Jin Yaqi, Kotova Daria, Xiong Chao, Brask Steffen M, Clausen Lasse B N, Kervalishvili Guram, Stolle Claudia, Miloch Wojciech J
Department of Physics University of Oslo Oslo Norway.
Helmholtz Centre Potsdam GFZ German Research Centre for Geosciences Potsdam Germany.
J Geophys Res Space Phys. 2022 Apr;127(4):e2021JA030183. doi: 10.1029/2021JA030183. Epub 2022 Apr 8.
Ionospheric plasma irregularities can be successfully studied with the Swarm satellites. Parameters derived from the in-situ plasma measurements and from the topside ionosphere total electron content provide a comprehensive dataset for characterizing plasma structuring along the orbits of the Swarm satellites. The Ionospheric Plasma IRregularities (IPIR) data product summarizes these parameters and allows for systematic studies of ionospheric irregularities. IPIR has already been used in investigations of structuring and variability of ionospheric plasma. This report provides a detailed description of algorithms behind the IPIR data product and demonstrates its use for ionospheric studies.
利用“蜂群”卫星能够成功地研究电离层等离子体不规则现象。从原位等离子体测量以及电离层顶部总电子含量得出的参数，为表征沿“蜂群”卫星轨道的等离子体结构提供了一个全面的数据集。电离层等离子体不规则现象（IPIR）数据产品汇总了这些参数，并允许对电离层不规则现象进行系统研究。IPIR已被用于电离层等离子体结构和变异性的研究。本报告详细描述了IPIR数据产品背后的算法，并展示了其在电离层研究中的应用。
