| 1. | Let us return to electron waves now .
现在我们再回到电子波上来。 |
| 2. | In response to an outside electric field, the electron wave is slightly distorted or displaced .
作为对外电场的反应，电子波要稍稍变形或移位。 |
| 3. | As the two cases give identical results we believe that superposition holds for electron waves also .
由于上述两种情况给出完全同样的结果，我们相信叠加原理对于电子波也能适用。 |
| 4. | Information about the shadow of the electron orbital as seen by the traveling electron wave is imprinted on the ultraviolet emission
藉由行进中的电子波所获得关于电子轨道投影的资讯，会包含在辐射出的紫外线中。 |
| 5. | The sharp acceleration turns the traveling electron wave into a plane wave , like a nice regular pulse of an electron beam with an extremely short wavelength ? exactly the kind of beam useful for imaging
急遽的加速会让行进中的电子波转变为平面波，就像一道波长极短的电子束所形成的有规律脉冲，完全符合造影所需。 |
| 6. | By making use of the strong bound quantum dot model and neglecting the effects of impurity on electron wave function , this thesis is also reported how to use the spin of nuclear as the quantum bit
利用强束缚量子点模型，忽略杂质对于电子波函数的影响，我们还讨论了如何利用核自旋构造量子位。我们计算了垂直耦合量子点中电子和核子的超精细相互作用。 |
| 7. | When the plane wave returns and crosses the molecule , it produces an interference pattern with the stationary part of the electron wave function , like two trains of water waves crossing and forming a checkerboard disturbance
一旦平面波折返并横越过分子，它便会与待在轨道上的电子波产生干涉图样，就像是两道水波相遇所形成的西洋棋盘般明暗交错的扰动。 |
| 8. | The effect of impurity on the electron wave function has calculated , it shows that for the perpendicular magnetic field and the strong bound potential of the quantum dot the effect of impurity on the electron wave function can be neglected
我们计算了杂质对电子波函数的影响，结果表明对于强磁场下的强束缚势量子点，杂质对于电子波函数的影响可以忽略。 |
| 9. | By following approach of haken who quantizes the light field and making use of the quantisation of the electromagnetic field , this paper quantizes the electron wave field and derives the hamilonian of interation between the radiation field and the electron wave field
摘要仿照霍金对光场进行量子化的方法和电磁场的量子化理论，本文对电子波场进行了量子化，推导出了辐射场与电子波场相互作用的哈密顿量。 |
