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2005
Electrode processes
F 5000
Electrochemically Generated Super-Hydrophilic Surfaces. — The surface wettaof indium tin oxide coated glass surfaces is studied. For the first time, purely elec15- 020 bility
trochemical generation of super-hydrophilic surfaces at In2O3—SnO2 electrodes in the
absence of an UV irradiation source is demonstrated. This is achieved by the
application of high anodic potentials for a prolonged period. The hydrophilic surfaces
can reversibly converted back to their original hydrophobic state on storage in air
(1—2 d) or water (7 d). The unique character of these surfaces can be attributed to the
surface structure of the hydrophilic phase. — (PREMKUMAR, J.; KHOO*, S. B.;
Chem. Commun. (Cambridge) 2005, 5, 640-642; Dep. Chem., Natl. Univ. Singapore,
Singapore 117543, Singapore; Eng.) — Schramke
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