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arXiv 2104.12129cond-mat.str-el
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二维Kondo晶格系统的电阻率

Electrical resistivity in 2d Kondo lattice systems

Komal Kumari

摘要:

将\cite{konav}中关于近藤晶格材料电阻率的计算从$3d$系统推广到$2d$系统。在本工作中,我考虑一个二维系统,记忆功能的计算。然而,在二维情况下发现的结果与三维系统不同。发现$2d$在低温区($ k_{B}T\ll μ_d$)电阻率呈幂律($\frac{1}{T}$)行为,而在高温区($ k_{B}T\ggμ_d$)电阻率随温度呈线性变化。在$3d$中,这些行为分别称为$\frac{1}{T}$和$T^{\frac{3}{2}}$。

英文摘要:

I extend the calculations represented in \cite{konav} regarding the resistivity in Kondo lattice materials from $3d$ syatem to $2d$ systems. In the present work I consider a 2d system, and memory function is computed. However, results found in 2d case are different from 3d system . I find that in $2d$ in low temperature regime($ k_{B}T\ll μ_d$) resistivity shows power law($\frac{1}{T}$) behaviour and in the high temeprature regime($ k_{B}T\ggμ_d$) resistivity varies linearly with temperature. In $3d$ these behaviours are as $\frac{1}{T}$ and as $T^{\frac{3}{2}}$ respectively.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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