片语

solar activity cycle太阳活动周

Solar System Activity Placemat太阳能系统活动餐垫

solar and volcanic activity太阳和火山活动

solar magnetic activity cycle或称为太阳磁活动周期

solar flare activity日焰活动

solar type activity太阳型活动

solar r activity太阳活动性

solar variationsunspot activity太阳活动

solar surface activity phenomenon太阳表面活动现象

英汉例句

• solar activity waxes and wanes according to approximately 11-year cycles.

  太阳活动的盈亏周期大约是11年。

• over the past century, overall solar activity has been increasing and should therefore cool the earth, yet global temperatures have increased.

  在过去100年中，就总体而言，太阳活动是在增强，因此，原本应该让地球变冷，然而，全球气温却升高了。

• the frequency shifts is found to increase with the strength of magnetic fields in solar interior, and its temporal behavior closely follows the phase of the synthetic solar activity cycle.

  我们发现频率的变化随着太阳内部磁场强度增加而变大，并且和太阳活动周期密切相关。

• of course, solar activity is just one natural source of climate variability. volcanic eruptions are another, spewing gas and dust into the atmosphere.

  当然，太阳活动仅仅是气候变化的一个自然因素，火山喷发出气体和尘埃进入大气层也会带来这个结果。

• the researchers conclude that declining solar activity over the period and an overall change from el nino to la nina conditions in the pacific ocean also contributed to the temperature plateau.

  研究者得出结论，这个阶段太阳活跃度降低以及在太平洋地区从厄尔尼诺现象到拉尼娜现象的全面转换也是温度变化进入停滞期的原因。

• results show that solar activity and enso have their different affects on the monthly precipitation, monthly means of the barometric pressure and temperature in different time scales.

  研究结果表明 ，在不同的时间尺度 （频带 ）上太阳活动和enso对上海的月降水量、月均气压和月均温度有不同的影响 ；

• the increase in solar activity is caused only in part by the dark star, multiple factors being at play. these are complex.

  暗行星的影响仅仅是太阳活动加剧的部分原因，有多种因素在起作用，情况很复杂。

• when solar activity is high, solar extreme ultraviolet rays warm and expand the thermosphere.

  当太阳活动高，太阳极端的紫外线加热并扩大热层。

• solar activity varies over an 11-year cycle, but it experiences longer-term variations, highs and lows that can last around a century.

  黑子的活动周期为11.2年，但也会经历更长期的变化，顶峰和低估可以持续一个世纪左右。

• the measurement of solar magnetic field and the non-potential characteristic of solar activity are important to explain the physical mechanism and dynamical process of solar activity.

  因此，太阳活动区磁场测量和非势特征的研究对理解太阳表面上各种活动现象的物理机制和动力学过程有着十分重要的意义。

• an increase in solar activity from the sun actually cools the earth, suggests a new research that will renew the debate over the science behind climate change.

  新研究表明，太阳活动趋于频繁事实上让地球变冷。这一研究将使关于气候变化背后科学原理的辩论重新开始。

• those who claim the rise in temperatures we「ve seen over the last century are predominantly the result of intense solar activity might argue that we should, but they」re in the minority.

  这些声称主要是由于激烈的太阳活动导致过去一个世纪地球变暖的人可能会主张我们会经历十七世纪欧洲发生的事情，但这种人是少数。

• the results show that active longitude band and main hemisphere of solar activity are very important information for the short term prediction of solar activity.

  依据对太阳活动的统计研究 ，简要分析了三个大黑子群活动的差异。

• scientists know that such solar activity plays a significant role on the weather we experience on earth by interacting with our planet's magnetic fields and upper atmosphere.

  科学家们相信，这类太阳活动与地球磁场和高空大气层产生反应，对地球天气起着重要作用。

• so why does solar activity have these effects?

  那么为什么太阳活动有这些作用？

• certainly, some of the facts at hand are valid; for example, the maya did have a long count calendar, pole-shift theory does exist, and solar activity does wax and wane.

  当然，有些事实证据是有效的，比如玛雅人的确有一个长记历的历法，地磁反转理论也的确存在，太阳活动的确在减弱等等。