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Amorphous
Materials
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| Phase
segregation in glass-forming systems: nucleation, crystallization
and liquid-liquid phase separation. Relaxation of frozen-in
systems, stabilization of glass. Thermodynamics and kinetics
of glass transition and glass formation. Modeling and computer
simulations of statistical mechanical systems. Static and
dynamic properties of polymers and micelles. Equilibrium polymerization:
living polymers and giant micelles. More
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Electrochemical
Deposition and Metal Dissolution
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| Electrochemical
investigations and development of new plating processes of
metals and alloys. Investigations of the properties of electrodeposited
metals and alloys. Investigations of self-organization phenomena
during electrodeposition of silver alloys. New methods for
testing the corrosion resistance of chromate films. Development
of new anodic materials for hydroelectrometallurgy. More
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Electrochemically
Obtained Materials and Corrosion Processes
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| Electrodeposition
of alloy coatings and examination of their properties.The
relationship between plating parameters, structure and properties
of electroless and electrodeposited alloys metals. Protective
composite coatings based on epoxy and polyester resins including
electronegative metals in highly dispersed state. Oxidized
titanium anodes. Electrochemical processes, methods and technologies
for electrolysis of water and water solutions. Production
and electrochemical properties of various anodes. More
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Interface
and Colloid Science
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| State
of matter at interfaces and in thin liquid films. Electro-optics
of Colloids. More
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Phase
Formation and Crystal Growth
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| General
Theory of Nucleation and Crystal Growth. Structure of Surfaces.
Thin Film Formation and Two-Dimensional Phase Transitions.
Electrocrystallization from Aqueous Solutions and Melts. Nucleation
and Growth of Protein Crystals. Computer Simulation of Crystal
Growth Phenomena and Step Bunching. Electrochemical Formation
and Modification of Conducting Polymer. More
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