ionospheric的例句大全

Therefor S p q is largely depend upon both field aligned currents and ionospheric conductivity.

Spq场源主要是依赖于场向电流和电离层电导率。

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Mean Arrival Time of Pulse Signal Propagating Through Ionospheric Irregularities

穿过电离层电子密度不均匀体的脉冲平均到达时间

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When the low-Earth orbit ( LEO) satellite is low, the contribution of the Total Electron Contents ( TEC) above the satellite is not neglectable for inversion of GPS-LEO ionospheric occultation.

电离层掩星观测中，当低轨卫星（LEO）轨道高度较低时，轨道以上的电离层电子总含量（TEC）对掩星反演的影响不能忽略。

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Because the thermal and ionization time scale are very short at the ionospheric height, the local nighttime lower ionosphere should be substantially affected by the large QE field.

在电离层高度上，由于电子的热化时标和电离时标极短，在QE场的作用下，夜间局部低电离层会有比较大的响应。

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A Calculation Model for Negative Phase Ionospheric Storms In Middle Latitudes

中纬负相电离层暴计算模式

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Stability of spacial structure of the large-scale ionospheric current system at middle and low latitudes

中低纬度电离层大尺度电流体系空间结构的稳定性

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For specific square wave modulation modes and typical ionospheric conditions, oscillations process of ionospheric conductivity and electrojet are studied in details.

基于方波脉冲的入射方式，详细地研究了加热区电离层电导率和赤道电急流的振荡过程。

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In terms of magneto-ionic theory, a self-consistent model of ionospheric electrojet artificially modulated by powerful HF radio waves is presented.

由基本的磁离子理论出发，构造了大功率电波调制电离层电急流的自洽理论模型。

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The ionization of solar cosmic ray in the ionospheric D-region

太阳宇宙线在电离层D层中的电离

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This article describes the mechanism of electromagnetic waves propagation in the thermosphere, the critical frequency and peak height of each layer will be predicted. Ionospheric absorption loss characteristics and ionospheric echoes of high frequency surface wave radar will be discussed.

本文介绍了电磁波的电离层传播机理，预测了电离层每一层穿透频率特性和峰值高度特性，分析了电离层吸收损耗特性。

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A method of determing the ionospheric delay with the two-way satellite dual-frequency ( C band) observation is introduced, and the results from the observations for different longitudes and latitudes are analysed and compared to each other.

介绍了利用卫星双向双频（C波段）观测来测定电离层时延的方法，并对不同经纬度的观测结果进行了比较和分析。

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Guangzhou Ionospheric Observatory is located near the geomagnetic equator ( geomagnetic coordinate 183.0 ° E, 11.5 ° N).

广州电离层观测站位于磁赤道附近（地磁经纬度：183.0°E，11.5°N）。

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Eigen mode analysis of the equivalent ionospheric current system in the polar region during substorms

极区地磁亚暴等效电流体系的本征模分析

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The application of correlation analysis methods to the study of ionospheric irregularities

相关分析法在研究电离层不均匀结构中的应用

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Design and implementation of auto hopped frequency sound mode in monostatic ionospheric sounding system

单站电离层探测系统自动跳频探测模式的设计与实现

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The Fading Duration Distribution of Reflection Signals on High Frequency Ionospheric Channel

高频电离层反射信号衰落持续期分布

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The correction of ionospheric refraction for Miyun aperture synthesis radiotelescope

密云综合孔径望远镜的电离层折射误差改正

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Analysis of Area Ionospheric Delay in Spatial and Temporal Variations

区域电离层延迟的时空变化分析

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The Processing Method of Ionospheric TEC Data from GPS Measurements

GPS接收机测量电离层TEC的数据处理方法

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Variations of the ionospheric F2 layer critical frequency at Zhongshan Station, Antarctica

南极中山站电离层F2层临界频率变化特征

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