The Effects of Time-varying Ionospheric Channel on HF Timing.
电离层信道的时变特性对短波授时的影响。
Second, the second-order statistical characteristics of satellite signals propagating through the turbulent ionosphere and properties of the ionospheric channel are also studied.
第二、穿过随机电离层卫星信号二阶统计特性和电离层信道统计特性研究。
This article shows that research on the frequency dependence of ionospheric channel parameters will help to develop frequency resource and will be valuable in the channel estimation.
并且，与其他地区中距离电路的测试结果十分一致。 分析表明，对电路信道参数变化规律的研究有助于开发频率资源，对实时频率预报技术也有实用价值。
This article shows that research on the frequency dependence of ionospheric channel parameters will help to develop frequency resource and will be valuable in the channel estimation.
并且，与其他地区中距离电路的测试结果十分一致。 分析表明，对电路信道参数变化规律的研究有助于开发频率资源，对实时频率预报技术也有实用价值。
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