A Novel and Optimized Method for Electro-focusing and Moving Neutralization Reaction Boundary Formed by HCl and NaOH

A novel method is developed for electro-focusing and moving neutralization reaction boundary (MNRB) created with HCl and NaOH. The optimized conditions are screened out. By using this method, the experiments are performed on MNRB formed with HCl and NaOH in agarose gel. The experiments are quantitatively in coincidence with the predictions with the theory of moving chemical reaction boundary (MCRB).

由强反应电解质形成的移动化学反应界面:理论(英文)

在“沉淀反应前缘”（precipitatereactionfront）概念和“静止中和反应界面”概念的基础上，提出了由强反应电解质形成的移动化学反应界面的概念，推导出一系列相关的移动和静止化学反应界面方程.理论结果显示：（1）“沉淀反应前缘”的概念在本质上相当于，但不等同于移动化学反应界面的概念；（2）移动化学反应界面的概念在本质上不同于移动界面系统的概念，既使前者的方程在形式上非常相似于和对称于后者的方程（此方程在40－50年代形成，在等速电泳或置换电泳中具有重要的应用）。