Syllabus
Selected spectroscopic methods
Dielektric spectroscopy.
Dynamic-mechanical spectroscopy.
Structure and phase composition of thin films.
Mechanical properties.
Deformation experiment and acoustic emission.
Thermal and magnetic properties.
Thermal expansion, specific heats. Magnetization
DSC, phase transitions
Classification of phase transitions in solids
Electrical and photoelectrical properties
Photoconductivity. Solar cells.
Transport properties
Low temperatures, superconductivity, superfluidity
Methods of reaching and measurement of low temperatures. Properties of cryogenic liquids.
Fundamentals of cryotechnics. Influence of low temperatures on physical properties of solids. Superconductivity and superfluidity.
Annotation
Experimental methods of study of mechanical, electrical, magnetical and optical properties of condensed matter. Mechanical tests, acoustic emission.
Dielectrick spectroscopy, dynamical-mechanical spectroscopy. Thermal and magnetic properties of solids, thermal expansion and specific heats.
Phase transitions in solids, thermal capacity form DSC. Electric and photoelectric properties - transport phenomena, photoconductivity.
Methods for obtaining low temperatures, properties of cryogenic liquids.