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An electrostatic nanosecond switch in a nanoscale water channel

机译:纳米级水通道中的静电纳秒开关

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摘要

We proposed a nanoscale water switch composed of CNTs. A capped CNT with potassium ions in it may move under an external electric field, just like a piston. We can control the switch toggle between the open and closed states only by changing the direction of the external electric field. Molecular dynamics (MD) was used to simulate the performance of the switch. The results show that this device may act well as a switch. The response speed of the switch reaches the nanosecond level. The stability of the piston position is also investigated.
机译:我们提出了一种由碳纳米管组成的纳米级水开关。带有钾离子的带帽CNT可能会在外部电场下移动,就像活塞一样。我们只能通过改变外部电场的方向来控制开关在打开状态和闭合状态之间的切换。分子动力学(MD)用于模拟开关的性能。结果表明,该设备可以很好地用作开关。开关的响应速度达到纳秒级。还研究了活塞位置的稳定性。

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