Abstarct: Sonoluminescence is the phenomenon of light emission from the fluid gas bubble. If we apply more severe conditions in the sonoluminescence, then fusion will occur, which is called sonofusion (sf). In the study of sonofusion because of similarities with fusion coupling, we first look at the fading behavior of the fuel into the ICF. We also introduce some important parameters such as encoding time, combustion parameter and neutron gain in this type of fusion. In the end, after a complete review of the sonofusion, we use a fusion magnetization fusion to calculate the fusion signal in the sonofusion. Finally, we calculate the fusion signal for the following two conditions: The first case when the bubble is only deuterium fuel and the D-D fusion reaction occurs. In this case, when using a wave at 35 kHz, 284 fuses were obtained in seconds. The second state is when there is deuterium and tritium in the fuel bubble and the D-T reaction occurs. In this case, when the frequency of 35 kHz was used, 48173 fuses were calculated in seconds.