Voltammograms semi-integration

In its semi-integration mode, this macro takes the faradaic current of a linear sweep voltammogram, and transforms it into the underlying current- voltage curve corrected for the time-dependence of planar diffusion. The resulting curve is then amenable to further mathematical analysis along the lines pioneered by Koutecky, and summarized by, e.g., Heyrovsky ... 

Figure 4 1, semi-integral of a voltammogram plotted at 900 C and v = 0.5 Vs 2, logaiidimic analysis of the semi-integral 3, theoretical slope for a 4-electron exdiange. 

Fig. 6.14 Semi-integral curve obtained from the voltammogram of 0.5 mol dm [Nd(TFSA)5] - in [P2225][TFSA] at 353 K on a Pt electrode with scan rate lOmVs- ...

Fig. 6.20 The semi-integrated curves obtained from the voltammogram of 0.1 mol dm [Dy (TFSA)5]"- in [P2225] [TFSA] (water content ...

B]x q at the electrode surface at any time t during the course of the cyclic voltammetric experiment may be calculated by semi-integration of the experimental voltammogram (Eqs. II.1.8 and II.1.9). 

---