1.
VERY HIGH-ENERGY PARTICLE EMISSION FROM THE SOLAR COSMIC RAY FLARES
太阳宇宙线耀斑中的甚高能粒子发射
2.
X-ray emission of solar flare
太阳耀斑Ｘ射线辐射
3.
Study on the Condition of γ-Ray Emission in Solar Flare;
太阳耀斑产生高能γ射线的过程研究
4.
EUV emission of the solar flare
太阳耀斑极紫外辐射
5.
This was done to protect planet Earth from the radiation of the Sun and other dangerous cosmic radiation that regularly come through the solar system.
建造冰天的目的是阻挡地球受到太阳射线和其他穿越太阳系的危险的宇宙射线。
6.
It is known that some stars are much larger than our sun.
宇宙中有许多恒星比太阳大得多。
7.
Correlation between Solar Photospheric Magnetic Properties and Flare Productivity;
太阳光球磁场特性与耀斑相关性研究
8.
"Taiji is used to mean the origin .of yin (negative, or female), yang(positive, or male) and of universal changes."
太极是表示阴阳太极的哲理和宇宙变化的学说。
9.
Statistic Analysis on Solar Activity Parameters with Solar Flare and Solar Proton Event
太阳活动区参量与太阳耀斑和太阳质子事件的相关性统计分析
10.
Below 60km, ionization is not due to the sun's ultraviolet and x radiation primarily, but to cosmic radiation.
在60公里以下，电离主要不是由于太阳紫外线和X辐射，而是由于宇宙辐射引起的。
11.
From far out in space come other kinds of radiation know as cosmic rays .
从很远的太空来的其他射线称为宇宙射线。
12.
Study of the Flare and Its Velocity Fields Observed on August 17, 1989
1989年8月17日太阳边缘耀斑和速度场研究
13.
A Study of Ionospheric Response to the Flares;
太阳耀斑电离层效应的统计分析与模拟研究
14.
Monitoring the Effect of Solar Flares on Ionosphere by Means of GPS and Analysis of Some Results;
利用GPS对太阳耀斑电离层响应的监测和研究
15.
The Correlation between Ribbon Separation and Magnetic Field in a Two-Ribbon Flare
太阳双带耀斑的分离运动与纵向磁场的关系
16.
Solar flare forecasting method of combining support vector machine with nearest neighbors
结合支持向量机和近邻法的太阳耀斑预报方法
17.
Application of Learning Vector Quantity Network in Solar Flare Forecasting
学习矢量量化网络在太阳耀斑预报中的应用
18.
Identification of Heavy Cosmic Ray Nuclei Recorded by a Satellite Borne Chaoyang No. 1 Polycarbonate
识别朝阳1号聚碳酸酯记录的宇宙线重粒子