广州化工
廣州化工
엄주화공
GUANGZHOU CHEMICAL INDUSTRY AND TECHNOLOGY
2014年
11期
38-41
,共4页
光催化%环境%降解%抗菌%还原
光催化%環境%降解%抗菌%還原
광최화%배경%강해%항균%환원
photocatalysis%environmental%degradation%antibacterial%reduction
光催化技术作为新兴技术，近几十年来在环境净化方面的运用得到了广泛研究。结合光催化技术原理及国内外研究进展，对近年来光催化在环境净化领域的研究进展阐述。包括处理废水中可生化性差的有机污染物，处理废气中的挥发性有机污染物，及基于光催化原理的抗菌材料研发、二氧化碳还原及土壤修复等环境净化方面的应用研究。
光催化技術作為新興技術，近幾十年來在環境淨化方麵的運用得到瞭廣汎研究。結閤光催化技術原理及國內外研究進展，對近年來光催化在環境淨化領域的研究進展闡述。包括處理廢水中可生化性差的有機汙染物，處理廢氣中的揮髮性有機汙染物，及基于光催化原理的抗菌材料研髮、二氧化碳還原及土壤脩複等環境淨化方麵的應用研究。
광최화기술작위신흥기술，근궤십년래재배경정화방면적운용득도료엄범연구。결합광최화기술원리급국내외연구진전，대근년래광최화재배경정화영역적연구진전천술。포괄처리폐수중가생화성차적유궤오염물，처리폐기중적휘발성유궤오염물，급기우광최화원리적항균재료연발、이양화탄환원급토양수복등배경정화방면적응용연구。
In recent years , photocatalytic processes were widely recognized as an emerging technology for environmental purification.Combined with the present state of the research on the basic mechanism of photocatalysis , the current progresses in the area of environmental purification using photocatalysis were stated , including the treatment of wastewater with poor biochemical and the volatile organic pollutants in exhaust gas , the development of antibacterial materials, the reduction of CO 2 , as well as the soil remediation.
