Medium-energy electron spectrometers on Macao Science Satellite-1

被引：0

作者：

YE YuGuang ^{[1
]}

LIU Ying ^{[1
]}

ZOU Hong ^{[2
]}

ZONG QiuGang ^{[1
,2
]}

CHEN JiaLi ^{[1
]}

YU XiangQian ^{[1
]}

SHI WeiHong ^{[1
]}

OU JiaMing ^{[2
]}

LIU JianBin ^{[3
]}

YU LiJia ^{[3
]}

ZHOU Jun ^{[4
]}

HUANG He ^{[4
]}

YUAN ShiGeng ^{[5
]}

SU Wen ^{[5
]}

SUO Le ^{[6
]}

机构：

[1] State Key Laboratory of Lunar and Planetary Sciences,Macau University of Science and Technology,CNSA Macao Center for Space Exploration and Science

[2] School of Earth and Space Sciences,Peking University

[3] Shandong Aerospace Electro-technology

[4] School of Astronautics,Northwestern Polytechnical University

[5] DFH Satellite CoLtd

[6] Institute of Remote Sensing Satellite,China Academy of Space

来源：

Science China(Technological Sciences) | 2024年 / 67卷 / 11期

关键词：

D O I：

暂无

中图分类号：

P318.6 [地磁观测及仪器]; P35 [空间物理];

学科分类号：

070802 ;

摘要：

The Macao Science Satellite-1 is a two-satellite constellation specifically designed to study the geomagnetic field and particle radiation environment in low Earth orbit, particularly in the South Atlantic Anomaly region, with a low inclination orbit. Each of the two MSS-1 satellites carries a medium-energy electron spectrometer(MES). The MES sensor heads are based on pinhole imaging technology, which can simultaneously measure 50-600 keV electrons incident from nine directions with a field of view(FOV) of 180° × 30°. The two MESs can realize the pitch angle coverage of medium energy electrons at most positions in the orbit. The MSS-1 A/B MESs can realize direct observation of precipitating electrons and electrons near their loss cones. It can help to study the electron generation mechanism in the inner radiation belt and quantify the precipitation of magnetospheric energetic electrons. Combined with the geomagnetic index, solar wind parameters, interplanetary magnetic field conditions, etc.,it can also help to build a dynamic evolution model of energetic electrons in the near-Earth space, to realize the early warning and prediction of space weather based on the observation data, which can provide safety for spacecraft and astronauts in the nearEarth space.

引用

页码：3324 / 3343

页数：20

共 60 条

[11]

A cross-type imaging electron spectrometer.[J].YE YuGuang;ZOU Hong;WANG YongFu;QIN JunFeng;SHI WeiHong;ZOU JiQing;ZHONG WeiYing;ZONG QiuGang;FU SuiYan;.Science China(Technological Sciences).2023, 03

[12]

Dynamics of the inner electron radiation belt: A review.[J].YuXuan Li;Chao Yue;Ying Liu;Qiu-Gang Zong;Hong Zou;YuGuang Ye;.Earth and Planetary Physics.2023, 01

[13]

FY-3E:The First Operational Meteorological Satellite Mission in an Early Morning Orbit.[J].Peng ZHANG;Xiuqing HU;Qifeng LU;Aijun ZHU;Manyun LIN;Ling SUN;Lin CHEN;Na XU;.Advances in Atmospheric Sciences.2022, 01

[14]

Artificial modification of Earth's radiation belts by ground-based very-low-frequency(VLF) transmitters.[J].Binbin NI;Man HUA;Xudong GU;Song FU;Zheng XIANG;Xing CAO;Xin MA;.Science China(Earth Sciences).2022, 03

[15]

Energetic electron detection packages on board Chinese navigation satellites in MEO.[J].YuGuang Ye;Hong Zou;Qiu-Gang Zong;HongFei Chen;JiQing Zou;WeiHong Shi;XiangQian Yu;WeiYing Zhong;YongFu Wang;YiXin Hao;ZhiYang Liu;XiangHong Jia;Bo Wang;XiaoPing Yang;XiaoYun Hao;.Earth and Planetary Physics.2021, 02

[16]

Imaging energetic electron spectrometer onboard a Chinese navigation satellite in the inclined GEO orbit.[J].ZOU Hong;YE YuGuang;ZONG QiuGang;CHEN HongFei;ZOU JiQing;CHEN Jiang;SHI WeiHong;YU XiangQian;ZHONG WeiYing;WANG YongFu;ZHOU XuZhi;HAO YiXin;CHEN XingRan;JIA XiangHong;XU Feng;SHAO SiPei;WANG Bo;HAO XiaoYun;ZHANG XiaoXin;.Science China(Technological Sciences).2018, 12

[17]

Monte Carlo simulations of the sensor head of imaging energetic electron spectrometer onboard a Chinese IGSO navigation satellite.[J].ZOU Hong;YE YuGuang;ZONG QiuGang;CHEN HongFei;LUO Lin;ZHOU XuZhi;CHEN XingRan;HAO Yi Xin;REN Jie;WANG YongFu;SHI WeiHong;YU XiangQian;JIA XiangHong;XU Feng;ZHANG XiaoXin;.Science China(Technological Sciences).2019, 07

[18] A new DMSP magnetometer and auroral boundary data set and estimates of field-aligned currents in dynamic auroral boundary coordinates [J].