Modern Trends in Nanoelectrochemistry
Course code: AMSN – PhDC02
Credits points (ECTS): 3
Lecturer in charge: Dr. Nguyen Van Quynh
Description of the course:
This course provides advanced knowledge in some current research fields with electrochemistry systems.
Objectives of the course:
Students gained knowledge of liquid electrochemistry at nanointerfaces where the electrified interface between two immiscible electrolytes is the heterogeneous interface through which charge (ion or electron or ion-coupled-electron) transfer takes place. Students are introduced to some modern trends of nano electrochemistry for investigation of nano junction, nanopores systems, metal-organic frameworks systems…
Contents of the course:
- Nano electrochemistry at the liquid/liquid interfaces
- Electrochemistry at nanoelectrodes
- Electrochemistry within nanogaps
- Electrochemical applications of nanopore systems
- Electrochemistry within metal-organic frameworks
- Electrochemistry of graphene: the current state of the art
- Electrochemistry of semiconductor nanostructures
- Advanced electrochemical sensing systems
References:
- P. Schmuki (Editor) and S. Virtanen (Editor), Electrochemistry at the nanoscale, Springer 2009.
- Gary Hodes (Editor), Electrochemistry of Nanomaterials, Wiley-VCH, 2001
- Jay Wadhawan and Richard Compton (Editors), Electrochemistry Volume 12 – nano electrochemistry, RSC Publishing 2013
- Walther Lob, Electrochemistry of organic compounds, Fb&c limited 2018.
- P.A. Christensen and A. Hamnett, Techniques and Mechanisms in electrochemistry, Kluwer Academic Publisher 1994.