ABSTRACT The synergistic effect of electrolysis-ozonation was quantitatively studied in a divided cell for the degradation of nitrobenzene (NBz). The results showed that the synergistic effect of the cathodic compartment resulted from three pathways: the generation of •O3¯ and •O2¯, high pH near the cathode, and the generation of H2O2, in which their importance decreased sequentially. The synergistic mechanism of the anodic compartment was also discussed. This study is of great significance for the further development of electrolysis-ozonation.

中文翻译：

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电解联合臭氧降解硝基苯协同效应的定量研究

摘要 在分离池中定量研究了电解-臭氧化对硝基苯 (NBz) 降解的协同作用。结果表明，阴极室的协同效应来自三个途径：•O3¯和•O2¯的产生、阴极附近的高pH值和H2O2的产生，它们的重要性依次降低。还讨论了阳极室的协同机制。该研究对电解-臭氧化的进一步发展具有重要意义。