of Electrochemically Obtained Materials and Corrosion Processes
Head: Senior Researcher Nikolai
Ph.D., phone: (+3592) 9793920, e-mail: NBoshkov@ipc.bas.bg
Dimitar Stoychev, Ph.D., D.Sc., Senior
Stoyanova , Ph.D.,Rashko
Ph. D., Dragomir Tatchev,
Nelly Tsvetkova, Marina Arnaudova
PhD Students: Desislava Goranova
Chemists and Technicians: Miglena Peshova, Reni Lukanova
Associated members of IPC:
Stephan Armyanov , Ph.D.,
D.Sc., Professor, Georgi
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.
of alloy coatings and examination of their properties
- 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
relationship between plating parameters, structure
and properties of electroless and electrodeposited
alloys and iron group metals.
behavior, mechanical properties (internal stress,
hardness, stress relaxation) and thermal stability
of thick and thin coatings.
and functional oxide layers on Al and its alloys.
composite coatings based on epoxy and polyester
resins including electronegative metals in highly
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.
titanium anodes (including alloying of oxide layers
with Ru, Ge, Ir, Mn).
system for express control of metallic ions and
other inorganic and organic water pollutions
processes, methods and technologies for electrolysis
of water and water solutions
and electrochemical properties of various
anodes (e.g. Cu alloy anodes, oxidized
Ti alloy anodes etc.)