电子波

  • 网络electronic wave;electron wave;Electro-Magnetic Wave
电子波电子波
  1. 寻求多原子分子的准确电子波函数主要用MO法。

    The search for accurate electronic wave functions of polyatomic molecules uses mainly the MO method .

  2. 层厚无序超晶格的电子波函数特征

    Characteristics of electronic wave functions in superlattices with random layer thickness

  3. Kronig-Penney模型中的电子波函数

    The wave function in Kronig - Penney model

  4. 应用高斯型势阱模拟STM针尖势场或2DEG中施主杂质势场的作用,发现高斯势阱可以会聚电子波。

    We use a Gaussian well to imitate the effect of STM tip or donor impurity , and find it can focus the electron wave like lens focus light .

  5. 在第三章,从介观电容两极板的电子波函数相互耦合这一观点出发,考虑了介观电容的耦合能,给出了无源介观LC电路的哈密顿量(?)

    In chapter 3 , from the viewpoint that the electron wave function of the two polar plates in the mesoscopic capacitance is coupled , we take the coupling energy into account and obtain the Hamilton of the mesoscopic LC circuit without electromotive force .

  6. 表面原子由于近邻原子数目的减少,5f电子波函数重叠几率的降低,更多地表现出局域化特征,(100)面5f电子的局域化程度强于(111)面。

    For the surface atoms , due to the reduced nearest neighbors , the contribution to the bonding from 5f electrons is reduced and 5f electrons appear to be more localized with a stronger degree for ( 100 ) surface than ( 111 ) surface .

  7. 受禁锢的表面态电子波的驻波

    The standing waves of electron waves in confined surface state

  8. 电子波函数立体透视图的微机绘制

    The Plotting of Perspective Figures of the Electron Wave Function on Microcomputers

  9. 一维无公度系统的电子波函数特征

    Characteristics of electron wave functions in one-dimensional incommensurate systems

  10. 电子波是曲率波,波是实的,质点是虚的。

    Electronic wave is curvature wave , with real wave , virtual proton .

  11. 给出了相应的能量本征值和严格的电子波函数。

    The corres - ponding energy eigenvalues and exact electron eigenfunctions are deduced .

  12. 分子的电子波函数受到了微扰。

    The molecular electronic wave function is perturbed .

  13. 不过,在光波和电子波之间还存在着显著的差别。

    However there are notable differences between light waves and those associated with electrons .

  14. 现在我们再回到电子波上来。

    Let us return to electron waves now .

  15. 多电子波函数的空间对称化与正交键函数

    The Space Symmetry Adaptation of Many-Electron States and Orthogonal Bonded Functions THE BOND WAVE FUNCTION

  16. 第八届全国化合物半导体和微波光电器件学术会议电子波器件

    The 8 th Conference of the Compound Semiconductor Microwave Optoelectronic Devices in China Election Wave Devices

  17. 如果是这样,他说这就是,电子波。

    And , if so , he says this is what that electron wavelength would be .

  18. 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。

    As the two cases give identical results we believe that superposition holds for electron waves also .

  19. 作为对外电场的反应,电子波要稍稍变形或移位。

    In response to an outside electric field , the electron wave is slightly distorted or displaced .

  20. 量子力学描述的电子波是曲率波,是真实的物理实在。

    And electronic wave as described in Quantum Mechanics is curvature wave , the true entity of physics .

  21. 考虑介观尺度电容器两极板间电子波函数的相位相干性,定量计算了介观电容弱耦合效应。

    Considering the phase interference of the electronic wave function on the two sides of capacitor in the mesoscopic scale .

  22. 给出了在矩形势垒区存在电场作用时,隧穿电子波函数的形式解。

    A formal solution for the wave functions of the tunneling electrons through a rectangular barrier under the electric field is given .

  23. 在介观体系中,由于电子波函数的相位相干性,我们可以观察到许多新奇的物理现象。

    Due to the phase coherence of the electronic wave function , we can observe much fancy physical phenomena in mesoscopic system .

  24. 本文主要从量子理论中的电子波函数所满足的薛定锷方程出发,讨论了量子阱理论。

    The principle of quantum well is discussed based on the Schrodinger equation satisfied by the electron wave function frcm quantum theory .

  25. 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。

    Information about the shadow of the electron orbital as seen by the traveling electron wave is imprinted on the ultraviolet emission .

  26. 一束电子波衍射的方式,同光波从一个反射光栅上弹回的方式完全类似,这真是不可思议。

    Amazingly enough , a beam of electrons had thus been diffracted in a manner completely analogous to a light wave bouncing off a reflection grating .

  27. 运用半经典理论研究在强电场中电离阈值下的氢原子电子波包的自关联函数。

    The autocorrelation function of electronic wave packet of hydrogen atom in a strong electric field below the zero-field ionization threshold is investigated in the formalism of semiclassical theory .

  28. 利用碳管的螺旋、旋转对称性,并沿螺旋方向附加一周期性边界条件,研究了有限长金属纳米碳管的量子化能级及电子波函数。

    Quantized energy levels and electronic wave functions of finite-length metallic carbon nanotubes are studied by using the nanotube helical and rotational symmetries and a periodic boundary condition along the nanotube helical direction .

  29. 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。

    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 .

  30. 这里我们处理了在平移操作下电子波函数是如何从一个晶胞运动到另一个晶胞的,这对于求解石墨烯中电子的能量本征值是非常重要的。

    Here we deal with how the electron wave function changes under the action of the operator of translation from a lattice cell to the next one which is vital in the determination of electron energy eigenvalues in graphene .