Possibility of Sono-fusion in Deuterated acetone

In the present work pressure amplitude influence on the variation of bubble radius and interior temperature for a Single Sonoluminescing bubble in Deuterated acetone is investigated. Based on the quasi-adiabatic model, it is shown that with increasing the pressure amplitude of the acoustic field the maximum radius of the bubble increases and there is a delay time in the bubble collapse. The increment of the pressure amplitude results in the higher temperature inside the bubble. Achieving temperatures more than 1.7 million Kelvin indicates the possibility of the Sono-fusion in Deuterated acetone.