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Spin-flip transport through an interacting quantum dot

机译:通过相互作用的量子点进行自旋翻转传输

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The spin-flip associated transport based on the Anderson model is studied. It is found that the electrons are scattered due to spin-flip effect via the normal, mixed and Kondo channels. The spin-flip scattering via Kondo channel enhances the Kondo resonance peak and causes a slight blue shift. The conductance is suppressed by the spin-flip scattering. This is attributed to the reason that electrons with energy near Fermi level are scattered by Kondo channel. (c) 2005 Elsevier Ltd. All rights reserved.
机译:研究了基于安德森模型的自旋翻转相关输运。发现由于自旋翻转效应,电子通过正常,混合和近藤通道散射。通过近藤通道的自旋翻转散射增强了近藤共振峰并引起轻微的蓝移。自旋翻转散射抑制了电导。这归因于具有近费米能级的电子被近藤通道散射的原因。 (c)2005 Elsevier Ltd.保留所有权利。

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