Figure 9 ,Table 0个

    • 图  1  膜接触O3-UV实验装置示意图

      Figure 1.  Schematic diagram of membrane contact O3-UV experimental system

    • 图  2  溶液流量、气相O3质量浓度对O3膜接触器出水液相O3质量浓度的影响

      Figure 2.  Effects of solution flow rate and gaseous O3 mass concentration on aqueous O3 mass concentration at the outlet of O3 membrane contactor

    • 图  3  pH对O3膜接触器出水液相O3质量浓度的影响

      Figure 3.  Effect of pH on aqueous O3 mass concentration at the outlet of O3 membrane contactor

    • 图  4  磷酸缓冲溶液对O3膜接触器出水液相O3质量浓度的影响

      Figure 4.  Effect of phosphate buffer on aqueous O3 mass concentration at the outlet of O3 membrane contactor

    • 图  5  尿苷的UV光解动力学

      Figure 5.  UV photolysis kinetics of uridine

    • 图  6  布洛芬的UV光解动力学

      Figure 6.  UV photolysis kinetics of ibuprofen

    • 图  7  膜接触O3-UV联用下布洛芬降解及液相O3质量浓度变化

      Figure 7.  Ibuprofen degradation and change of aqueous O3 mass concentration in the combination of membrane contact O3 and UV processes

    • 图  8  pH对膜接触O3-UV联用降解布洛芬的影响

      Figure 8.  Effect of pH on ibuprofen degradation by the combination of membrane contact O3 and UV processes

    • 图  9  膜接触O3-UV联用下布洛芬的降解途径贡献比

      Figure 9.  Contributions of different degradation pathways of ibuprofen in the combination of membrane contact O3 and UV processes