Response of Ionospheric Total Electron Content to Convective Vortices

Pronin V. E.; Pilipenko V. A.; Zakharov V. I.; Murr D. L.; Martines-Bedenko V. A.

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Response of Ionospheric Total Electron Content to Convective Vortices

机译：电离层总电子含量对对流涡流的响应

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The response of the total electron content (TEC) of Earth's ionosphere to impulse geomagnetic disturbances, traveling convection vortices (TCVs), is considered in the paper. The data of networks of ground-based magnetometers in Canada and Greenland were used to reveal TCVs, whereas the TEC variations were obtained by processing the data of the IGS and UNAVCO receiving stations of the global positioning system (GPS). Ionospheric disturbances related to TCVs are detected. Using the station network makes it possible to estimate the dynamics of formation and velocity of propagation of the disturbance in space.

机译：在纸上考虑了地球电离层对地磁干扰的全电子含量（TEC）的响应，在纸上考虑了行驶对流涡旋（TCV）。使用加拿大和格陵兰地面磁力计的网络数据用于揭示TCV，而通过处理全球定位系统（GPS）的IGS和UNAVCO接收站的数据获得TEC变化。检测到与TCV相关的电离层扰动。使用站网络使得可以估计空间中干扰传播的形成和速度的动态。

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《Cosmic research》 |2019年第2期|69-78|共10页
作者
Pronin V. E.; Pilipenko V. A.; Zakharov V. I.; Murr D. L.; Martines-Bedenko V. A.;
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Moscow MV Lomonosov State Univ Moscow 119991 Russia;

Shmidt Inst Phys Earth Moscow Russia;

Moscow MV Lomonosov State Univ Moscow 119991 Russia;

Augsburg Univ Ctr Atmospher & Space Phys Minneapolis MN USA;

Shmidt Inst Phys Earth Moscow Russia;

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1. Response of Ionospheric Total Electron Content to Convective Vortices [J] . Pronin V. E., Pilipenko V. A., Zakharov V. I., Cosmic research . 2019,第2期

机译：电离层总电子含量对对流涡旋的响应
2. A comparative study of Nigerian GNSS Reference Networks Global Positioning System (NIGNETs-GPS) vertical Total Electron Content (vTEC) measurements with the International Reference Ionosphere - Total Electron Content (IRI-TEC) predictions over Calabar, Nigeria [J] . Joseph Obu, Eucharia Okoro, Sivla William International Journal of Physical Sciences . 2018,第6期

机译：尼日利亚GNSS参考网络全球定位系统（NIGNETs-GPS）垂直总电子含量（vTEC）测量与国际参考电离层-尼日利亚卡拉巴尔的总电子含量（IRI-TEC）预测的比较研究
3. Ionospheric total electron content response to September-2017 geomagnetic storm and December-2019 annular solar eclipse over Sri Lankan region [J] . Jenan Rajavarathan, Dammalage Thilantha Lakmal, Panda Sampad Kumar Acta astronautica . 2021,第Mara期

机译：电离层总电子含量响应于2017年9月 - 2017年地磁风暴和2019年12月 - 2019年环形日食斯里兰卡地区
4. USING TOTAL ELECTRON CONTENT AS INDEX OF IONOSPHERIC RESPONSE TO MAGNETIC ACTIVITY AT AKURE WITHIN EQUATORIAL ANOMALY [C] . Rabiu A.B, Abdulrahim R.B IAC;International Astronautical Congress . 2012

机译：利用总电子含量作为电离层在赤道异常范围内的电势对磁活动的响应指数
5. An algorithm for accurate ionospheric total electron content and receiver bias estimation using GPS measurements. [D] . Bourne, Harrison W. 2016

机译：一种用于精确电离层总电子含量和使用GPS测量估算接收器偏差的算法。
6. Study of Spatial and Temporal Variations of Ionospheric Total Electron Content in Japan during 2014–2019 and the 2016 Kumamoto Earthquake [O] . Tianyang Hu, Yibin Yao, Jian Kong 2021

机译：2014 - 2019年期间在日本电离层总电子含量的空间和时间变化研究及2016年熊本震
7. Response to reviewers' comments on the manuscript angeo-2018-131-RC2: Spatial gradient of total electron content (TEC) between two nearby stations as indicator of occurrence of ionospheric irregularity [O] . Teshome Dugassa 2019

机译：回顾审查人员对MangeScript Angeo-2018-131-RC2的评论：两台附近站之间的总电子含量（TEC）的空间梯度，作为电离层不规则性的出现指示
8. Response of the Total Electron Content of the Ionosphere Over North America to the Total Solar Eclipse of 26 February 1979 [R] . Essex, E. A., Klobuchar, J. A., Philbrick, C. R., 1983

机译：1979年2月26日北美电离层总电子含量对日全食的响应

Response of Ionospheric Total Electron Content to Convective Vortices

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