发表机构
Institute for Functional Nanomaterials, University of Puerto Rico（波多黎各大学功能纳米材料研究所）
机构由 AI 辅助整理，请以论文原文为准。AI 中文总结
本文研究费米面局部几何特征（如近圆柱形条带或局部平坦区域）对金属电子特性的影响，发现这些特征在特定条件下可显著改变金属对高频扰动的响应，且对方向敏感，并探讨了实验观测的可能性。
AI 中文摘要
本文考察了费米面几何中的精细特征，如近圆柱形或近抛物面形条带或局部平坦区域，对金属电子（主要是电磁输运）特性的影响。研究表明，在一定条件下，这些特征可能显著改变常规正常金属或具有金属导电性的层状结构对高频外部扰动的响应方式。所考虑的所有效应似乎对扰动传播方向和/或外部磁场方向非常敏感。文中讨论了观察所述效应的实验可能性。
英文摘要
Fine features in the Fermi surface geometry, such as nearly cylindrical or nearly paraboloidal strips or local flattenings, are examined as regards their effect on the electronic, mainly galvanomagnetic, properties of metals. It is shown that under certain conditions, these features may significantly change the way a conventional normal metal or a layered structure with metallic conductivity responds to high- frequency external disturbances. All of the effects considered appear to be very sensitive to the disturbance propagation direction and/or to that of the external magnetic field. Experimental possibilities of observing the described effects are discussed.
Comments30 pages, 18 figures,
Journal refPhysics - Uspekhi Vol. 54 (8), 769-798, (2011)
