摘要
建立了用原子荧光法测定饮用水中汞的方法,通过对原子荧光光度计条件的设定,能够较好地测定水中的汞,其相对标准偏差RSD为1.23%~3.66%,不同浓度的加标回收率在95.7%~104.7%。
A method for the determination of mercury in drinking water by atomic fluorescence spectrometry was established.By setting the conditions of atomic fluorescence spectrometer,mercury in water can be determined well.Relative standard deviation(RSD)of mercury was 1.23%~3.66%,recoveries of different concentrations were 95.7%~104.7%.
作者
张华军
凤燕
ZHANG Huajun;FENG Yan(Shanghai Naidiui Water Supply Co.,Ltd.,Shanghai 201399,China)
出处
《净水技术》
CAS
2019年第A01期19-20,76,共3页
Water Purification Technology
关键词
汞
原子荧光光度计
饮用水
mercury
atomic fluorescence spectrometer
drinking water
