The Novelty of Syntheses & Varied Applications of ZnO nano systems

TL;DR

This paper reviews the various synthesis methods and diverse nanostructures of ZnO nanosystems, emphasizing their importance in nanotechnology applications and the influence of polar surfaces on their formation.

Contribution

It provides a comprehensive overview of synthesis techniques and the variety of nanostructures achievable in ZnO nanosystems, highlighting their potential applications.

Findings

Multiple synthesis methods enable controlled ZnO nanostructure formation.

ZnO's polar surfaces facilitate diverse nanostructure morphologies.

The variety of ZnO nanostructures expands their application potential.

Abstract

Controlled synthesis of nano materials is critical for the development of nanotechnologies concerned with respect to shape and size. Especially, ZnO nanosystems, such as wires, belts, needles and films can be easily formed by either physical or chemical approaches such as, Chemical Vapour Deposition, Metal Organic Chemical Vapour Deposition, Pulsed Laser Deposition, Molecular Beam Epitaxy, Sol Gel process, Thermal Annealing method and Solvothermal Oxidation. ZnO has polar surfaces that help in the formation of a wide range of nanostructures such as needles,films rings, springs, bows and helices