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Radiation environment and effect detection based on global navigation constellation
Open Astronomy ( IF 0.7 ) Pub Date : 2023-04-21 , DOI: 10.1515/astro-2022-0204
Lin Quan 1 , Dongya Wang 1 , Qingxiang Zhang 2 , Shenyi Zhang 3 , Ling Li 1 , Shuai Wang 1 , Tao Jing 3 , Yinan Meng 1 , Yenan Liu 4 , Chao Tian 5
Affiliation  

Combining the anomalies and environmental monitoring data of the early stage Beidou satellites, the space radiation environment spatial/temporal distribution and space radiation effect risk characteristics are analyzed, and the dynamic characteristics of space environmental factors, such as hot plasma, high-energy electron and solar proton are summarized. The systematic joint monitoring for surface charging, internal charging, single event effect and total dose effect with corresponding space environment factors is proposed. The detector types, measurement parameters range and engineering constraints are allocated, and the engineering application and scientific research of detection data are prospected.

中文翻译:

基于全球导航星座的辐射环境及效应检测

结合早期北斗卫星异常及环境监测数据,分析了空间辐射环境时空分布和空间辐射效应风险特征,分析了热等离子体、高能电子、总结了太阳质子。提出了表面充电、内部充电、单事件效应和总剂量效应与相应空间环境因素的系统联合监测。对探测器类型、测量参数范围和工程约束进行了配置,并对探测数据的工程应用和科学研究进行了展望。
更新日期:2023-04-21
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