Scanning electron micrograph of the cross-section of a multilayer coating Cu/Ni-W (W 1 wt. %)

Auger depth sputter-etch profiles of Ni, W, Re, and P components of electroless deposited double layer system Ni-W-Re-P/Ni-P.

• Electrodeposition of alloy coatings and examination of their properties based on:
  - Ni (with Mn, W, Co, Fe);
  - Zn (with Co, Sn, Mn, Cr);
  - iron group metals with amorphous structure;
  - methods for chemical passivation (cromating) of Zn and Zn alloy coatings using environment-friendly compositions.
• The relationship between plating parameters, structure and properties of electroless and electrodeposited alloys and iron group metals.
• Magnetic behavior, mechanical properties (internal stress, hardness, stress relaxation) and thermal stability of thick and thin coatings.
• Protective-decorative and functional oxide layers on Al and its alloys.
• Protective composite coatings based on epoxy and polyester resins including electronegative metals in highly dispersed state.
• Investigation of the influence of composition and structure of low- and high-alloy steels on corrosion and anodic behavior in different aggressive media, etc. and at higher temperatures and pressures.
• Oxidized titanium anodes (including alloying of oxide layers with Ru, Ge, Ir, Mn).
• Automatic system for express control of metallic ions and other inorganic and organic water pollutions
• Electrochemical processes, methods and technologies for electrolysis of water and water solutions
• Production and electrochemical properties of  various anodes (e.g.  Cu alloy anodes,  oxidized Ti alloy anodes etc.)