The separation of charged particles that forms in a storm cloud has a sandwich-like structure.
在风暴云中形成的带电粒子分散形成的结构像三明治。
Basically what he did is that he took a very thin metal foil and he bombarded it with charged particles.
基本上他所做的就是拿一个很薄的金属箔，然后用带电粒子轰击它。
During the sun's violent periods, it throws off charged particles in fast-moving strings called solar winds.
在太阳活动剧烈的时期，它会释放出带电粒子，形成快速移动的弦，被称为太阳风。
Charged particles called ions travel along the nanowire, causing it to stretch out in length and also bend and wiggle.
被称为离子的带电粒子沿着纳米线移动，导致它伸长、弯曲和摆动。
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。
Recent measurements made in the field together with laboratory simulations offer a promising explanation of how this structure of charged particles forms.
最近在该领域进行的测量和实验室模拟为带电粒子的结构的形成提供了一个颇有前景的解释。
The coming together of the oppositely charged particles neutralizes the electrical tension and releases a tremendous amount of energy, which we see as lightning.
相反的带电粒子聚集在一起，抵消了电的张力，释放出大量的能量，就是我们看到的闪电。
The separation of positively and negatively charged particles takes place during the development of the storm cloud.
在暴风云的形成过程中，带正电荷的粒子与带负电荷的粒子相互分离。
Concentrations of positively charged particles develop at the top and bottom of the cloud, but the middle region becomes negatively charged.
带正电荷的粒子集中在云团的顶部和底部，但中间区域形成的是带负电荷的粒子。
When a stream of these negatively charged electrons comes within 100 meters of the ground it is met by a stream of positively charged particles that comes up from the ground.
当这些负电荷距离地面不到100米时，会遇到一股来自地面的正电荷粒子流。
In batteries, charged particles travel through electrolytes.
在电池里，带电粒子穿过电解液。
The solar wind is a stream of electrically-charged particles.
太阳风是一束带电的粒子流。
Then electric fields generated by the solar wind sweep away the charged particles.
然后，太阳风产生的电场将带电粒子一扫而空。
It characterises the strength of the force between electrically charged particles.
它表示带电粒子间的力量强度。
In the top image, a bright mass of charged particles loops from the Sun's atmosphere.
在上面的图像中，一个明亮的大圈的带电粒子在太阳的大气中。
So a lot of charged particles can fit into a small space, with very light structures.
因此，可以在很小的地方储存大量的带电粒子，结构非常轻。
therefore, it didn't send the brunt of its charged particles toward us, but out into space.
因此，耀斑释放的粒子没有冲击我们，而是到了太空。
Charged particles carry currents, which cause significant modifications in the Earth's magnetosphere.
带电粒子形成一股电流，对地球的磁气圈具有着很大的影响。
Like all particle accelerators, it USES an electric field to speed up electrically charged particles.
跟所有粒子加速器一样，DWA利用电场对带电粒子进行加速。
The lights are caused by a flow of electrically charged particles to and from one of Saturn's moons.
这些光线的产生是由于在土星和它的卫星之间一些带电颗粒的运动造成的。
Arcs of charged particles rise from the surface and are drawn back down again in the magnetic field.
带点粒子弧从表面跃起，又被再次抛回到磁场中。
And the last one tells you how the curl of the magnetic field is caused by motion of charged particles.
最后一个说明了，磁场的旋度，是如何由电荷的运动产生的。
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。
Because the connection is physical, not chemical, the charged particles can attach and detach almost instantly.
由于是物理连接而非化学连接，带电粒子可在瞬间相连或断开。
The solar wind is a stream of electrically-charged particles. It continuously flows from the sun out into space.
太阳风是一束带电粒子流，从太阳的方向持续向外部空间吹送。
The storms' charged particles can be a hazard to the health of astronauts and passengers on high altitude flights.
磁暴的充电粒子对航天员与在高空飞行器上的旅客的健康构成危害。
Rhea orbits within Saturn's magnetic field, which creates a bubble of charged particles—ions and electrons—around the planet.
土卫五在土星的磁场范围内运行，它在土星周围创建了一个带电粒子——离子和电子——泡沫。
The Van Allen belts are two doughnut-shaped rings of charged particles-one nestled inside the other-that encircle our planet.
范艾伦辐射带是由带电粒子组成的两个甜甜圈形状的环状物——其中一个挨靠在另一个内部——环绕着我们地球。
Gradually, the young stars' fiercewinds (streams of charged particles) blow away the gas, revealing bright bluestar clusters.
渐渐的，年轻恒星的吹出的强风（带电荷的粒子流）吹散了气体，显露出明亮的蓝色恒星团。
Gradually, the young stars' fiercewinds (streams of charged particles) blow away the gas, revealing bright bluestar clusters.
渐渐的，年轻恒星的吹出的强风（带电荷的粒子流）吹散了气体，显露出明亮的蓝色恒星团。
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