摘要
作为光谱分析技术应用的重要形态,原子荧光技术具有化学蒸汽分离和非色散光学系统等特征,其能有效地检测出水环境中的微量砷、硒、锡、汞、铋等元素。本文结合原子荧光技术在水环境检测中的应用实际,在阐述原子荧光技术原理的基础上,就其技术应用类型和特点进行分析,并指出原子荧光技术在水环境检测中的具体操作方法。其目的是提升原子荧光技术的应用水平,有效保证水环境检测质量和人们用水安全。
As an important form of spectral analysis technology,atomic fluorescence technology has the characteristics of chemical vapor separation and non-dispersive optical system,which can effectively detect trace arsenic,selenium,tin,mercury,bismuth and other elements in the water environment.In this paper,based on the application of atomic fluorescence technology in water environment detection,the application types and characteristics of atomic fluorescence technology are analyzed,and the specific operation methods of atomic fluorescence technology in water environment detection are pointed out.Its purpose is to improve the application level of atomic fluorescence technology,effectively ensure the quality of water environment testing and people's water safety.
作者
孙颖
Sun Ying(Dalian Luming Optoelectronics Engineering Co.,Ltd.,Dalian 116025,China)
出处
《中国资源综合利用》
2019年第9期181-183,共3页
China Resources Comprehensive Utilization
关键词
原子荧光技术
水环境检测
微量元素
光谱分析法
atomic fluorescence technology
water environment testing
trace elements
spectral analysis