Abstract
Transparent conductive oxides are promising candidates for realization of
transparent electronics for display applications. The use of
solution-processing techniques allows for a dramatic reduction in cost per
unit area of electronic functionality. As a result, there is tremendous
interest in the use of solution-processed transparent conductive oxides for
realization of low-cost transparent electronic systems. Zinc oxide is
processable out of solution using a variety of routes, including the use of
nanoparticles, nanowires, and chemical bath deposition. By optimizing the
deposition processes, it is possible to realize solution-processed
transparent semiconductor films offering performance that is comparable to
or better than amorphous silicon, while offering the advantages of
transparency. Here, techniques for fabrication of solution-processed
ZnO-based transistors are reviewed, and the outlook for such technologies is
discussed.
© 2009 IEEE
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