1. Hydrosphere and water in the rocks. Basic concepts of groundwater hydraulics.
2. Hydraulic properties of underground fluids. Physical, sensory and chemical properties of groundwater. Hydrochemical classification of groundwater.
3. Properties and characteristics of water-bearing systems.
4. Darcy law of filtration and the basics of groundwater flow. Geohydrodynamické systems with loose and tight surface. The constant flow. Hydrodynamic tests. Groundwater regime.
5. Applied hydrogeology and its tasks. HG mineral exploration materials and tasks in their mining hydrogeology.
6. Protection of groundwater quality. overview of legislation and standards.
7. Hydrogeological and hydrological conditions of coal, ore and non-metalliferous deposits CR. 8th Sources of the break groundwater and surface water, mine water.
9. Workplace protection against break out to deeper water. mines and quarries.
10. Ensuring safety in the areas of water-bearing horizons, dissipation. wells and barriers.
11. Design of drainage systems in underground mines and quarries, CDV.
2. Hydraulic properties of underground fluids. Physical, sensory and chemical properties of groundwater. Hydrochemical classification of groundwater.
3. Properties and characteristics of water-bearing systems.
4. Darcy law of filtration and the basics of groundwater flow. Geohydrodynamické systems with loose and tight surface. The constant flow. Hydrodynamic tests. Groundwater regime.
5. Applied hydrogeology and its tasks. HG mineral exploration materials and tasks in their mining hydrogeology.
6. Protection of groundwater quality. overview of legislation and standards.
7. Hydrogeological and hydrological conditions of coal, ore and non-metalliferous deposits CR. 8th Sources of the break groundwater and surface water, mine water.
9. Workplace protection against break out to deeper water. mines and quarries.
10. Ensuring safety in the areas of water-bearing horizons, dissipation. wells and barriers.
11. Design of drainage systems in underground mines and quarries, CDV.