近二十年来,由于临床化学、生化分析和药物分析的飞速发展,对自动分析技术的进步和发展起了直接的推动作用,其中以美国化学家Skeggs 所设计的连续流动分析法最为成熟。连续流动分析(Continuous Flow Analysis)的出现,不但为化学工作提供新的自动体系,而且以一崭新的化学形式和冠予新命名来表达在空气间隔的连续流动体系中所发生反应的动力学说。 In the recent two decades, the rapid development of clinical chemistry, biochemical analysis and drug analysis have played a direct role in the advancement and development of automatic analytical techniques. Among them, the continuous flow analysis method designed by American chemist Skeggs is the most mature. The advent of Continuous Flow Analysis has not only provided a new automated system for chemical work, but also has used a completely new chemical form and new name to express the kinetics of reactions that occur in continuous flow systems of air separation.