气泡对流动注射峰形的影响及其干扰消除

Effect of Air Bubbles on the Peak Shapes and Elimination of the Interferences in Flow Injection Analysis

摘要: 研究了流动注射分析中气泡产生的原因、气泡形成吸收峰的原因及其峰的形状，并给出了气泡在不同温度下的吸收峰。讨论了消除流路体系中气泡的方法，指出用反压圈增大流路体系的压强是消除气泡干扰最简便的方法，并列举了用反压圈消除气泡的实例。

Abstract: Air bubble formation and its absorption peaks in flow injection analysis are studied in this paper. The effect of temperature on the shapes of absorption peaks and the methods for elimination of air bubbles in flow injection analysis are also discussed.Th