Subject · Chemical engineering
Production of non-ferrous metals and chemical technologyTopics
Topic plan
The subject's topics and the learning outcomes attached to each one.
1. 1. general characteristics of metals. non-ferrous metals. non-ferrous metal alloys
LectureNon-ferrous metals are metals that are different from iron and are distinguished by their lightness, corrosion resistance, good electrical and thermal conductivity. copper, aluminum, zinc, lead and titanium are examples of these metals. their alloys are widely used in various industries.
2. 2. methods of preparing alloys.
LectureMelting temperature and density of non-ferrous metals and alloys. mutual solubility of alloy constituents. evaporation and boiling of non-ferrous metals during melting
3. 3. vapor pressure of non-ferrous metals and alloys.
LectureThermal and electrical properties of non-ferrous metals and alloys
4. 4. types of chemical bonds.
LectureProperties of the metallic state. physico-chemical concepts of non-ferrous metals. crystal structure of non-ferrous metals
5. 5. general laws of interaction of alloy with gases.i.
LectureInteraction of liquid metals with hydrogen, oxygen and nitrogen. interaction of liquid metals with complex gases. the interaction of the alloy with the material of the putty and the masonry of the melting furnace
6. 6. development of melting technology.
LectureConcrete materials and methods of their preparation. scheduling and reporting. loading sequence of bulk materials. protection of alloys from atmospheric interaction during melting. purification of alloys. deoxygenation of alloys. modification of alloys
7. Melting furnaces and their classification.
LectureMelting furnaces used in the production of aluminum and its alloys
8. 8. composition and properties of primary aluminum.
LectureComposition and properties of aluminum alloys
9. 9. refinement, modification and thermal processing of aluminum alloys
LectureComposition and properties of aluminum alloys
10. 10. composition and properties of primary magnesium.
LectureComposition and properties of aluminum alloys. melting properties of magnesium alloys
11. Composition and properties of copper. composition and properties of copper alloys. bronzes. bronzes. smelting properties of copper and iron alloys
Bronzes. bronzes. smelting properties of copper and iron alloys
12. Composition and properties of nickel.
Composition and properties of nickel alloys. melting properties of nickel alloys
13. 13. composition and properties of titanium.
Composition and properties of titanium alloys. melting characteristics of titanium alloys
14. 14. beryllium and its alloys.
LectureProperties of refractory metals. niobium və molibden ərintilərinin xassələri. properties of tungsten and its alloys. palladium ərintilərinin tərkibi və xassələri. çətinəriyən ərintilərin əridilmə xüsusiyyətləri
15. 15. composition and properties of zinc alloys.
LectureComposition and properties of tin alloys. composition and properties of lead alloys. composition and properties of cadmium alloys. printing alloys. pillow alloys
16. 17. alloys of noble metals.
LectureComposition and properties of gold alloys. composition and properties of silver alloys. composition and properties of platinum alloys. composition and properties of palladium alloy. application of noble metals and alloys
17. 18. structure and properties of thorium.
LectureAlloys of thorium. structure and properties of uranium. uranium alloys. structure and properties of plutonium. thermal processing of non-ferrous metals and alloys. classification of thermal processing types
18. 19. sources of formation of raw materials used in the re-production of non-ferrous metals.
LectureClassification of non-ferrous metal, scrap and waste. organization of collection of non-ferrous metal scrap and waste