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首页> 外文期刊>Physica status solidi, B. Basic research >Electron gyration modified in the magnetic field tilted to the symmetry species of a crystalline metal
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Electron gyration modified in the magnetic field tilted to the symmetry species of a crystalline metal

机译:在磁场中改变的电子回转,倾斜到晶体金属的对称物种

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摘要

When a crystal electron is gyrating in the magnetic field being normal to the crystallographic plane, the calculation of the gyration frequency represents a relatively easy task. The paper approaches a more complicated problem of the gyration frequency in the case when the magnetic field is tilted to the crystallographic axes. The tightly-bound s-electrons in crystal lattices of cubic symmetry are considered as examples. Another problem concerns a metal plate for which the changes of the electron gyration frequency are examined as a function of the inclination angle of the magnetic field with respect to the planar boundaries of that plate. (c) 2006 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim.
机译:当晶体电子在垂直于晶体平面的磁场中旋转时,旋转频率的计算代表相对容易的任务。当磁场向结晶轴倾斜时,本文提出了更复杂的回转频率问题。以立方对称晶格中紧密结合的s电子为例。另一个问题涉及一种金属板,对于该金属板,根据磁场相对于该板的平面边界的倾斜角来检查电子回转频率的变化。 (c)2006威尼海姆威利威世私人有限公司。

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