Propagation of magnetosonic wave in ion implanted semiconductor: Effects of nano-sized grains

Sharma, Giriraj; Ghosh, Shreya; Dad, R. C.

doi:10.1088/1742-6596/534/1/012058

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“…The shape and size of these grains are determined by various factors such as ion fluency and annealing treatments. [15] NLP interactions in ion-implanted semiconductor plasma are modified by the presence of non-drifting charged colloidal particles. [16] Despite extensive research, no reports have been published on nonlinear interactions in ion-implanted semiconductor plasmas having strain-dependent dielectric constants (SDDC).…”

Section: Introductionmentioning

confidence: 99%

Nonlinear parametric interactions in ion-implanted semiconductor plasmas having strain-dependent dielectric constants

2017

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We report nonlinear parametric interactions using a hydrodynamic model of ion-implanted semiconductor plasmas having strain-dependent dielectric constants (SDDC). High-dielectric-constant materials are technologically important because of their nonlinear properties. We find that the third-order susceptibility varies in the range 10 −14 -10 −12 m 2 •V −2 for ion-implanted semiconductor plasmas, which is in good agreement with previous results. It is found that the presence of SDDC in ion-implanted semiconductor plasma modifies the characteristic properties of the material.

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Section: Introductionmentioning

confidence: 99%