Numerical analysis reveals how anisotropic shells influence gas bubble oscillations in acoustic fields.
A modified Keller–Miksis equation, taking into account radial oscillations of a gas bubble covered by an anisotropic shell and located in the carrier liquid is presented. Numerical calculations are performed. The influence of the shell anisotropy on the radial oscillations of a gas bubble in an external acoustic field is analyzed. In a particular case, a comparison of the theory with available experimental data is given.
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Yu. V. Fedorov (2025) studied this question.
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