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- Ionospheric scintillations influence adversely the performance of satellite communication system and the precision of navigation system. 电离层闪烁会影响卫星通信系统的质量和导航系统的精度。
- Ionospheric scintillations are rapid variations in the amplitude and phase of radio signals resulting from density irregularities in the ionosphere. 摘要电波穿越电离层时,由于受到电离层不均匀结构的影响,电波的幅度、相位、时延等有时会发生快速抖动,这就是所谓的电磁波电离层闪烁现象。
- L-band ionospheric scintillations L-波段电离层闪烁
- Morphological study of L-band ionospheric scintillations in the equatorial region 赤道地区L-波段电离层闪烁的形态特性
- IONOSPHERIC SCINTILATION OF COSMIC RADIO NOISE 宇宙噪声的电离层闪烁
- Ionospheric scintillations 电离层闪烁
- Design and realization of a real-time GPS ionospheric scintillation monitoring system GPS电离层闪烁实时监测系统的设计与实现
- Ionospheric Scintillation Monitoring and Preliminary Statistic Analysis Over Hainan Region 海南地区电离层闪烁监测及初步统计分析
- IONOSPHERIC SCINTILLATION OF COSMIC RADIO NOISE AND THE STRUCTURAL PARAMETERS OF IONOSPHERIC IRREGULARITIES 宇宙噪声的电离层闪烁与电离层不规则结构的结构参数
- 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。
- Coupled Ionosphere Scintillation Model 合电离层闪烁(现象)模型
- Ionosphere scintillation and aerosphere scintillation 电离层闪烁和大气闪烁
- ionospheric scintillation 电离层闪烁
- These scintillations can be counted by means of a photomultiplier tube and associated electrical devices. 可以用一种光电倍加管以及相应电子装置对这些闪光进行记数。
- As with ordinary light, laser range measurements to satellites are not troubled by ionospheric refraction. 用激光测人造卫星的距离和用普通光一样,不受电离层折射的干扰。
- Precise information on the ionospheric Total Electron Content (TEC) can be quickly provided by using GPS (Global Positioning System) . 全球定位系统(GPS)可以快速、准确地提供电离层总电子含量(TEC)信息。
- In this paper, the traditional computational method of ionospheric S4 index based on GPS signal is analyzed. 本文分析了GPS信号研究电离层闪烁的基本原理,讨论了电离层闪烁监测中S4指数的计算方法及其修正方法。
- The phenomenon was apparently caused by a reaction between the exhaust gases and ionospheric oxygen ions. 此现象明显是由于废气和电离层的氧离子之间的相互作用产生的。
- Experimental results confirm that the modified method can achieve effective ionospheric clutter suppression. 实测数据处理结果表明,该方法叶电离层杂波具有很好的抑制效果。
- Ionospheric time delay is one of the largest error sources in C/A code GPS navigation and positioning. 电离层传播延迟是C/A码GPS导航定位的主要误差源之一。