Drift Modified Longitudinal Electrokinetic Mode in Colloids Laden Semiconductor Quantum Plasmas

Abstract

Dispersion and absorption characteristics of electrokinetic wave in unmagnetised extrinsic semiconductor with streaming carriers are analytically investigated. By using quantum hydrodynamic model, a linear dispersion relation is derived for longitudinal electrokinetic wave in colloids laden semiconductor plasma under slow electrokinetic mode regime. Results indicate that quantum effect through Bohm potential significantly modifies the dispersion and absorption characteristics of electrokinetic wave spectrum. The outcome is hoped to add substantially to the present knowledge of wave spectrum of longitudinal electrokinetic wave in colloids laden quantum semiconductor plasma subjected to a dc electric field along the direction of wave propagation.

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

“…[12] In the dispersion relation for slow and fast electro-kinetic waves, the charged colloids significantly modify the dispersion and absorption characteristics. [13,14] The implanted ions in group IV semiconductors agglomerate to form nano-sized grains, which can be synthesized within the host material following an appropriate annealing process. The shape and size of these grains are determined by various factors such as ion fluency and annealing treatments.…”