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ID:34580942
大小:1.65 MB
页数:63页
时间:2019-03-08
《改性玻璃纤维棉对空气中苯系物的吸附研究》由会员上传分享,免费在线阅读,更多相关内容在学术论文-天天文库。
1、分类号:密级:HUAZHONGAGRICULTURALUNIVERSITY硕士学位论文MASTER’SDEGREEDISSERTATION改性玻璃纤维棉对空气中几种苯系物的吸附研究ASTUDYONTHEADSORPTIONOFSOMEMACHsINTHEAIRBYMODIFIEDFIBERGLASS研究生:蒋方宇CANDIDATE:JIANGFANGYU学号:2016303120017STUDENTNO.:专业:环境工程MAJOR:ENVIRONMENTALENGINEERING导师:张捷副教授SUPERVISOR:ASSOCIATEPROFESSORZHANGJ
2、IE中国武汉WUHAN,CHINA二○一八年六月JUNE,2018分类号:密级:华中农业大学硕士学位论文改性玻璃纤维棉对空气中苯系物的吸附研究AstudyontheadsorptionofsomeMACHsintheairbymodifiedfiberglass研究生:蒋方宇学号:2016303120017指导教师:张捷副教授学位类型:工程硕士研究方向:大气污染控制华中农业大学资源与环境学院中国·武汉CollegeofResourcesandEnvironmentHuazhongAgruiculturalUniversityWuhan,China改性玻璃纤维棉对空
3、气中苯系物的吸附研究目录摘要······································································································iABSTRACT··························································································iii缩略词表(ABBREVIATIONS)················································
4、····················v1前言··································································································11.1MACHs的环境问题······································································21.1.1MACHs的来源·································································
5、···21.1.2MACHs的危害····································································31.1.3MACHs的污染特征·····························································41.2MACHs的主要处理技术································································61.2.1吸附技术·································
6、···········································61.2.2吸收技术············································································71.2.3膜分离技术·········································································71.2.4燃烧法·······························································
7、················81.2.5生物法···············································································81.2.6光催化处理技术··································································91.2.7冷凝法···············································································91.2.8低温等离子体技术
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