Abstract
In the present work, we have synthesized single crystalline In2O3 octahedra via a vapour phase transport at high temperatures over Si/SiO2 substrates. Gas sensing measurements (NO2) have been performed under temperature variations and UV irradiation. Optimum working conditions for each case have been found. A comparison between nanostructured In2O3 and commercial In2O3 powder has been performed in order to show the advantages of using a nanostructured based sensor. As a result, the detection of low concentrations of NO2 (50 ppb) has found to be possible with sensitivities for higher concentrations comparable to those shown in recent publications.
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