从不同铁纳米粒子制备方法特点及活性影响因素,碳材料的选择、自身特性与性能之间的关系,铁碳颗粒的组织形式及其电场作用影响等3个方面的研究现状出发,就纳米铁碳微电解材料的组成部分对污染物去除性能的影响进行了分类综述和总结,并在此基础上展望了未来纳米微电解材料的发展方向,旨在为最大限度发挥纳米铁碳微电解技术应用潜力、进一步推动纳米铁碳微电解技术的工业化应用提供参考。

The influence of the components of nano iron-carbon micro-electrolysis materials on pollutant removal performance is summarized and classified,based on current research situation in three aspects such as the characteristics of different preparation methods of iron nanoparticles and the factors affecting their activity,the relationship among the choice,their own characteristics and properties of carbon materials,and the organizational form of iron-carbon particles and their effect in electric field.Hence,the future development of nano micro-electrolysis materials is prospected,aiming to provide reference for maximizing the application potential of nano iron-carbon micro-electrolysis technology and further promoting the industrial application of nano iron-carbon micro-electrolysis technology.

张黎(1997-),女,硕士生