In this paper,analytical expressions for double step potential chronoamperometry and chronocoulometry with simple reversible electrode reaction at microring electrodes are derived.

推导微环电极上双电位阶跃时电流和时库仑法可逆波理论方程，并得到。

The dissociation reaction preceding the charge transfer in silver deposition from uracil silver system was investigated using chronoamperometry and rotating disk electrode methods.

时电位及旋转圆盘电极实验明在银配合物还原过程中存在前置化学转化步骤。

In this paper,analytical expressions for double step potential chronoamperometry and chronocoulometry with simple reversible electrode reaction at microring electrodes are derived.

推导了微环电极上双电位阶跃计时电流和计时库仑法可逆波理论方程，并得到了。

The dissociation reaction preceding the charge transfer in silver deposition from uracil silver system was investigated using chronoamperometry and rotating disk electrode methods.

计时电位及旋转圆盘电极实验明在银配合物还原过程中存在前置化学转化步骤。

In this paper,analytical expressions for double step potential chronoamperometry and chronocoulometry with simple reversible electrode reaction at microring electrodes are derived.

推导了微环电极上双电位阶跃时电流和时库仑法可逆波理论方程式，并得到了解析达式。

The dissociation reaction preceding the charge transfer in silver deposition from uracil silver system was investigated using chronoamperometry and rotating disk electrode methods.

时电位及旋转圆盘电极实验明在银配合物还原过程中存在前置化学转化步骤。

In this paper,analytical expressions for double step potential chronoamperometry and chronocoulometry with simple reversible electrode reaction at microring electrodes are derived.

推导了微环电极上双电位阶跃计时电流和计时库仑法可逆波程式，并得到了解析达式。

The dissociation reaction preceding the charge transfer in silver deposition from uracil silver system was investigated using chronoamperometry and rotating disk electrode methods.

计时电位及旋电极实验明在银配合物还原过程中存在前置化学化步骤。

In this paper,analytical expressions for double step potential chronoamperometry and chronocoulometry with simple reversible electrode reaction at microring electrodes are derived.

推导了微环电极上双电位阶跃计时电流和计时库仑法可逆波程式，并得到了解析达式。

The dissociation reaction preceding the charge transfer in silver deposition from uracil silver system was investigated using chronoamperometry and rotating disk electrode methods.

计时电位及旋电极实验明在银配合物还原过程中存在前置化学化步骤。

In this paper,analytical expressions for double step potential chronoamperometry and chronocoulometry with simple reversible electrode reaction at microring electrodes are derived.

推导了微环上双位阶跃计时流和计时库仑法理论方程式，并得到了解析达式。

The dissociation reaction preceding the charge transfer in silver deposition from uracil silver system was investigated using chronoamperometry and rotating disk electrode methods.

计时位及旋转圆盘验明在银配合物还原过程中存在前置化学转化步骤。

In this paper,analytical expressions for double step potential chronoamperometry and chronocoulometry with simple reversible electrode reaction at microring electrodes are derived.

推导了微环电极上双电位阶跃计时电流和计时库仑法可逆波理论方程式，并得到了解析达式。

The dissociation reaction preceding the charge transfer in silver deposition from uracil silver system was investigated using chronoamperometry and rotating disk electrode methods.

计时电位及旋转圆盘电极实验明在银配合物还原过程中存在前置化学转化步骤。

In this paper,analytical expressions for double step potential chronoamperometry and chronocoulometry with simple reversible electrode reaction at microring electrodes are derived.

推导了微环双位阶跃计时流和计时库仑法可逆波理论方程式，并得到了解析达式。

The dissociation reaction preceding the charge transfer in silver deposition from uracil silver system was investigated using chronoamperometry and rotating disk electrode methods.

计时位及旋转圆盘实验明在银配合物还原过程中存在学转步骤。

In this paper,analytical expressions for double step potential chronoamperometry and chronocoulometry with simple reversible electrode reaction at microring electrodes are derived.

推导了微环电极上双电位阶跃计时电流和计时库仑法可逆波理论方程，并得到了。

The dissociation reaction preceding the charge transfer in silver deposition from uracil silver system was investigated using chronoamperometry and rotating disk electrode methods.

计时电位及旋转圆盘电极实验明在银配合物还原过程中存在前置化学转化步骤。