环境科技
環境科技
배경과기
Environmental Science and Technology
2015年
5期
68-72
,共5页
石墨烯%复合材料%吸附去除%重金属离子%有机污染物
石墨烯%複閤材料%吸附去除%重金屬離子%有機汙染物
석묵희%복합재료%흡부거제%중금속리자%유궤오염물
Graphene%Composite materials%Adsorption removal%Heavy metal ions%Organic contaminants
石墨烯具有超大的比表面积、良好的化学稳定性,是一种极具潜力的环境吸附材料.近年来,众多石墨烯基复合材料的研发进一步拓展了石墨烯材料在水污染处理中的应用范围. 概述了近3年来石墨烯、氧化石墨烯及其复合材料在水体重金属离子和有机污染物吸附去除中的应用,并对今后石墨烯基材料在水处理领域的应用研究进行了展望.
石墨烯具有超大的比錶麵積、良好的化學穩定性,是一種極具潛力的環境吸附材料.近年來,衆多石墨烯基複閤材料的研髮進一步拓展瞭石墨烯材料在水汙染處理中的應用範圍. 概述瞭近3年來石墨烯、氧化石墨烯及其複閤材料在水體重金屬離子和有機汙染物吸附去除中的應用,併對今後石墨烯基材料在水處理領域的應用研究進行瞭展望.
석묵희구유초대적비표면적、량호적화학은정성,시일충겁구잠력적배경흡부재료.근년래,음다석묵희기복합재료적연발진일보탁전료석묵희재료재수오염처리중적응용범위. 개술료근3년래석묵희、양화석묵희급기복합재료재수체중금속리자화유궤오염물흡부거제중적응용,병대금후석묵희기재료재수처리영역적응용연구진행료전망.
Graphene possesses the characteristics of great specific surface area and excellent chemical stability, which has been a promising environmental adsorbent. Recently, the development of various composite adsorbents based on graphene expanded the application of graphene in the environmental water treatment. The research development on the application of the graphene materials in the adsorption removal of organic pollutants and heavy metal ions in aquatic environment were outlined. Then the research trend and hotspots in this research field were summarized.
