首先，本文简要介绍了电离层结构、GPS相关原理以及误差的来源。
Firstly, this paper introduces the structure of the ionosphere, related principles of the GPS and error sources.
这与电离层加热实验中的宽对称结构(BSS)的产生条件相一致。
This is consistent with the generating conditions of the BSS (Broad Symmetric Structure) in the ionospheric heating experiments.
该研究为电离层不规则结构纬向漂移速度的测量提供了一种可行的方法。
This research will provide a feasible method for measurement of the ionospheric zonal velocity.
本文还对超高频波段在一些特定区产生的散射增强，用电离层中某些尺寸的不均匀结构的影响给予初步解释。
This enhancement of scattered em waves under special condition of higher frequencies of special zones may be explained by using the influence of the irregular structure of some size in the ionosphere.
电离层不规则结构的形成和演化与电离层等离子体不稳定性密切相关。
The formation and evolution of ionospheric irregularities are closely connected with the instabilities of ionospheric plasma.
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.
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.
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