Let us return to electron waves now . 現(xiàn)在我們?cè)倩氐诫娮硬ㄉ蟻?lái)。
In response to an outside electric field, the electron wave is slightly distorted or displaced . 作為對(duì)外電場(chǎng)的反應(yīng),電子波要稍稍變形或移位。
As the two cases give identical results we believe that superposition holds for electron waves also . 由于上述兩種情況給出完全同樣的結(jié)果,我們相信疊加原理對(duì)于電子波也能適用。
Information about the shadow of the electron orbital as seen by the traveling electron wave is imprinted on the ultraviolet emission 藉由行進(jìn)中的電子波所獲得關(guān)于電子軌道投影的資訊,會(huì)包含在輻射出的紫外線中。
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 急遽的加速會(huì)讓行進(jìn)中的電子波轉(zhuǎn)變?yōu)槠矫娌?,就像一道波長(zhǎng)極短的電子束所形成的有規(guī)律脈沖,完全符合造影所需。
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 利用強(qiáng)束縛量子點(diǎn)模型,忽略雜質(zhì)對(duì)于電子波函數(shù)的影響,我們還討論了如何利用核自旋構(gòu)造量子位。我們計(jì)算了垂直耦合量子點(diǎn)中電子和核子的超精細(xì)相互作用。
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 一旦平面波折返并橫越過(guò)分子,它便會(huì)與待在軌道上的電子波產(chǎn)生干涉圖樣,就像是兩道水波相遇所形成的西洋棋盤(pán)般明暗交錯(cuò)的擾動(dòng)。
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 我們計(jì)算了雜質(zhì)對(duì)電子波函數(shù)的影響,結(jié)果表明對(duì)于強(qiáng)磁場(chǎng)下的強(qiáng)束縛勢(shì)量子點(diǎn),雜質(zhì)對(duì)于電子波函數(shù)的影響可以忽略。
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 摘要仿照霍金對(duì)光場(chǎng)進(jìn)行量子化的方法和電磁場(chǎng)的量子化理論,本文對(duì)電子波場(chǎng)進(jìn)行了量子化,推導(dǎo)出了輻射場(chǎng)與電子波場(chǎng)相互作用的哈密頓量。