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Nanostripe length dependence of plasmon-induced material deformations

机译:等离激元诱发材料变形的纳米带长度依赖性

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摘要

Following the impact of a single femtosecond light pulse on nickel nanostripes, material deformations--or "nanobumps"--are created. We have studied the dependence of these nanobumps on the length of nanostripes and verified the link with plasmons. More specifically, local electric currents can melt the nanostructures in the hotspots, where hydrodynamic processes give rise to nanobumps. This process is further confirmed by independently simulating local magnetic fields, since these are produced by the same local electric currents.
机译:在单个飞秒光脉冲对镍纳米带的影响之后,就会产生材料变形(或“纳米块”)。我们已经研究了这些纳米凸点对纳米带长度的依赖性,并验证了与等离激元的联系。更具体地,局部电流可以使热点处的纳米结构熔化,在该热点中,流体动力学过程引起纳米凸起。通过独立地模拟局部磁场进一步确认了该过程,因为它们是由相同的局部电流产生的。

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