Saturation of shape instabilities in single-bubble sonoluminescence

Saturation of shape instabilities in single-bubble sonoluminescence

Excitation of shape instabilities represents one route to bubble death in single-bubble sonoluminescence. This feature is satisfactorily explained by an expansion to first order in the amplitude of a shape distortion in the form of a spherical harmonic. By taking the expansion to second order, it is...

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Veröffentlicht in:Physical review. E, Statistical, nonlinear, and soft matter physics Statistical, nonlinear, and soft matter physics, 2014-07, Vol.90 (1), p.013026-013026, Article 013026
1. Verfasser: Levinsen, Mogens T
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Luminescence
Models, Theoretical
Sound
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description Excitation of shape instabilities represents one route to bubble death in single-bubble sonoluminescence. This feature is satisfactorily explained by an expansion to first order in the amplitude of a shape distortion in the form of a spherical harmonic. By taking the expansion to second order, it is found that regions of parameter space exist where the exponential growth into bubble disruption is checked and a saturated stable state of shape distortion is possible. Experimental evidence provided by Mie scattering is presented, and a possible connection to simultaneous spatially anisotropic light emission is discussed.
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subjects Luminescence
Models, Theoretical
Sound
title Saturation of shape instabilities in single-bubble sonoluminescence
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