RESEARCH AND SCIENTIFIC INTERESTS

1. Electrochemical synthesis, investigations of molecular structures, redox properties, morphology of conducting polymers ( monomers: pyrrole, indole, aniline, naphthalene and their derivatives).

2. Conducting polymers nanostructures. Template chemical and electrochemical synthesis. Influence of synthesis conditions on properties of nanostructures.

3. Biosensors formed on conducting polymers matrix. Formation and analytical applications.

 4. Electrodeposition of micro and nano structures of semiconductors ( Sc II-VI, metal oxides), hybrid systems semiconductors – conducting polymers. Properties and applications in photovoltaic and photoelectrolytical cells

 Applied methods:

Electrochemical methods:  cyclic voltammetry, chronoamperometry, rotating disc electrode

Spectroscopic methods: FTIR, Raman, UV-Vis, Auger

Microscopy methods: SEM, AFM, STM