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首页> 外文期刊>Physical review >Localization Of Electronic States In Finite Ladder Models: Participation Ratio And Localization Length As Measures Of The Wave-function Extension
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Localization Of Electronic States In Finite Ladder Models: Participation Ratio And Localization Length As Measures Of The Wave-function Extension

机译:有限阶梯模型中电子状态的局域化:参与率和局域化长度作为波函数扩展的量度

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摘要

In this work we discuss and compare different definitions for localization of electronic states in low-dimensional systems. We choose a heuristic model for DNA-like molecules as a system prototype in order to establish ranges of equivalence for the localization length obtained from both the conductance and participation ratios. The results suggest also criteria to infer the extension of wave function in mesoscopic systems within the diffusive transport regime as complementary information to the localization length.
机译:在这项工作中,我们讨论并比较了低维系统中电子状态本地化的不同定义。我们选择DNA样分子的启发式模型作为系统原型,以便为从电导率和参与率获得的定位长度建立等效范围。这些结果还提出了推断在扩散传输范围内的介观系统中波功能扩展的标准,作为对定位长度的补充信息。

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