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使用低电离层加热条件下,非麦克斯韦碰撞等离子体非相干散射的理论模型,我们对我国2008年1月进行的极区冬季电离层加热实验进行了分析.分析结果表明,本次实验在低电离层区域得到了显著的电子温度增强现象,最大增幅百分比达到了168.9%.基于上述理论模型,我们进一步反演了非麦克斯韦指数,并由其计算出了加热电场强度,这对电离层加热的精确数值仿真有着重要的意义.
Using the theoretical model of incoherent scattering of non-Maxwell collision plasma using low ionosphere heating, we analyzed the winter ionospheric heating experiments in polar regions of China in January 2008. The analysis results show that in this experiment, In the layer region, a significant increase of electron temperature was observed, with a maximum percentage increase of 168.9% .Based on the theoretical model above, we further invert the non-Maxwell index and calculate the intensity of the heating electric field, which is accurate for the ionospheric heating Numerical simulation is of great significance.