Autolab gpes software5/2/2023 The potential step (to more positive values) decreases the rate of reduction and hence the differential current will be significant therefore, the direction of the potential step has no effect on the differential current observed. The period during the application of the baseline potential has being reduced at some rate. Structural and morphological studies were conducted on. Only at potentials around will the differential current be significant. Parameters of supercapacitors were studied on a set AUTOLAB PGSTAT 12 using software GPES and FRA-2. The application of a small potential pulse (towards more positive values) does not decrease the rate of reduction and hence the differential current is again small. At values significantly negative of the baseline potential is reducing at a maximum rate. The change in current due to the potential step is also insignificant enough to cause a Faradaic current thus, the differential is very small. At values sufficiently more positive than no faradaic current flows before the potential step (towards more positive values). Consider the same reaction above where is reduced in a one-electron step to. with an Autolab PGSTAT 10 (Eco Chemie) potentiostat interfaced to an ADL Pentium 120 computer system and controlled by Autolab GPES software version 4.6 for. As mentioned in the Advanced parameters tab (discussed in a subsequent section), the direction of the pulse should not affect the results.
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