摘要
考察了溶液pH值、光催化剂质量浓度、腐殖酸初始浓度等因素对腐殖酸去除的影响,运用SEC和LC-OCD联合分析降解过程中腐殖酸分子变化情况并模拟饮用水的消毒过程.结果表明,降解是一个由腐殖酸大分子到小分子酸的过程,光催化体系不但能使腐殖酸褪色,还大大降低了消毒副产物生成势.
This study investigated the effects of different factors on removal of Humic Acid （HA）,such as initial pH,mass concentration of catalyst,initial mass of HA,etc.The combination of SEC and LC-OCD analysis showed that the large HA molecular was converted into acids of small molecular gradually during degradation process.By simulating the disinfection process,the paper demonstrated the photo-catalytic system could not only remove the color of HA but also diminish the formation potential of DBPs effectively.
出处
《华东师范大学学报（自然科学版）》
CAS
CSCD
北大核心
2011年第2期119-125,共7页
Journal of East China Normal University(Natural Science)
基金
国家自然科学基金(20707006)
华东师范大学海外研修基金
