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1·Maybe the solar wind was stronger then?

也许那时候太阳风更强？

2·When there's more solar wind activity, less carbon-14 is produced.

太阳风活动越频繁，产生的碳14就越少。

3·There is evidence that the solar wind was more intense in the past.

有证据表明，太阳风在以往是更加强烈的。

4·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。

5·Actually, the Sun is constantly losing mass through the solar wind, a stream of charged particles constantly blowing off the Sun.

事实上，在太阳风——一股不断从太阳上吹落的带电粒子流——的影响下，太阳的质量一直在下降。

6·The dayside has the most direct contact with the solar wind.

行星的光面(白昼侧)与太阳风有着最直接的接触。

7·The solar wind is a stream of electrically-charged particles.

太阳风是一束带电的粒子流。

8·Beyond that is the solar wind, an outflow of gas from the corona.

在这些之外还有太阳风——由日冕而来的气体流。

9·A magnetic space sail would also rely on the solar wind for momentum.

磁驱动空间帆同样依赖太阳帆产生动能。

10·When the solar wind smashes into the upper atmosphere, the particles are swept.

太阳风冲击高层大气时，风暴中的电粒子会与大气层的原子发生反应，地球磁场就把这些粒子卷入两极。

太阳风

1·There is evidence that the solar wind was more intense in the past.

有证据表明，太阳风在以往是更加强烈的。

2·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。

3·The sun zaps its planetary neighbours with the “solar wind”, a stream of highly energetic charged particles.

太阳不停的以太阳风 ，这是一个高能带电粒子流，攻击与其相邻的行星。

4·NASA’s goals are to figure out why the sun’s corona is several hundred times hotter than the surface and why it produces an accelerating solar wind.

NASA的目标是能够清楚描述出为什么日冕的温度要高于太阳表面温度上百倍，为什么其会产生加速太阳风。

5·NASA's goals are to figure out why the sun's corona is several hundred times hotter than the surface and why it produces an accelerating solar wind.

NASA的目标是能够清楚描述出为什么日冕的温度要高于太阳表面温度上百倍，为什么其会产生加速太阳风。