Numerical simulation of dynamics of F-region in ionosphere 电离层F层动力学数值模拟
In this paper, features of the total electron content and F-region of the ionosphere over the Pacific area during the typical storms are analysed on the basis of published data and some new results are presented. 本文在前人已公布的暴时电离层动态资料的基础上,进行了太平洋地区冬至与夏至期间电子总量和F层特征的分析研究,取得了新的结果。
Linear study of e × b drift instability in the F-region at mid and low latitude 中低纬F区E×B不稳定性的线性研究
Storm-time Joule heating of auroral thermosphere and ionization depletion in the F-region ── eiscat radar observation 暴时极光区热层大气焦耳加热与F区电离耗空的EISCAT雷达观测
The behaviour of the ionosphere, mainly the F-region, is dominated strongly by the complex relation of longitude ( storm commencement), latitude, geomagnetic configuration and season ( the Southern or Northern Hemisphere). 以F层为代表的电离层的行为强烈地受控于经度(暴时)、纬度、地磁格局和季节(南北半球)的缔合关系;
Variation of AGW's wavenumber with height implies that an over-reflection in the upper F-region occurs, and possible wave-stream interactions giving rise to the over-reflection are discussed in brief. 重力波波数随高度的变化说明在较高F区出现了重力波的过反射(over-reflection).简要讨论了引起过反射的波-流相互作用。
The analysis shows that there are appreciable increases of electron density both in the ionospheric D-region and the F-region and the latter is the main part of the sharp TEC increases. 分析的结果表明,大太阳耀斑期间不仅D层的电子浓度大大增加,而且F层的电子浓度也显著增加,后者是这次总含量剧增的主要部分。