To further study this hypothesis, electrochemical deposition using cyclic voltammetry (three full scans) was undertaken using different voltage windows. In the first set of experiments, the potential range was set to be -1.0 V to 0.0 V, i.e., with the most positive potential maintained below the potential for Ag stripping. Figure shows an optical micrograph of the corresponding electrode. It can be seen that the nanodendrites grew in three waves as evidenced by the concentric rings. This suggests that under these conditions, the nanodendrites are still electrically connected to the original microelectrode. A second CVbased deposition was undertaken using a wider potential window of -1.0 V to 0.2V, i.e., above the Ag stripping voltage. In this case, the first cycle showed the typical slow controlled 2D growth of nanodendrites as observed previously. However, during the second deposition, the silver growth was observed to switch to a more vertical direction from the surface of microelectrode occurred more rapidly. The resulting silver deposition appeared to larger agglomerates which were not dendritic in nature see Figure . We hypothesize that the increased concentration of silver in the vicinity of the working electrode, following the stripping process, resulted in a rapid silver deposition with a different morphology. .