Sotera J J, Dulude G R, Stux R L
Thermo Jarrell Ash, Franklin, MA 02038.
Sci Total Environ. 1988 Apr;71(1):45-8. doi: 10.1016/0048-9697(88)90296-3.
Graphite furnace AAS has evolved into its third phase of maturity. Initially it was considered to be the ultimate high sensitivity interference-free technique for trace metal analysis. This phase quickly ended following the examination of complex sample types. We believe that the introduction of high-performance background correction such as Smith-Hieftje, delayed atomization techniques, and aerosol deposition have taken graphite furnace AAS into its third phase. The technique can now be used more routinely and more easily for the analysis of complex materials such as biological fluids.
石墨炉原子吸收光谱法已发展到其成熟的第三阶段。最初，它被认为是用于痕量金属分析的终极高灵敏度无干扰技术。在对复杂样品类型进行检测之后，这一阶段很快就结束了。我们认为，诸如史密斯-赫夫捷（Smith-Hieftje）等高性能背景校正技术、延迟原子化技术和气溶胶沉积技术的引入，已将石墨炉原子吸收光谱法带入了第三阶段。现在，该技术可以更常规、更轻松地用于分析生物体液等复杂材料。
