Dynamic Casimir Effect in Single Bubble Sonoluminescence
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Abstract
The bubble dynamics for the single bubble sonoluminescence (SBSL) has been coupled with the dynamic Casimir effect due to the quantum vacuum fluctuation. The numerical results show that the power radiated by the Casimir effect is on the order of 10-38 W and too weak to fit the experimental observation of SBSL although the spectrum of the radiation can be fitted well. It is impossible to take the quantum Casimir effect as a candidate for the origin of SBSL.
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References
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