1.
This is an intriguing theory that droughts tie in with the sunspot.
这是一个关于干旱与太阳黑子活动周期有关的令人感到有趣的理论。
2.
(astronomy; of the sun) characterized by a high level activity in sunspots and flares and radio emissions.
（天文学；指太阳）以太阳黑子、耀斑和辐射的高等级活动为特点。
3.
Solar-like Activities in Late-type Stars: ( Ⅰ ): Starspots, Stellar Activity Cycles and Magnetic Field
晚型恒星中的类太阳活动(Ⅰ):恒星黑子、活动周和磁场
4.
SUNSPOT El NI N O AND TYPHOON ACTIVITY OVER THE NORTHWEST PACIFIC OCEAN
太阳黑子、厄尔尼诺及西北太平洋热带气旋的活动
5.
There is evidence that aspects of weather and climate are also synchronized with sunspot activity.
有数据表明，天气和气候的某些方面也随太阳黑子的活动而改变。
6.
A MORPHOLOGICAL STUDY OF A SOLAR ACTIVE REGION IN AUGUST 1972
1972年8月太阳活动区的形态研究 Ⅰ.黑子精细结构的形态
7.
solar atmosphere and solar activities
太阳大气和太阳活动
8.
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
9.
ancient. sunspot observation
太阳黑子的古代观测
10.
international relative sunspot number
国际相对太阳黑子数
11.
Conditions on the 15 and 10 meter novice band are slowly improving these days, although the current sunspot cycle 23 is now slowly diminishing
尽管最近太阳黑子的活动正在衰减，但15米和10米的初学者常用波段的传播情况也在慢慢好转。
12.
Rapid Rotation of Sunspot Associated Flares and the Rotation of the Magnetic Fields in the Evolution of the Sunspot;
引发耀斑的太阳黑子快速旋转与黑子演化中磁场的旋转运动
13.
The darkest region of a sunspot.
太阳黑子中的最黑暗的区域
14.
An increase in the number of sun flares leads to an increase in the number of sunspots, and a decrease in the number of sun flares leads to a decrease in the number of sunspots.
太阳闪烁次数增加导致太阳黑子数增加，太阳闪烁次数减少导致太阳黑子数的减少。
15.
energetic particle event
高能质点事件 -太阳活动
16.
IASY (International Years of the Active Sun)
太阳活动期国际观测年
17.
To follow these movements of sunspots is worthwhile for every solar observer.
任何一个太阳观测者值得花时间和精力去跟踪观测太阳黑子的这种移动。
18.
The way of sunspot observation and the response of earth s environment to the sunspot maximum;
太阳黑子观测方法与黑子峰年地球环境的响应