图 1 （a）CoSx的TEM图像；（b）CoSx激活PMS降解TC的示意图[12]
Figure 1. (a) TEM image（the insert is SEAD）of CoSx; (b)Schematic diagram of PMS activation by CoSx towards TC degradation[12]
图 2 Cu/CuFe2O4/PDS体系中TC的降解机制[32]
Figure 2. The reaction mechanism for TC degradation in Cu/CuFe2O4/PDS system[32]
图 3 纳米Fe0/MC/PDS系统降解TC的推测途径[34]
Figure 3. Proposed degradation pathways of TC by the nano Fe0/MC/PDS system[34]
图 4 MMBC活化PDS对TC的催化降解机制[37]
Figure 4. Main catalytic mechanism of PDS activation on MMBC for TC degradation[37]
图 5 OBC-Fe3O4 活化PDS对TC的降解机制[38]
Figure 5. The mechanism of PDS activation by OBC-Fe3O4 for TC degradation[38]
图 6 可见光照下罗丹明B/PDS体系对TCH的降解机制[51]
Figure 6. The mechanism of TCH degradation in RhB/PDS/Vis system[51]
