气体流量继续增加，放电次数逐渐减少，当增加到5 SLM, 放电次数为4

The gas flow continues to increase, and the number of discharges gradually decreases. When it increases to 5 SLM, the number of discharges is 4.28. Although the discharge heat effect is the smallest and the mass transfer time becomes longer, the proportion of active particles is very small and the mass transfer rate is slow. According to the results, the mass transfer effect is very poor, and finally the degradation effect of azoxystrobin declines.

Gas flow continues to increase, and the number of discharges decreases gradually, when increased to 5 SLM, the number of discharges is 4.28. Although the discharge heat effect is minimal and the mass transfer time is longer, the proportion of active particles is very small and the transfer rate is slow. According to the results, the quality transfer effect is very poor, and finally the degradation effect of the esters decreased.

When the gas flow rate continues to increase, the discharge times gradually decrease. When the gas flow rate increases to 5 SLM, the discharge times is 4.28. Although the electrothermal effect is the smallest and the mass transfer time becomes longer, the proportion of active particles is very small and the mass transfer rate is slow. According to the results, the mass transfer effect was very poor, and the degradation effect of azoxystrobin decreased.<br>