Materials yesterday, today and tomorrow - primary terms and problems

Methods of material characterization, results processing, norms

Correlation of the material microstructure and physico-chemical properties of materials

Structure defects, effect on material properties, stability, corrosion

Transport - electrical, magnetical and thermal properties, losses

Materials for isolators in electro-applications, strenght, losses

Dielectrics - optical materials and liquid crystals

Ferroelectrics, piezoelectrics, pyroelectrics

Semiconductor materials, non-typical applications

Conductors and materials on the basis of carbon

Superconductors and their applications

Primary parameters of the magnetic materials

Magnetic recording, classical, perpendicular, magneto-optical

Advanced materials, present methods of the material research