Control of the growth of electrodeposited zinc oxide on FTO glass

Abstract

Effect of four parameters on the ZnO growth onto FTO.

Wettability of zinc oxide nanorod surfaces

“…The second major variation concerns the height of the ZnO nanorods. The height of the nanorods increases from 390 nm for sample A to 910 nm for sample D. This time effect on ZnO nanorods growth has been reported previously by Ghannam et al 25 The distinct X-ray diffraction patterns of all synthesized samples show the appearance of three main intense peaks located at 2q values of 31.8 , 34.4 and 36.3 matching with the hexagonal wurtzite phase of ZnO (Fig. 2).…”

Flexible ZnO-mAb nanoplatforms for selective peripheral blood mononuclear cell immobilization

“…Electrodeposition is an alternative and affordable method that can also deliver high-quality ZnO NRs 11 . This is a simple technique, which requires conducting substrates, uses eco-friendly aqueous electrolytes and allows a wide variation in the experimental conditions towards the optimization of ZnO NRs 12 , 13 .…”

Effect of ZnO surface morphology on its electrochemical performance

“…[16][17][18] In general, several synthetic methods are used to utilise ZnO in different forms, such as microuidic, hydrothermal, electrochemical, and sol-gel methods. [19][20][21] However, the most used method is the electrochemical one, where different forms of ZnO are obtained by varying the conditions. 19,22,23 Several studies have been carried out with the aim of achieving the high potential performance of ZnO.…”

“…[19][20][21] However, the most used method is the electrochemical one, where different forms of ZnO are obtained by varying the conditions. 19,22,23 Several studies have been carried out with the aim of achieving the high potential performance of ZnO. The signicant inuence of ZnO morphology on electrochemical performance has been shown in two of the main applications; various sensors for electrochemical platforms and energy storage.…”