New chemical synthetic route for the fabrication of metal oxide
nanostructures and their structural, optical, electrical and
electrochemical properties are presented. Chemical solution
deposition method was used to control the phase and crytallinity by
varying the growth temperature and time. Detailed characterizations
of the crystal structure, chemical composition, and morphology of
the as-synthesized products were carried out using adequate
techniques. The mechanism governing the direct growth of oxide
nanostructures on conducting and insulating substrates is studied.
Field emission, electrochemical and photocatalytic properties of
as-synthesized nanostructures are described in this work. This
study reveals the excellent photocatalytic, electrochemical and
field emission properties of vanadates nanowires with fairly low
turn-on field and high current emission capability.
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