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前言 1957年Skeggs首先提出连续流动分析后,应用日广,发展迅速。1975年Ruzicka建立了流动注射分析技术,1980年又论述了流动注射分析的原理,应用,与动向。这种技术特点是分析速度快,精度高,适应性广,每小时可分析100～200个样,最高可达300个,相对标准偏差可达1％,可与各种检测手段联用,例如比色法,比浊法,离子选择电极法,原子吸收法,其中以分光光度法居多。这种技术已
Foreword Skeggs first proposed a continuous flow analysis in 1957, which was widely used and rapidly developed. Ruzicka in 1975 established a flow injection analysis technology, again in 1980 discusses the principles of flow injection analysis, application, and trends. This technique is characterized by fast analysis, high precision and wide adaptability. It can analyze 100 ~ 200 samples per hour up to 300 with relative standard deviation up to 1%. It can be used with various detection methods such as Colorimetric method, turbidimetry, ion-selective electrode method, atomic absorption method, of which the majority of spectrophotometry. This technique has been