
文献类型：
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作者：
T. Nagatsuma;K. Sakaguchi;Y. Kubo;Piet Belgraver;F. Chastellain;R. Muff;T. Otomo
空间环境数据获取监测器已搭载在日本气象卫星“Himawari-8/9”上，作为卫星运行的内务信息监测器之一。SEDA由高能质子传感器（SEDA-p）和高能电子传感器（SEDA-e）组成。这些仪器提供关于日本子午线上空间环境状况的近实时信息。对SEDA与地球同步业务环境卫星（GOES）高能粒子观测的初步交叉比较表明，SEDA-e观测的通量水平略小于GOES观测的通量水平，而SEDA-p观测的通量水平是GOES观测的一半。图形摘要。
A space environment data acquisition monitor (SEDA) has been flown onboard the Japanese meteorological satellites ‘Himawari-8/9’ as one of the housekeeping information monitors for satellite operation. SEDA consists of a high-energy proton sensor (SEDA-p) and a high-energy electron sensor (SEDA-e). These instruments provide near-real-time information on the conditions of the space environment on the Japanese meridian. Initial cross-comparison between SEDA and high-energy particle observation by geostationary operational environmental satellite (GOES) shows that the flux level of SEDA-e is slightly smaller than that of GOES observation, and the flux level of SEDA-p observation is a half that of GOES observation. Graphical abstract.