1. Introduction - review of the material structure and basic theories of the matter structure.
2. Physical properties of rock respective to sample size and state - influence of inner/outer factors on the rock properties.
3. Mechanical properties - density, elasticity, strength, plasticity and rheological behaviour of rocks.
4. Acoustic properties - dependence of characteristics on inner and outer factors.
5. Thermal properties - rules of heat transfer in rock, thermal dilatation of rocks.
6. Electrical and magnetic properties of rocks – polarisation, permitivity, permeability, electrical conductivity of rocks.
7. Electromagnetic radiation and rock – optical properties of rocks, X-rays and rock.
8. Radioactive radiation and rock – radioactivity of rocks, influence of radioactive radiation on rocks.
9. Multicomponent systems – equilibrium in one- and multicomponent system, metastable states, phase transformations.
10. Mutual relations – influence of the rock properties on physical phenomena, classification of rocks according to their physical properties.
2. Physical properties of rock respective to sample size and state - influence of inner/outer factors on the rock properties.
3. Mechanical properties - density, elasticity, strength, plasticity and rheological behaviour of rocks.
4. Acoustic properties - dependence of characteristics on inner and outer factors.
5. Thermal properties - rules of heat transfer in rock, thermal dilatation of rocks.
6. Electrical and magnetic properties of rocks – polarisation, permitivity, permeability, electrical conductivity of rocks.
7. Electromagnetic radiation and rock – optical properties of rocks, X-rays and rock.
8. Radioactive radiation and rock – radioactivity of rocks, influence of radioactive radiation on rocks.
9. Multicomponent systems – equilibrium in one- and multicomponent system, metastable states, phase transformations.
10. Mutual relations – influence of the rock properties on physical phenomena, classification of rocks according to their physical properties.