Research interests
- Semiconducting charge transfer materials
- Scanning Electrochemical Microscopy (SECM)
- Large Amplitude Fourier Transformed AC (FT-ac) Voltammetry
- Processes at the electrode solution interface
My main areas of interest are the electrochemical characterization and controlled synthesis of semiconducting charge transfer complexes such as CuTCNQ by conventional techniques such as cyclic voltammetry and by SECM methods. I also use the SECM technique to study electron transfer at the semiconductor solution interface, detection of transient species during electrodeposition of metallic or semiconducting materials and electrochemical mapping of electrode surfaces. I am also interested in processes occurring at gold, platinum and glassy carbon electrodes in supporting electrolyte solutions with the FT-ac voltammetry method to elucidate the influence of surface functionality on electrochemical processes. |
