Abstract
Abstract We studied stability of indium–tin–oxide (ITO) surfaces chemically modified with –SO2Cl and –PO2Cl2 binding groups of para substituted benzene derivatives as well as those oxidized with UV ozone by measuring time dependence of the work function and water contact angle after their surface modifications. It seems most likely from the effect of water contents in environments upon their time changes that water is the primary reactant for degradation of the chemically modified and oxidized ITO surfaces.
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