Abstract
A plane longitudinal displacement wave is made incident upon a chiral slab of uniform thickness, interposed between two different semi-infinite micropolar elastic solids. The amplitude ratios of various reflected and refracted waves are obtained using the two possible sets of boundary conditions. The variations of various amplitude ratios with the angle of incidence as well as with the frequency are depicted graphically, for a specific problem. The effect of chirality parameter and the thickness of the chiral slab on these amplitude ratios have been noticed. Results of some earlier researchers have also been reduced as special cases of present formulation.
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