1. Character of light - theoretical introduction. A quarry and a reflection of light. Polarization of light. The breakdown of substances according to optical properties. Polarization microscope.
2. Determination of grain size. Properties of minerals observed in uncut nickels. Preparing microscopic slides - selecting rock and cutting it.
3. Characteristics of minerals when observed in cross-linked nickels. Discarding. Interference colors. Lapping and grinding the slide.
4. Compensators. Clots and transformations. Character of the zone (stroke of length). The optical nature of the mineral. Working with compensators. Sticking the slide.
5. Systematic mineralogy – an overview of the optical properties of selected rock-forming minerals. Polishing the process and finalising it.
6. An overview of magma rock structures.
7. Overview of sedimentary rock structures.
8. Digital image analysis and its possibilities in mineralogy and petrography. Special microscopic techniques, dark fields, fluorescence.
9. Reflected light, inverse ore microscope design, types of screens, eyepieces and lenses.
10. The types of microscopic preparations used in reflected light, the preparation of the coatings.
11. The color of minerals, the difference between minerals colored and colorless. Errors in determining mineral color.
12. The luminosity of ore minerals and coal mass. Observations in exterior slanting light - the internal reflexes of ore minerals.
13. Characteristics of minerals in polarized light, sources of error in observations in polarized light. Evaluation of a set of unknown ore minerals in reflected light in terms of their optical properties.
2. Determination of grain size. Properties of minerals observed in uncut nickels. Preparing microscopic slides - selecting rock and cutting it.
3. Characteristics of minerals when observed in cross-linked nickels. Discarding. Interference colors. Lapping and grinding the slide.
4. Compensators. Clots and transformations. Character of the zone (stroke of length). The optical nature of the mineral. Working with compensators. Sticking the slide.
5. Systematic mineralogy – an overview of the optical properties of selected rock-forming minerals. Polishing the process and finalising it.
6. An overview of magma rock structures.
7. Overview of sedimentary rock structures.
8. Digital image analysis and its possibilities in mineralogy and petrography. Special microscopic techniques, dark fields, fluorescence.
9. Reflected light, inverse ore microscope design, types of screens, eyepieces and lenses.
10. The types of microscopic preparations used in reflected light, the preparation of the coatings.
11. The color of minerals, the difference between minerals colored and colorless. Errors in determining mineral color.
12. The luminosity of ore minerals and coal mass. Observations in exterior slanting light - the internal reflexes of ore minerals.
13. Characteristics of minerals in polarized light, sources of error in observations in polarized light. Evaluation of a set of unknown ore minerals in reflected light in terms of their optical properties.