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Image-Potential States in Small Metal Particles

机译:小金属颗粒中的图像势态

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Electron states near the surface of small metal particle caused by an image charge (image-potential states) have been investigated. The wave functions were calculated and the energy spectrum of these states was found depending on particle size. To estimate the influence of static magnetic field on the image-potential states the model problem, in which electron is localized on a surface of a sphere in uniform magnetic field was solved. In this case the field dependence of the energy levels represents a complex level crossing structure.
机译:已经研究了由图像电荷引起的靠近小金属颗粒表面的电子状态(图像电势状态)。计算了波函数,并根据粒径发现了这些状态的能谱。为了估计静磁场对像电势状态的影响,解决了模型问题,在该模型中,电子在均匀磁场中位于球体表面。在这种情况下,能级的场依赖性表示复杂的能级交叉结构。

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