Title: SH Wave in Solid-Solid Phononic Crystal: Dispersion Relation and Total Reflection Tunneling
Abstract: Using the boundary conditions,the SH wave transfer matrix was derived in multilayer dielectric system,and dispersion function in 1D solid-solid phononic crystal was obtained.Then the conduction band of total reflection tunneling of the SH wave in 1D solid-solid phononic crystal was studied by the dispersion function.The results showed that the frequency of the total reflection tunneling increases with the increase of incident angle,the frequency width of the total reflection tunneling decrease with the increase of incident angle.The frequency and the frequency width decreases with the increase of periodic thickness.
Publication Year: 2013
Publication Date: 2013-01-01
Language: en
Type: article
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