中文摘要：

为了探索降级的可行性，由非热的血浆和相应降级小径来临，在由一个绝缘的障碍分泌物血浆反应堆的合成废水的 oxadiazon 移动上的研究被调查。nitro 组， dechlorination 和戒指劈开的损失主要基于 OES 和最小公倍数分析在一个答案涉及 oxadiazon 的非热的血浆降级小径。EC25 和氯离子和硝酸盐离子的生产的察觉进一步表明途径的可行性和有效性。有合适的应用电压，答案流动率，氧流动率，和答案 pH 的条件与超过 94% 的降级比率贡献血浆降级过程。

英文摘要：

To explore the feasibility of a degradation approach by non-thermal plasma and the corresponding degradation pathways,studies on the oxadiazon removal in synthetic wastewater by a dielectric barrier discharge plasma reactor were investigated.The loss of the nitro group,dechlorination and ring cleavage is mainly involved in the non-thermal plasma degradation pathways of oxadiazon in a solution based on the OES and LC-MS analysis.Detection of EC25 and the production of the chlorine ion and nitrate ion further demonstrate the feasibility and validity of the approach.The conditions with a proper applied voltage,solution flow rate,oxygen flow rate,and solution pH contribute to the plasma degradation processes with a degradation ratio of over 94%.