ELECTROCHEMICAL TECHNOLOGY IN NANOSCIENCE (ETM 905)
Hybrid
electrochemical/chemical synthesis. Electrodeposition of thin films, superlattices
and multilayers. Electrochemical formation and functionalization (nanoporous
semiconductors). Electrochemical surface modification (nanopatterning, nanostructuration).
Charge transport in nanostructured thin film electrodes and oxide films. Metal
surface microstructure modifications and corrosion behavior. New opportunities and challenges
ELECTROCHEMICAL APPLICATIONS OF IONIC LIQUIDS (ETM 903)
Electrode deposition
and electroplating. Electrosynthesis and Electrocatalysis. Electrochemical
energy storage. Fuel cells and solar cells. Environmental protection.
Biomedical applications. New opportunities and challenges.
ELECTROCHEMISTRY OF NOVEL MATERIALS (ETM 901)
Electrochemistry of
clays and zeolites. Electrochemistry of carbon, graphene and its derivatives.
Electrocatalytic metal oxide electrodes. Electrochemistry of nuclear fuels.
Electrochemical conversion of biomass. Electrochemistry of conductive oxide
aerogels. New opportunities and challenges