这一结果表明，当气体流量较大时，单位时间内产生的气泡越多，单个气泡的产

This result shows that when the gas flow is large, the more bubbles are generated per unit time, the shorter the generation time of a single bubble. Comparing different gas flow rates, the analysis of the degradation effect of azoxystrobin shows that the number of discharges of a single bubble is reduced, and the proportion of active particles in the bubble is reduced. Therefore, the active particles are surrounded by excess air, which affects the mass transfer to the liquid phase.

The results show that when the gas flow is large, the more bubbles are produced per unit of time, the shorter the time it takes for a single bubble to be generated. Compared with different gas flow, the analysis of the degradation effect of sterilization showed that the discharge of a single bubble decreased and the proportion of active particles in the bubble decreased. As a result, active particles are surrounded by excess air, which affects the role of mass transmission into the liquid phase.

The results show that when the gas flow rate is large, the more bubbles are generated in unit time, the shorter the generation time of single bubble is. Comparing the degradation effect of azoxystrobin under different gas flow rates, the analysis showed that the discharge times of a single bubble decreased, and the proportion of active particles in the bubble decreased. Therefore, the active particles are surrounded by excessive air, which affects the mass transfer to the liquid phase.<br>