Sentence examples for is under diffusion from inspiring English sources
For a simple electrode-electrolyte system, the low-frequency straight line should exhibit a slope of 45° if the process is under diffusion control, or a slope of 90° if the system is purely capacitive in nature [43].
A theoretical analysis of the continuous effect is also presented, and indicates that the continuous activation effect is most likely to be effective when the rate of impurity adsorption is under diffusion control.
The kinetics of soluble gold TMTU complex ion formation is under diffusion control, whereas the formation of TMFDS2+ ions behaves as a rather irreversible process with the anodic slope, derived from current potential curves, ∂E/∂logI= 0.120 V decade−1 at 298 K.
This indicates that the peak current even at slower scan rates (<40 mV s−1) is under diffusion control as expected for a simple 1 electron transfer redox process.
Under liquid phase reaction conditions at 250°C and 140 psi propene, the reaction over pillared days was under diffusion control.
The redox couple of NO2/NO2+ showed a quasi-reversible behavior and the process was under diffusion control.
A two-step polymerization protocol was performed where in the first step the system was below gelation 60-700 °C), and after that it was under diffusion control 40-500 °C).
The dependence of the peak intensity Ip (μA) upon the scan rate υ (Vs−1) (Fig. 4(A)) was carried out to assess whether the process on carbon paste electrode was under diffusion or adsorption-controlled.
Cyclic voltammetry (CV) results showed that the electrochemical oxidation of 1-NAP obeyed a two-electron transfer process and the electrode reaction was under diffusion control on HIF SnO2/GCE.
But there is rather interesting modifications when the homogeneous acceleration value is modified or when the studied electrochemical process is under natural diffusion condition.
Moreover, the current function values obtained for the electrocatalytic O2 peak for FcA (Fig. 2ii) yield a correlation coefficient of R=0.985 indicating the current is under non-diffusion control and we suggest this arises this peak represents the electrocatalytic oxidation.
