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首页> 外文期刊>Science in China. Series G, Physics & Astronomy >The space environment monitor aboard FY-2 satellite
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The space environment monitor aboard FY-2 satellite

机译:FY-2卫星上的空间环境监测器

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The space environment monitor (SEM) aboard FY-2 satellite consists of the high energy particle detector (HEPD) and the solar X-ray flux detector (SXFD). The SEM can provide real-time monitoring of flare and solar proton event for its operation at geostationary orbit and is also the first Chinese space system for monitoring and alerting solar proton event. During the 23rd solar maximum cycle, almost all the solar proton events that took place in this period are monitored and some of them are predicted successfully by analyzing the characteristics of X-ray flare monitored by the SEM. Some basic variation characteristics of particle at geostationary orbit are found such as day-night periodic variation of particle flux, the electron flux with energy >1.4 MeV in the scope from 10 to 200/cm~2·s·sr and the proton flux with energy >1.1 MeV in the scope from 600 to 8000/cm~2·s·sr during the time with no magnetic storm and solar eruption.
机译:FY-2卫星上的空间环境监测器(SEM)由高能粒子探测器(HEPD)和太阳X射线通量探测器(SXFD)组成。扫描电镜可以对地球静止轨道的火炬和太阳质子事件进行实时监控,也是中国第一个监测和警告太阳质子事件的空间系统。在第23个太阳最大周期中,几乎监视了此期间发生的所有太阳质子事件,并且通过分析SEM监视的X射线耀斑的特征成功预测了其中的一些。发现了地球静止轨道上粒子的一些基本变化特征,如粒子通量的昼夜周期性变化,能量> 1.4 MeV的电子通量在10-200 / cm〜2·s·sr范围内以及质子通量能量> 1.1 MeV,在600至8000 / cm〜2·s·sr的范围内,无磁暴和太阳爆发。

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