Triangular pulse voltammetry

Fig. 5.18 Potentiostatic methods (A) single-pulse method, (B), (C) double-pulse methods (B for an electrocrystallization study and C for the study of products of electrolysis during the first pulse), (D) potential-sweep voltammetry, (E) triangular pulse voltammetry, (F) a series of pulses for electrode preparation, (G) cyclic voltammetry (the last pulse is recorded), (H) d.c. polarography (the electrode potential during the drop-time is considered constant this fact is expressed by the step function of time—actually the potential increases continuously), (I) a.c. polarography and (J) pulse polarography...

Cyclic voltammetry (CV) or triangular pulse voltammetry is an important tool to measure quantitatively, the monolayer coverage of the catalyst active sites. Thus, it is possible to find out the electrochemically oofivp ciirface area from the CV output (Pozio et al., 2002). The basic method is shown in Fig. 6. The CV... 

Methods employing individual linear or triangular pulses (potential-sweep, triangular pulse and cyclic voltammetry, sometimes also called... 

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