给水排水
給水排水
급수배수
2001年
2期
34-37
,共4页
陈伟%陈玲%范瑾初%钱梦禄
陳偉%陳玲%範瑾初%錢夢祿
진위%진령%범근초%전몽록
超声辐照%空化%降解%氯苯
超聲輻照%空化%降解%氯苯
초성복조%공화%강해%록분
研究了超声辐照工艺技术降解水中氯苯的效果和影响因素，包括声强、溶液pH值、初始浓度、溶解气体和自由基清除剂，并探讨了氯苯超声降解的机理。试验结果表明氯苯的超声降解主要在空化泡内热解，降解效果好。
研究瞭超聲輻照工藝技術降解水中氯苯的效果和影響因素，包括聲彊、溶液pH值、初始濃度、溶解氣體和自由基清除劑，併探討瞭氯苯超聲降解的機理。試驗結果錶明氯苯的超聲降解主要在空化泡內熱解，降解效果好。
연구료초성복조공예기술강해수중록분적효과화영향인소，포괄성강、용액pH치、초시농도、용해기체화자유기청제제，병탐토료록분초성강해적궤리。시험결과표명록분적초성강해주요재공화포내열해，강해효과호。
The mechanism of the ultrasonic irradiation accelerating degradation of chlorobenzene in aqueous solution and the factors that influence this reaction were studied. For this course the sound intensity, the pH value, the initial concentration of the dissolved gases in the solution and the applied free radical scavengers are included. The results show that the chlorobenzene mainly dissociates by thermolysis in cavitation bubble.
