此现象不仅与宁静时完全相反，而且与中低纬电离层形态变化也有很大差别。
The morphology is not only entirely changed from the quiet period, but also much different in comparison with that at middle and low latitudes.
本文通过对电离层形态结构的分析以及建立适当的模型来讨论电离层折射对干涉仪输出的影响，并提出了改正方案。
The influence of ionospheric refraction on the output of interferometer is discussed and the method used to correct it is suggested.
另一方面，电离层对流形态和晨昏对流圈的经向跨度及其两端的位置是基本不变的。
At the same time, the longitudinal range and the positions of the two boundaries of the ionospheric convection pattern remain basically unchanged.
研究结果对于深入了解电离层暴的形态学特征和空间天气预测具有基础性的意义。
The study results have foundational signification for further understanding morphological characteristics of ionospheric storms and predicting space weather.
现从事的工作主要涉及：全球电离层模型的研究和应用、电离层暴扰动形态、物理机制和预报等方面的研究。
My present work mainly involves the study of global ionospheric model and the ionospheric storm including its morphology, physics, prediction, and so on.
利用数值模拟，研究了不同条件下赤道电离层等离子体交换 不稳定性的演变和扩展F不均匀体的形态。
We have performed numerical simulations of nonlinear evolution of plasma interchange instability in equatorial spread F (ESF) under different conditions.
利用数值模拟，研究了不同条件下赤道电离层等离子体交换 不稳定性的演变和扩展F不均匀体的形态。
We have performed numerical simulations of nonlinear evolution of plasma interchange instability in equatorial spread F (ESF) under different conditions.
应用推荐