首页> 外文期刊>Chemistry Letters >Electric Conduction Properties of Self-assembled Monolayer Films of Ru Complexes with Disulfide/Phosphonate Anchors in a Au-(Molecular Ensemble)-(Au Nanoparticle) Junction
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Electric Conduction Properties of Self-assembled Monolayer Films of Ru Complexes with Disulfide/Phosphonate Anchors in a Au-(Molecular Ensemble)-(Au Nanoparticle) Junction

机译:Au-(分子团)-(Au纳米颗粒)结中Ru与二硫键/膦酸酯锚定的Ru配合物自组装单层膜的电导性质

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摘要

Electric conduction properties of SAM films of Ru complexes with disulfide or phosphonate anchors have been measured by Au-nanoparticle-assisted conducting probe atomic force microscopy. The I-V curves of these films were nonlinear, and the resistivities depend on the headgroups and the layered structure in ways that can be explained by the contact resistance and the insulating effect of the Zn-phosphonate interlayer in metal-molecule-metal junctions. Asymmetry in these films causes a rectification effect on the I-V response.
机译:通过金-纳米粒子辅助的导电探针原子力显微镜测量了Ru与二硫键或膦酸酯键的配合物的SAM膜的导电性能。这些膜的I-V曲线是非线性的,其电阻率取决于头基和层状结构,其方式可以通过金属-分子-金属接合处的Zn-膦酸酯中间层的接触电阻和绝缘效应来解释。这些薄膜的不对称性会导致对I-V响应的整流作用。

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