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1·Clearly, helium has the least polarizable electron cloud.

显然，氦的可极化电子云最小。

2·This is the clouds or the orbitals, electron cloud interactions.

这就是电子云或轨道电子云相互影响。

3·They have detailed how they managed to take the picture of the electron cloud.

他们也需要详细描述他们是如何成功的得到电子云的照片的。

4·So, what I'm showing in this picture here is just an electron cloud that you can see.

你们可以看到我现在展示的这张图是，一个电子云。

5·The chart of electron cloud can reveal the distance between each object and their clustering center.

电子云图的优点是可以反映每个对象与相应聚类中心的距离。

6·I can see many electron cloud suddenly vanish on the originally track, then jump to the higher energy level track.

我可以看到很多电子云突然间在自己原本的轨道上消失，然后跃迁到更高能级的轨道上。

7·Ukrainian physicists have gone one step further and managed to take a picture of a single Carbon atom's electron cloud.

现在，乌克兰物理学家又向前前进了一步，他们成功地拍下了单个碳原子的电子云图片。

8·When the comet approaches the sun, it begins to glow because the electron cloud is energized by the sun's proton wind.

当这颗彗星靠近太阳的时候它就开始发光因为电荷云层(electron cloud)被太阳的质子风(proton wind)激活。

9·The focusing properties of a space-charge lens depend on the size, shape and density distribution of its electron cloud.

空间电荷透镜的聚焦特性决定于其电子云的大小、形状和密度分布。

10·The method to determine the electric potential distribution in the electron cloud by measurements of the ion current is discussed.

文中还讨论了通过测量离子电流确定电子云中电位分布的方法。

电子云

1·They have detailed how they managed to take the picture of the electron cloud.

他们也需要详细描述他们是如何成功的得到电子云的照片的。

2·Ukrainian physicists have gone one step further and managed to take a picture of a single Carbon atom's electron cloud.

现在，乌克兰物理学家又向前前进了一步，他们成功地拍下了单个碳原子的电子云图片。

3·Fluorine is the most negative-electronic element, So negative charges gathered around fluorine atoms and electron cloud covered densely in polymers.

氟是元素周期表中电负性最大的元素，因此聚合物中氟原子上负电荷比较集中，电子云密布。