刊名 | 《现代化工》 | ||||
作者 | Yang Hongjuan1,2,He Kangli1,2,Zhang Renli1,2,Wang Xuqian1,2,Wang Qingli1,2,Li Xiaoqiang1,2,Zhang Zhengguo* 3 (1.Yinchuan China Railway Water Group Co.,LTD.,Ningxia,Yinchuan,750021,China;2.China Railway Water Group Co.,LTD,Shaanxi,Xianyang,712046,China;3 | 英文名 | Modern Chemical Industry | 年,卷(期) | 2024年,第12期 |
主办单位 | 环宇科学出版社;华文国际出版社 | 刊号 | ISSN:2661-3670(P)/2661-3689(O) | DOI |
The Yellow River flows through nine provinces and regions of China,providing abundant water resources for the living,production and agricultural irrigation of urban residents along the way.In a water supply project of a city in Ningxia,which diverts water from the Yellow River,nitrate nitrogen is one of the important detection parameters.In order to analyze nitrate nitrogen in water more accurately,three commonly used detection methods,namely ultraviolet spectrophotometry,ion chromatography and continuous flow analysis,were compared in this paper.The results show that the correlation coefficient,precision and accuracy of the standard curves of the three methods can meet the quality control requirements of water environment monitoring standards.Continuous flow analysis method has the advantages of high automation,fast speed and accurate results.The results can provide reference for the detection personnel to choose the appropriate detection method.
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