论原子荧光光谱仪对饮用水的检测

Detection of drinking water by atomic fluorescence spectrometer

随着当今科学技术的不断发展,原子荧光光谱分析法已逐渐成为原子光谱法中最具活力的领域之一,尤其是在新技术、新设备以及大数据处理的支撑下,原子荧光光谱技术也取得了更大的进步,据统计目前可检测元素已扩大至11种,包括砷、汞、铅、硒、铋、锑、碲、锗、锡、镉、锌等,这种检测技术也越来越引起卫生防疫、环境保护以及地质勘探等领域检测人员的重视和应用。本文将重点对该技术在水环境检测方面进行探讨和研究。

With the continuous development of science and technology, atomic fluorescence spectrometry has gradually become one of the most dynamic fieldin atomic spectroscopy. Especially under the support of new technology, new equipment and large data processing, atomic fluorescence spectroscopy Technology haalso made greater progress, according to statistics can now detect the elements have been expanded to 11 species, including arsenic, mercury, lead, selenium, bismuthantimony, tellurium, germanium, tin, cadmium, zinc, etc., this detection technology More and more cause health and epidemic prevention, environmental protection angeological exploration and other areas of the attention and application of testing personnel. This paper will focus on the technology in the water environment testing texplore and research. The following are the same as the＂.