1.
Research on Corrected Higher-Order Ionospheric Delay Error with Geomagnetic Effect;
顾及地磁场影响的电离层高阶项改正算法研究
2.
Novel order-select method of polynomial modeling for ionosphere phase perturbation correction
多项式建模解电离层相位污染阶数选择新方法
3.
The polynomial solutions of the ion velocity distributions in the high-latitude auroral ionosphere
高纬极区电离层离子速度分布函数的多项式解
4.
ionospheric HF oblique sounding
电离层高频斜向探测
5.
heaviside layer
ph.1. 电离层
6.
High power electromagnetic pulse propagation in ionosphere
高功率电磁波脉冲在电离层中的传播
7.
neutral and ion chemistry of the upper atmosphere
高层大气的电中性和离子化学
8.
Real-time Control and Analysis System for Ionosonde
电离层数字测高仪实时控制处理系统
9.
Parallel High-Order FE-BI-MLFMA for Scattering by Large and Deep Cavities Loaded with Obstacles
电大复杂涂层腔体的并行高阶合元极分析
10.
Application and Research of Software Radio on Ionosonde;
软件无线电在电离层测高仪中的应用研究
11.
Ionospheric loss of high frequency radio wave propagated in the ionospheric regions
电离层对高频电波吸收衰减的影响研究
12.
Spectra、Ionization Potentials of Highly-stripped Ions with High Z and X-ray Line-Formation Processes in the L-shell Iron Ions;
中高Z离化态原子的光谱、电离能及铁L壳层等离子体光谱模拟
13.
the highest region of the ionosphere (from 90 to 600 miles up) that contains the highest concentration of free electrons and is most useful for long-range radio transmission.
电离层的最高层，距地球表面至英里，有高度密集的自由电子，对远距离无线电传输非常有用。
14.
Architecture: Design how the backlog items will be implemented. This phase includes system architecture modification and high level design.
体系架构阶段：构思如何实现待定项。本阶段包括系统架构修改和高层设计。
15.
On relationship of higher-degree Bernoulli polynomials and higher-degree Euler polynomials to Stirling numbers
高阶Bernoulli多项式、高阶Euler多项式与Stirling数的关系
16.
A high-ranking angel.
大天使高阶层的天使
17.
STUDY OF IONOSPHERIC GRAVITY WAVE DISTURBANCES FROM DRIFT MEASUREMENTS OF A DIGISONDE
用数字测高仪漂移测量研究电离层声重波扰动
18.
The Ionospheric Effects on the High Frequency Skywave Radar and the Correction Methods;
高频天波雷达电离层效应及其校正方法研究