Size effect on the kinematic parameters of nanometer-thick bilayer films |
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Authors: | S G Psakhie G E Rudenskiĭ A V Zheleznyakov T V Men’shchikova A I Dmitriev K P Zol’nikov |
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Affiliation: | (1) National Metallurgical Laboratory, Jamshedpur, India;(2) Bengal Engineering and Science University, Shibpur, India; |
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Abstract: | The behavior of nanodimensional bilayer structures (plates) of finite length consisting of nanometer-thick crystalline Ni
and Cu films has been studied by means of molecular dynamics simulation. The inter-atomic interactions were described within
the framework of the embedded atom method. It is shown that, in the absence of an external action, the nanostructures perform
mechanical oscillations with the amplitude and frequency determined by the length and thickness of the plate. The dependence
of the parameters of oscillations of the nanodimensional structures on their dimensions is established. The results can be
used in designing components of nanodevices for various applications. |
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