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Project

Novel time-resolved spectroelectrochemistry instrumentation.

The objective of this project is to focus on the development of a novel XEOL microscope and the design and production of derivatives of eCell (i.e. an electrochemical cell which can be used for electrochemistry while at the same time the metal surface is analyzed through a thin electrolyte layer using a spectroscopic technique) so that chemical and electrochemical processes can be studied on a long term basis

Date:1 Jan 2010 →  24 Mar 2013
Keywords:corrosion inhibition, XEOL, spectroelectrochemistry, corrosion
Disciplines:Biological system engineering, Other chemical sciences, Theoretical and computational chemistry, Organic chemistry, Other engineering and technology, Inorganic chemistry