Advanced electrode materials

• Preparation of electrode materials and their modifications with various materials, including nanomaterials and conductive polymers
• Electrochemical deposition of metals and alloys
• Electroanalytical and electrocatalytic applications of electrodes Investigation of the properties of conductive phases of electrodes by atomic force microscopy (AFM) and electrochemical scanning tunneling microscopy (ESTM).
• Voltammetric tests and determination of selected pesticides and biologically active compounds on Hg (Ag) FE and BDDE electrodes.
• Modified electrodes, their preparation, structure, mechanisms of action.
• Conducting polymers of various types: polyaniline PEDOT, Nafion, redox conductive polymers.
• Application of modified electrodes in the electroanalysis of biologically active compounds, e.g. neurotransmitters.
•  Electrodes with immobilized enzymes as bioelectrochemical sensors.
• Electrocatalysis on modified conductive phases.
• Investigation of the mechanisms and kinetics of electrode processes with the use of classical electrochemical methods and electrochemical impedance spectroscopy.
• Studies of selected redox systems (ferrocenes, nitroxyl radicals)
• Modifications of the surface of the conductive phases of the electrodes.
• Modifications of the surface of materials by producing thin oxide layers by the sol-gel method and by electro-oxidation.
• Modifications of the surface of materials by electrolytic production of single-component and multi-component metallic coatings.
• Electrode characteristics (microscopic and electrochemical) 

BIOmaterials and corrosion

• Research on anti-corrosive properties of coatings (oxide, metallic, carbon, hydroxyapatite);
• Corrosion tests of metallic biomaterials (austenitic steels, titanium and titanium alloys, cobalt alloys and others);
• Biomaterials (steel, titanium, alloys, ceramics)
• Biomedical Coatings (TiO2, HAP, DLC)
• Surface modification (sol-gel, electro-oxidation, electrodeposition, nanoparticle deposition)
• Surface characteristics (composition, morphology, topography, coating thickness)
• Corrosion tests (accelerated corrosion tests, immersion tests)
• Properties of electrocatalytic metallic coatings in electrooxidation processes of organic compounds;

electrochemistry of soft interface

• Electrochemistry for miniaturization and miniaturization for electrochemistry
• 3D printing for electrochemical applications
• Electrochemically assisted deposition of materials
• Polarizable liquid-liquid phase boundaries Sensors for applications in consumer quality control
• Modification and characterization of phase boundaries
• Electrochemistry of (bio) membranes
• Electrochemical water treatment technologies