首页> 外文期刊>Japanese Journal of Applied Physics. Part 2, Letters & Express Letters >Palladium Wires of Single Atom Width as Mechanically Controlled Switching Devices
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Palladium Wires of Single Atom Width as Mechanically Controlled Switching Devices

机译:单原子宽度的钯线作为机械控制的开关设备

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摘要

Palladium (Pd) wires of single atom width, prepared by contact and successive retraction of two nanometer-sized Pd tips, were observed by in situ transmission electron microscopy with simultaneous measurements of force and conductance. The Pd wires, composed of three atoms, grew along the retraction direction of the tip. The interatomic distance was 0.30 ± 0.05 nm. The maximum force acting on the Pd wires was 0.42 ± 0.05 nN. The current through the Pd wires was 0.2 μA at 100 mV. In accordance with the correlation between current and force, we proposed a mechanically controlled current switching device using atomic wires.
机译:通过原位透射电子显微镜观察并同时测量力和电导,观察了通过接触并连续缩回两个纳米级Pd尖端制备的单原子宽度的钯(Pd)线。由三个原子组成的Pd线沿尖端的缩回方向生长。原子间距离为0.30±0.05nm。作用在Pd线上的最大力为0.42±0.05 nN。通过Pd导线的电流在100 mV时为0.2μA。根据电流和力之间的关系,我们提出了一种使用原子线的机械控制电流开关装置。

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