1.
Study and Analysis of the Technology for the Detection of Ionospheric Scintillation Based on GPS Signal
基于GPS信号的大气电离层闪烁检测技术研究
2.
The Lunar Atmospheric Tide and It Effects on the Ionospheric Es-layer and F2 Layer;
大气太阴潮汐及其对电离层Es层和F2层的影响
3.
neutral and ion chemistry of the upper atmosphere
高层大气的电中性和离子化学
4.
Detection of Martian atmosphere and ionosphere using Spacecraft-Earth radio occultation technique
星—地无线电掩星技术探测火星大气和电离层
5.
Detection of the martian atmosphere and ionosphere using spacecraft-earth radio occultation
星-地无线电掩星技术探测火星大气和电离层
6.
The ionization in the upper atmosphere is caused by ultraviolet rays form the sun.
上层大气中的电离作用是太阳的紫外线引起的。
7.
atmosphere, magnetoshere and plasma-in-space
大气层、磁性层和空中等离子层
8.
Effect of H_2 flow rate on electrical conductivity of APS TiO_2 coatings
氢气流量对大气等离子喷涂TiO_2涂层导电性的影响
9.
The study of the upper atmosphere, especially of regions of ionized gas.
高层大气物理学对有关高层大气，特别是离子化大气层的研究
10.
Studies on Power Absorption of High Frequency Electromagnetic Waves in Partially Ionized Plasma Layer under Atmosphere Conditions;
高频电磁波在大气等离子体层中的传播和吸收的研究
11.
Atmospheric Acoustics,Optics,Electricity & Upper Atmospheric Physics
声光电及高层大气物理
12.
Forward Study on Long Bipole and Large Scale Electromagnetic with Whole Space Model
电离层-空气层-地球介质耦合下长偶极大功率可控源电磁波正演研究
13.
Atmospheric Acoustics,Optics,Electricity and Upper Atmospheric Physics
大气声光电及高层大气物理
14.
heaviside layer
ph.1. 电离层
15.
the space ship flies into the sky and flies through the aerosphere.
宇宙飞船直上九霄, 最后飞离了大气层。
16.
24 kilometers above the earth.
离地球表面24千米的大气层中。
17.
A New Method of Predicting the Ionospheric F_2 Layer in the Asia Oceania Region
新版亚大地区F_2电离层频率预测方法
18.
Ionospheric Scintillation Monitoring for the Communication Channel of the Geosynchronous Meteorological Satellites
针对静止气象卫星通讯链路的电离层闪烁监测