1. Characteristics of precious metals.
2. Gold, silver, overview of preparation technologies, properties, applications.
3. Platinum group metals, overview of preparation technologies, properties, applications.
4. Overview of methods of production of precious metals as a by-product in the production of copper, lead and nickel.
5. Amalgamation methods of preparation of precious metals.
6. Cyanide leaching, new processing methods.
7. Refining of precious metals.
8. High-melting metals, characteristics, influence on production technology.
9. Technology of preparation, processing, refining, properties and applications W, Mo, V.
10. Technology of preparation, processing, refining, properties and applications of Ta, Nb, Ti, Zr and Hf.
11. Rare metals and lanthanides, properties, production principles and their application in practice.
12. Naturally radioactive metals (U, Th) - characteristics, properties, use.
13. Properties, occurrence, methods of processing, use in the field of nuclear energy.
2. Gold, silver, overview of preparation technologies, properties, applications.
3. Platinum group metals, overview of preparation technologies, properties, applications.
4. Overview of methods of production of precious metals as a by-product in the production of copper, lead and nickel.
5. Amalgamation methods of preparation of precious metals.
6. Cyanide leaching, new processing methods.
7. Refining of precious metals.
8. High-melting metals, characteristics, influence on production technology.
9. Technology of preparation, processing, refining, properties and applications W, Mo, V.
10. Technology of preparation, processing, refining, properties and applications of Ta, Nb, Ti, Zr and Hf.
11. Rare metals and lanthanides, properties, production principles and their application in practice.
12. Naturally radioactive metals (U, Th) - characteristics, properties, use.
13. Properties, occurrence, methods of processing, use in the field of nuclear energy.