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[期刊论文] 作者：WeiXing Wan,
来源：地球与行星物理：英文版 年份：2017
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[期刊论文] 作者：LiBo Liu,WeiXing Wan,
来源：地球与行星物理：英文版 年份：2018
After the release of the previous report to the Committee on Space Research(COSPAR)on progress achieved by Chinese scientists in ionospheric researches(Liu LB a...
[期刊论文] 作者：LiBo Liu,WeiXing Wan,
来源：地球与行星物理:英文版 年份：2020
Since the release of the 2018 National Report of China on ionospheric research(Liu LB and Wan WX,2018)to the Committee on Space Research(COSPAR),scientists from...
[期刊论文] 作者：Libo Liu,Weixing Wan,,
来源：Science Bulletin 年份：2016
在中国的大陆， ionospheric 研究组的数字是超过 10。与 ionospheric 物理有关的约 110 篇文章在 2014-2015 期间被出版了。在空间研究(COSPAR ) 上的委员会的这份年度国家报...
[期刊论文] 作者：ZhiPeng Ren,WeiXing Wan,JianGa,
来源：地球与行星物理:英文版 年份：2020
Through respectively adding June tide and December tide at the low boundary of the GCITEM-IGGCAS model (Global CoupledIonosphere–Thermosphere–Electrodynamics...
[期刊论文] 作者：XinAn Yue,WeiXing Wan,Han Xiao,
来源：地球与行星物理:英文版 年份：2020
In the past decades,the Incoherent Scatter Radar(ISR)has been demonstrated to be one of the most powerful instruments for ionosphere monitoring.The Institute of...
[期刊论文] 作者：WeiXing Wan,Chi Wang,ChunLai L,
来源：地球与行星物理:英文版 年份：2020
Mars is not only our nearby but also the most Earth-like planetary neighbor.Scientific exploration of Mars is thus of crucial value to our understanding of the...
[期刊论文] 作者：Xing Li,WeiXing Wan,JinBin Cao,
来源：地球与行星物理:英文版 年份：2020
The wavenumber spectral components WN4 at the mesosphere and low thermosphere(MLT)altitudes(70–10 km)and in the latitude range between±45°are obtaine...
[期刊论文] 作者：Xing Li,WeiXing Wan,JinBin Cao,
来源：地球与行星物理:英文版 年份：2020
With the method of Hough mode decomposition(HMD),the tidal sources of the three main tidal components,namely,the migrating components DW1(diurnal westward propa...
[期刊论文] 作者：Fei He,Yong Wei,Weixing Wan,
来源：国家科学评论（英文版） 年份：2020
The most fantastic optical phenomena in the Earth’s upper atmosphere are the auroras.They are highly informative indicators of solar activity,geomagnetic activ...
[期刊论文] 作者：JunYi Wang,XinAn Yue,Yong Wei,WeiXing Wan,
来源：黑龙江科技信息 年份：2018
本文通过对荣华二采区10...
[期刊论文] 作者：WeiXing Wan,Chi Wang,ChunLai Li,Yong Wei,JianJun Liu,,
来源：Earth and Planetary Physics 年份：2020
Mars is not only our nearby but also the most Earth-like planetary neighbor. Scientific exploration of Mars is thus of crucial value to our understanding of the solar system. The existence of abundant...
[会议论文] 作者：Xiuhong Han,Eduard Dubinin,Yong Wei,Markus Fraenz,David Andrew,Weixing Wan,Stas Barabash,
来源：The Fourteenth International Solar Wind Conference (第十四届国际太阳 年份：2015
...
[会议论文] 作者：Xin Yao,Biqiang Zhao,Bo Xiong,Tao Yu,Weixing Wan,Jin Wen,Jie Zhu,
来源：2014年中国地球科学联合学术年会 年份：2014
In the present work we investigate variations of ionospheric total electron content (TEC) with applying empirical orthogonal functions (EOF) to the dataset from the global ionospheric maps (GIMs) prod...
A local Martian crustal field model: Targeting the candidate landing site of the 2020 Chinese Mars R
[期刊论文] 作者：XinZhou Li,ZhaoJin Rong,JiaWei Gao,Yong Wei,Zhen Shi,Tao Yu,WeiXing Wan,,
来源：Earth and Planetary Physics 年份：2020
Unlike Earth, Mars lacks a global dipolar magnetic field but is dominated by patches of a remnant crustal magnetic field. In2021, the Chinese Mars Rover will land on the surface of Mars and measure th...
[会议论文] 作者：Xiuhong Han,Markus Fraenz,David Andrew,Yong Wei,Eduard Dubinin,Weixing Wan,Stas Barabash,
来源：The Fourteenth International Solar Wind Conference (第十四届国际太阳 年份：2015
The Martian ionosphere directly interacts with solar wind due to lack of a significant intrinsic magnetic field,however,the interaction is significantly influenced by the crustal field and induced fie...
[期刊论文] 作者：QianQian Han,Markus Fraenz,Yong Wei,Eduard Dubinin,Jun Cui,LiHui Chai,ZhaoJin Rong,WeiXing Wan,Yoshifumi,
来源：地球与行星物理（英文） 年份：2020
The Venusian dayside ionosphere, similar to other planetary ionospheres, is produced primarily by ionization of its neutralupper atmosphere due to solar extreme...
[会议论文] 作者：Chai Lihui,Weixing Wan,Markus Fraenz,Tielong Zhang,Yong Wei,Eduard Dubinin,Zhaojin Rong,Jun Zhong,Xiuhong,
来源：The Fourteenth International Solar Wind Conference (第十四届国际太阳 年份：2015
The interplanetary magnetic field(IMF) frozen in the solar wind,together with the solar EUV radiation,can significantly affect the location of Venusian bow shock....
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