Evidence of the Solar Cycle in the General Circulation of the Stratosphere.
平流层大气环流中太阳周期的证据。
Previous prolonged weakenings in the solar cycle may have launched mini-Ice Ages.
早前在太阳周期中一个持续的周期可能带来了一个小冰河时代。
A prodigal son go with the sun is the general, but he was not the same as the solar cycle.
一个浪子所走的路是跟日头一般的，可是他其实不象日头一样循环往复。
A prodigal son go with the sun is the general, but he was not the si ame as the solar cycle.
一个浪子所走的路是跟日头一般的，可是他其实不象日头一样循环往复。
A prodigal son go with the sun is the general, but he was not the same as the solar cycle. -w.
一个浪子所走的路是跟太阳一般的，可是他并不像太阳一样周而复始。
These complicated local differences imply that the solar cycle variations are of external is questionable.
这种表现复杂的地方性差异，更反映出太阳黑子周变化源于外场之说是有问题的。
Even with the solar cycle finally under way again, the number of sunspots has so far been well below expectations.
尽管太阳周期最终还是回到原来的样子，但是太阳黑子的数目却至今仍然低于预期。
The evolutions of corotating variation of some basic heliospheric parameters and energy parameters are studied in this paper for the solar cycle 20.
本文统计分析了日球基本参数及能量参数的共转变化在第20太阳周中不同位相的演变。
Most astronomers think that the solar cycle will proceed, but at significantly depressed levels of activity similar to those last seen in the 19th century.
大多数天文学家认为太阳活动周期会持续，但强度会发生严重的下滑，相比19世纪所看到的那样。
The scientists concluded that the solar wind activity must follow the same cycle.
科学家们得出结论，太阳风的活动必须遵循相同的周期。
The calendars that were developed at the lower latitudes were influenced more by the lunar cycle than by the solar year.
在低纬度地区制定的历法受月球周期的影响比受太阳年的影响更大。
Consequently, the timing and rhythms of biological functions must closely match periodic events like the solar day, the tides, the lunar cycle, and the seasons.
因此，生物功能的时间和节奏必须与太阳日、潮汐、月球周期和季节等周期性事件密切契合。
The current cycle, called Solar Cycle 24, began in 2008.
现在是第24个太阳活动周期，开始于2008年。
If a change in the jet stream really is a leading indicator of solar activity, then no new cycle is on the horizon.
如果高速气流的变化真地是太阳活动最重要的指示物，那么新的太阳活动周期还未露端倪。
This east-west flow of plasma inside the sun normally indicates the onset of sunspot formation for the next solar cycle.
太阳内部自东向西的等离子流预示着下一个太阳周期里太阳黑子的形成。
Now that the Sun is approaching the peak of its magnetic cycle, when solar storms - blasts of electrically charged magnetic clouds - are most likely to occur, no one can predict how it will behave.
现在，太阳正在接近其磁周期的顶峰，也就是太阳风暴最可能发生的时期，没有人能够预测到太阳未来的表现。太阳活动会持续低迷？
That distinguishes this solar cycle from the preceding two and "suggests that the declining phase of solar cycle 23 is behaving differently to previous solar cycles," the team wrote.
此发现体现了当前太阳周期与前两个周期的区别，并且“第23个太阳周期的辐射量降低的过程跟之前的太阳周期完全不同。”该研究小组写道。
The sun is currently approaching what's known as solar maximum, the peak of our star's roughly 11-year cycle of magnetic activity.
因为目前的太阳正逐渐接近它的“活动峰年”，也就是周期约为11年的地磁活跃高峰期。
Puzzlingly, the last solar cycle, which ended recently, had an especially long and weak low point that scientists had difficulty explaining.
然而令人们感到疑惑的是，最近结束的上一个太阳周期，太阳活动低潮期相对特别长，太阳活动极其微弱。
Sometimes, though, the sun sulks and this solar cycle stops.
然而，太阳有时也会生气，之后这种太阳活动周期就停止了。
We're nearing the peak of the 11-year solar cycle, so double-check your GPS and watch where you're going.
我们正在接近每11年太阳活动周期的顶峰，所以请重新检查你的GPS，注意你的去向。
This time, however, the rush to the poles is more of acrawl, which means we could be headed toward a very weak solar maximum in2013—and it may delay or even prevent the start of the next solar cycle.
然而，这一次，向两极移动的冕流却慢腾腾的，它意味着我们可能将在2013年经历一个非常弱的太阳活动峰值——这也许会延迟甚至阻止下个太阳活动周期的开始。
The blast was the largest so far in the new solar cycle.
这是在新的太阳活动周期中最大的一次爆炸。
So enjoy the current rash of solar flares and beautiful coronal mass ejections; it might be some time before we see a solar cycle like this again.
所以好好的享受这些美妙的太阳耀斑和日冕带来的太阳风吧，可能要经过相当长一段时间我们才能再次观赏到他们了。
Scientists also believe it may also be possible that during the next upturn of the cycle, when solar activity increases, there might be a cooling effect at the Earth's surface.
科学家们相信，在周期的下一个上升期，也就是在太阳活动趋于频繁时，可能会对地球表面产生冷却效应。
Scientists also believe it may also be possible that during the next upturn of the cycle, when solar activity increases, there might be a cooling effect at the Earth's surface.
科学家们相信，在周期的下一个上升期，也就是在太阳活动趋于频繁时，可能会对地球表面产生冷却效应。
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