Combing with photo-catalysis and photo-catalyst, a surface dielectric barrier discharge (SDBD) reactor with a mesh electrode was applied for toluene degradation and a high mineralization was achieved. The degradation performance comparison between SDBD reactors with a mesh and a spring electrode was carried out as well. A significant improvement in carbon balance and CO₂ selectivity were obtained in mesh SBDB reactor compared with that of spring's one. For instance, when only plasma was applied, the carbon balance and CO₂ selectivity of mesh SDBD reactor were 84% and 42.6%, while only 64.5% and 31.8% in spring one, the carbon balance and CO₂ selectivity were improved by 30.3% and 34% at SIE of 300 J L⁻¹, respectively. Synergistic effects of photo-catalysis and photo-catalyst were conducted with a 254 nm UV lamp and TiO₂ deposited on the mesh electrode by atmospheric pressure (AP) plasma technology. The results showed that TiO₂ and UV irradiation both presented promoting effect on toluene degradation in SDBD reactor with mesh electrode. According to the experimental results, the carbon balance rose to 89.5% and 93.9% at SIE of 300 J L⁻¹, when UV or TiO₂ was applied. With the application of TiO₂ and UV together, a highest carbon balance of 95.9% was obtained at the same SIE. At the same SIE, the CO₂ selectivity was promoted by 42.8% or 55.3% with the application of UV or TiO₂, and the promotion finally reached at 59.1% when TiO₂ and UV were applied together. Additionally, the degradation efficiency of toluene was also enhanced with the introduction of TiO₂ and UV irradiation. Increases in toluene degradation efficiency of 19. 7% and 26.8% were obtained at SIE of 300 J L⁻¹, respectively. When both TiO₂ and UV were applied, the enhancement could rise to 41.6%.

结合光催化和光催化剂，采用网状电极的表面介质阻挡放电（SDBD）反应器降解甲苯，实现了高矿化。还进行了带有网格和弹簧电极的 SDBD 反应器之间的降解性能比较。与spring 的相比，网状SBDB 反应器在碳平衡和CO ₂选择性方面获得了显着改善。例如，当只应用等离子体时，网状SDBD反应器的碳平衡和CO ₂选择性分别为84%和42.6%，而在第一春时仅为64.5%和31.8%，碳平衡和CO ₂选择性提高了30.3%在 SIE 为 300 JL ^{-1 时}为 34%， 分别。光催化和光催化剂的协同作用是通过大气压 (AP) 等离子体技术在 254 nm 紫外灯和沉积在网状电极上的TiO ₂进行的。结果表明，TiO ₂和UV照射均对SDBD反应器中的甲苯降解有促进作用。根据实验结果，当应用UV或TiO ₂时，碳平衡在SIE为300 J L ^-1时分别上升到89.5%和93.9% 。随着TiO ₂和UV的共同应用，在相同的SIE下获得了95.9%的最高碳平衡。在相同的 SIE 下，UV 或 TiO 的应用使 CO ₂选择性提高了 42.8% 或 55.3%₂，当TiO ₂和UV一起应用时，促进最终达到59.1％。此外，TiO ₂的引入和紫外线照射也提高了甲苯的降解效率。在 SIE 为 300 J L ^{-1 时}，甲苯降解效率分别提高了 19. 7% 和 26.8% 。当同时使用 TiO ₂和 UV 时，增强率可以上升到 41.6%。