该研究团队的发现指出了一种能够操控电子旋转以生成微波——在移动设备中频繁使用的电磁波——的振子。
The team's findings point toward an oscillator that would harness the spin of electrons to generate microwaves electromagnetic waves in the frequencies used by mobile devices.
他同时认识到,变化电场强度将会产生一个变化的磁场,甚至在一个没有移动电子的空间中也是如此。
He also realised that varying the strength of an electric field would generate a changing magnetic field, even in empty space with no moving electric charges to speak of.
通过这种有选择性的离子使其向一个方向移动,电子(在阴极产生)则向相反的方向流动。
As the selected ions moved in one direction, electrons (which are negatively charged) flowed in the opposite direction.
The reason for that is because all of this is connected, so we're moving electrons everywhere in the system.
这个现象的原因是因为,它们全部都是连接起来的,所以在这个系统中,电子移动到所有地方。
There are no electrons to move around.
在其中电子不能自由移动。
% Some people, the next most popular answer with 5%, which is a nice low number, wanted to put two in the 2 p x before they moved on.
下一个更多的选择占了,是一个比较低的数字,想要将两个电子在移动之前放入2px轨道,记住在我们双倍填充之前。
应用推荐