Many Numbers were based on the sunspot cycle, which they had discovered.
很多号码在太阳黑子周期，这是他们发现的。
He then correlated the reams of data he'd gathered with the 11-year sunspot cycle.
然后他关联他已收集的大量数据，与11年的太阳黑子活动周期。
The next sunspot cycle will be 30% to 50% stronger than the previous one, "she says."
“下一个太阳黑子周期将达到30%至50%，比前一个更强大，”她说。
Changes to the sunspot cycle will have an impact on our weather and climate — but not a very big one.
太阳黑子周期的变化可能给我们的天气和气候造成一定影响，但是并没有想象中那么大。
Every 22 years, the sun's magnetic field switches north and south, creating an 11-year sunspot cycle.
太阳上的南北极每二十二年对调一次，由此产生长达十一年的太阳黑子周期。
The surface heating fields over QXP die down when sunspot cycle length(SCL) become long(the sun activity die down).
太阳黑子周期长度（SCL）变长（太阳活动减弱）时，青藏高原地面加热场强度减弱。
Changes to the sunspot cycle will have an impact on our weather and climate — but not a very big one. David Biello reports.
太阳黑子周期的变化可能给我们的天气和气候造成一定影响，但是并没有想象中那么大。大卫·比尔洛报道。
The sun is not considered a variable star, but it does undergo periodic changes in activity known as the sunspot cycle.
太阳是不被认为是变星，但它的变化进行定期的活动被称为太阳黑子周期。
The magnetic activity of stars like sun, which is the root cause of the sunspot cycle, is still poorly understood even after decades of intense study.
磁场的变化是像太阳这样的恒星表面黑子活动周期的根源，尽管经过几十年的认真研究之后，地球人仍然对其知之甚少。
Further analyses show the variation of earth rotation rate and sunspot cycle length have important role on the climate abrupt change in the Qinghai-Xizang Plateau.
进一步分析表明，地球自转速度和太阳黑子周期长度的变化对高原及北半球本世纪气候的突变和阶段性变化起着重要的作用。
Some observers have tried to connect the eleven-year sunspot cycle with climate patterns, but have so far been unable to provide a satisfactory explanation of how the cycle might be involved.
一些观测人员曾经试图把地球气候变化跟11年的太阳黑子周期联系到一起i，但是到目前为止仍然没有能够提供令人信服的解释。
When our star drops out of its latest sunspot activity cycle, the sun is most likely going into hibernation, scientists announced today.
科学家今天宣布，当我们的恒星脱离最近的太阳黑子活动周期时，太阳最有可能进入冬眠。
Sunspot activity, which follows an 11-year cycle, is due to peak in 2013 after which it will start to wane slightly.
虽然以11年为周期的太阳黑子活动将在2013年达到顶峰之后，将缓慢衰落。
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。
Before cycle 24 commenced, the position and strength of the torsional oscillation correctly predicted the late arrival of this cycle's sunspot activity.
在第24个周期开始前，人们通过太阳的扭转振动的位置和强度准确的预知了第24周期内太阳黑子活动的推迟。
Back in 2008 solar scientists saw a high-latitude, reversed-polarity sunspot, suggesting the start of a new solar cycle.
在2008年的时候，太阳科学家们观测到一个位于太阳高纬地区反极性的黑子，他们认为这是新一轮太阳活动开始的标志。
Solar flares rise and fall on an 11-year cycle, so scientists thought sunspot activity would pick up some time in 2008.
太阳耀斑的起起伏伏定在了11年的周期内，所以科学家以为太阳黑子会在08年里选个时间出来活动。
But sunspot Numbers are running at less than half those seen during cycle peaks in the 20th Century.
但是太阳黑子的数量少于二十世纪的太阳活动周期峰值的一半。
But sunspot Numbers are running at less than half those seen during cycle peaks in the 20th Century.
但是太阳黑子的数量少于二十世纪的太阳活动周期峰值的一半。
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