图5c显示，100ml浓度为100mg/L的四环素，在微波照射下其降解

Figure 5c shows that for 100ml of tetracycline with a concentration of 100mg/L, the degradation reaction mainly occurs within the first five minutes under microwave irradiation. When the microwave power was increased from 200W to 800W, the removal rate of tetracycline in the first five minutes increased from 77.7% to 92.1%, and the degradation rate was greatly increased. It can also be observed from Figure 5c that the change in the reaction rate in the first 5 minutes is also the most obvious, and the reaction rate increases simultaneously with the microwave power.

Figure 5c shows that the 100 ml concentration of 100 mg/L of cyclocycline, under microwave exposure, its degradation reaction mainly occurred within the first five minutes. When the microwave power is increased from 200W to 800W, the removal rate of cyclocycline increases from 77.7% to 92.1% in the first five minutes, and the degradation rate is greatly increased. It can also be observed from Figure 5c that the change in reaction rate is also most obvious in the first 5 minutes, and the reaction rate increases in sync with microwave power.

Fig. 5C shows that the degradation of tetracycline with 100ml concentration of 100mg/l mainly occurs in the first five minutes under microwave irradiation. When microwave power is increased from 200W to 800W, the removal rate of tetracycline in the first five minutes is increased from 77.7% to 92.1%, and the degradation rate is greatly increased. It can also be observed from Fig. 5C that the change of reaction rate is the most obvious in the first 5 minutes, and the reaction rate increases synchronously with microwave power.<br>