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Photooxidation of hydrochlorofluocarbons and hydrofluorocarbons initiated by OH radicals
作者姓名:Zhong Jinxian  Mu Yujing  Yang Wenxiang  Chen Dazhou
作者单位:Zhong Jinxian; Mu Yujing; Yang Wenxiang(Research Center for Eco-Environmental Sciences Chinese Academy of Sciences,Beijing 100085,China)Chen Dazhou(Chinese Center for Certified Reference Materials,Beijing 100013,China)
基金项目:This study was supported by the National Natural Science Foundation of China
摘    要:PhotooxidationofhydrochlorofluocarbonsandhydrofluorocarbonsinitiatedbyOHradicals¥ZhongJinxian;MuYujing;YangWenxiang(ResearchC...

关 键 词:hydrochlorofluorocarbons  hydrofluorocarbons  photooxidation  OH  radicals  FTIR.
收稿时间:1994/8/24 0:00:00

Photooxidation of hydrochlorofluocarbons and hydrofluorocarbons initiated by OH radicals
Zhong Jinxian,Mu Yujing,Yang Wenxiang,Chen Dazhou.Photooxidation of hydrochlorofluocarbons and hydrofluorocarbons initiated by OH radicals[J].Journal of Environmental Sciences,1996,8(2):228-234.
Authors:Zhong Jinxian  Mu Yujing  Yang Wenxiang
Abstract:Under simulated atmospheric condition, photoomdation for HCFC-22 H2O2, HCFC-22 H2O2 O2, HFC-134A H2O2 and HFC-134A H2O2 O2 systems were studied.H2O2 was irradiated by low pressure mercury lamp and produced OH radicals. The OH radicals can initiate photooxidation of HCFC-22 and 134A. The products of photooxidation were determined by a Fourier Transform infrared Spectroscopy with a 20ml long path cell. The products were COF2,CO2, HCI, H2O and HF for HCFC-22 H2O2 system, HO, CO2, HCI and HF for HCFC-22 H2O2 O2 system, HCOF, CF3OOCF3,CO2, H2O and HF for HFC-134A H2O2 system, HCOF, CO2, H2O, and HF for HFC-134A H2O2 O2 system. Based on those results, the mechanisms of photooxidation were suggested.
Keywords:hydrochlorofluorocarbons  hydrofluorocarbons  photooxidation  OH radicals  FTIR  
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