Figure 4.
(a) Oscillatory cycle period of ROS (HO and O) and the concentrations of (b) HO and (c) O as a function of HO. (d) Time differential of HO oscillation in concentration (d[HO]/d) without HO. The results are obtained at of 150 mV.
(a) Oscillatory cycle period of ROS (HO and O) and the concentrations of (b) HO and (c) O as a function of HO. (d) Time differential of HO oscillation in concentration (d[HO]/d) without HO. The results are obtained at of 150 mV.