Revisiting electrochromism in InN

Publisher:
Wiley VCH
Publication Type:
Journal Article
Citation:
Physica Status Solidi C, 2005, 2 (7), pp. 2293 - 2296
Issue Date:
2005-01
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We confirm changes to the band-gap of InN thin films treated in an electrochemical cell in which water ebetrolysis is evident. Electrical properties of the films were also affected. It is suggested fhat the change in the film resistivity results from hydrogen incorporation or removal during the electrolysis (dependent on sample polarity). The presence of grain boundaries is believed to enhance the penetration of chemical species into the InN resulting in a greater net change in the observed properties.
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