Modeling the influence of magnetospheric heat fluxes on the electron temperature in the subauroral ionosphere

Gololobov Artem; Golikov Innokentiy; Varlamov Ilya

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Modeling the influence of magnetospheric heat fluxes on the electron temperature in the subauroral ionosphere

机译：模拟磁层热通量对极光下电离层电子温度的影响

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We present results of modeling of the electron temperature distribution in the F region of the subauroral ionosphere for different helio-geomagnetic conditions with consideration for magnetospheric heat fluxes. It is shown that under quiet geomagnetic condi-tions during a winter period in the dawn and dusk sec-tors “hot” zones with a higher electron temperature are formed, and under disturbed geomagnetic conditions an annular “hot” region is formed in a time interval 04–06 UT as a result of heat inflow from Earth’s magnetosphere along magnetic field lines. The analysis of the DE-2 satellite data demonstrates that such zones can be formed during geomagnetic disturbances.

机译：我们提出了在考虑日磁层热通量的情况下，针对不同的日地磁条件，在耳下电离层F区电子温度分布的建模结果。结果表明，在冬季安静的地磁条件下，黎明和黄昏的部分形成了具有较高电子温度的“热”区，而在受干扰的地磁条件下，一次形成了环形的“热”区。由于地球磁层沿磁场线流入的热量，导致时间间隔为04–06 UT。对DE-2卫星数据的分析表明，在地磁干扰期间可以形成此类区域。

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《Solar-Terrestrial Physics》 |2017年第2期|共3页
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Gololobov Artem; Golikov Innokentiy; Varlamov Ilya;
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1. Formation of a Ring-Shaped Region of Increased Electron Temperature in the Subauroral Ionosphere in Winter [J] . Golikov I. A., Gololobov A. Yu., Popov V. I., Geomagnetism and aeronomy . 2019,第2期

机译：在冬季形成亚撒式电离层中的增加电子温度的环形区域
2. Subauroral electron temperature enhancement in the nighttime ionosphere [J] . G. W.Pr?lss Annales Geophysicae . 2006,第7期

机译：夜间电离层的耳下电子温度升高
3. Subauroral electron temperature enhancement in the nighttime ionosphere [J] . G. W. Proelss Annales Geophysicae . 2006,第7期

机译：夜间电离层的耳下电子温度升高
4. Features of the formation of regions with enhanced electron temperature in the subauroral ionosphere in different periods of solar activity [C] . Artem Gololobov, Innokentiy Golikov 2D Systems of the Strong Correlated Electrons: From Fundamental Research to Practical Applications . 2018

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5. A comparison of the magnetospheric specification model, the Garrett model and satellite data for the geosynchronous electron fluxes. [D] . Nagai, Akira. 1991

机译：磁层规范模型，Garrett模型和地球同步电子通量卫星数据的比较。
6. Electron Crescent Distributions as a Manifestation of Diamagnetic Drift in an Electron‐Scale Current Sheet: Magnetospheric Multiscale Observations Using New 7.5 ms Fast Plasma Investigation Moments [O] . A. C. Rager, J. C. Dorelli, D. J. Gershman, -1

机译：电子新月形分布作为电子尺度电流表中反磁性漂移的表现：使用新的7.5ms快速等离子体研究矩的磁层多尺度观测
7. Modeling the influence of magnetospheric heat fluxes on the electron temperature in the subauroral ionosphere [O] . Артем Гололобов, Artem Gololobov, Иннокентий Голиков, 2017

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8. On the influence of corpuscular fluxes and of electron photoloosening reaction on the formation of the D-layer of the ionosphere [R] . Bragin, Yu. A., Kostko, O. K., Repnev, A. I., 1967

机译：关于微粒通量和电子光化反应对电离层D层形成的影响

Modeling the influence of magnetospheric heat fluxes on the electron temperature in the subauroral ionosphere

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