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非均相介质体系下的复杂界面是污染物赋存与水质净化过程的载体,微界面反应过程是强化水质净化过程的手段与途径。设计构建针对不同污染物与净化目标的高效界面,阐明基于微界面过程的水质转化与净化机制,建立微界面水质净化过程调控方法,是饮用水质安全保障研究的重要内容。本文从非均相体系下微界面水质过程调控、微界面尺度物质相互作用强化、特殊功能的高效界面构建、非稳态条件下界面反应抑制等角度,综合论述了微界面水质过程调控、强化与控制的重要科学问题与饮用水质净化技术方向。
The complex interface under the heterogeneous media system is the carrier of contaminants occurrence and water purification process. The micro-interface reaction process is the means and ways to strengthen the purification process of water quality. Design and construction of efficient interface for different pollutants and purification targets, clarify the mechanism of water quality conversion and purification based on micro-interface process, and establish regulation and control method of micro-interface water purification process, which is an important content in the study of drinking water quality assurance. In this paper, from the aspects of the process control of micro-interface water quality under heterogeneous system, the enhancement of material interaction at the micro-interface scale, the construction of efficient interface for special functions and the suppression of interfacial reaction under non-steady state conditions, Control of important scientific issues and drinking water purification technology direction.