Abstract
Ultrasonic shear data along the critical isochore in xenon and in the binary mixture nitrobenzene-$n$-hexane are interpreted in terms of modified theoretical expressions derived within the framework of the decoupled-mode theory. The new expressions mainly arise from separating the real and imaginary parts from the complex dynamic shear viscosity near a critical point. Numerical analysis of the data shows rather satisfactory agreement between theory and experiments for ultrasonic shear data.
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