Pulse plating (PP) has been gaining in importance, according to a report of the third
European Pulse Plating Conference in Austria, by Hansal. 1 A number of diverse potential …

ZnO: Al films were deposited at 70° C at a fixed− 1.1 V potential onto ITO substrates from a
0.01 M Zn (NO 3) 2+ x Al (NO 3) 3· 9H 2 O electrochemical bath, with Al 3+ concentrations …

There are two key factors in the fabrication of superhydrophobic surfaces. One is to have the
appropriate micro/nano structure, and the other is to reduce the surface energy of the solid …

Large areas of reduced graphene oxide (rGO) films were obtained by electrophoretic
deposition onto insulating glass substrate. ZnO nanostructures were directly grown on the …

The main reason ZnO is attractive for optoelectronic applications is its polarization behavior,
which can modify its optical and electronic properties. Here, the polarization of ZnO is highly …

ZnO nanorod arrays have been grown by potentiostatic pulse electrodeposition between a
reduction potential and a" rest" potential. The effect of the duty cycle and pulse frequency as …

In this research, a model for electrodeposition of zinc oxide (ZnO) nanostructures over
indium-doped tin-oxide (ITO) glass using pulsed current and zinc chloride as source of zinc …

ZnO thin films were obtained by pulsed electrodeposition (PE). A potential of− 1.1 V is
applied during the time-On (t on) period, while open-circuit potential is applied during the …

ZnO films were electrodeposited from an aqueous nitrate bath on ITO/glass substrates. The
process was performed not by the usual potentiostatic approach but by using potential …

Different ZnO nanostructured films were electrochemically grown, using an aqueous solution
based on ZnCl 2, on three types of transparent conductive oxides grow on commercial ITO …