The effect of thermal boundary layer on the nonlinear bubble oscillation under acoustic radiation pressure

The present paper studied the effect of the thermal boundary layer on the oscillating bubble in the acoustic radiation field. The volume change is modeled by the modified Rayleigh-plesset equation with the mach number compensation and the Keller-Miksis model. The interfacial heat transfer is estimated by several models: Kwak's dynamic model and adiabatic model. In the present paper a new penetration depth model is developed and used for the comparison study. Three experimental data sets were employed for the evaluation of the models considered, which are account of both sonoluminescence case and non sonoluminescence case. The first compression size and time were not well predicted by any model presented so further improvement is need