26 hours, optionally

1. The overwiew of the heat and chemical heat treating types; The resumption of the physical principles, material and technology respects
2. The nitriding. Its principle, suitable steels,structure and properties of the nitriding layers
3. The gas nitriding; Conditions, use, advantages and disadvantages. The Lehrer´s diagram; The process controll
4. The nitriding based derivative processes; Nitrocarburisation; Nitrooxidation; Nitrosulfonisation; The plasma nitriding; The salt bath nitriding and nitrocarburisatin; The tenifer process.
5. The carburisation; The resumption of the basic principles and technigues; The low presure carburisation; The pulse vacuum carburisation; The plasma aided carburisation
6. The nonconventional heating methods; Induction heating; The physical principle; The heated depth with relation to the current frequency; Rapid frequency, medium frequency and low frequency heating.
7. The laser beam heating; The principle, use advantages and disadvantages. The electron beam heating. The principle, use advantages and disadvantages. The resistance heating;
8. The titaniumnitrid and compoundnitrid coating of tools
9. The hightemperature isostatic press sintering of the tool steels
10. The heat treatment of the aluminium and titanium alloys
11. The quality management systems (QMS) and their aplication to heat and chemical heat processes
12. The QMS and the heat treatment order. The metrology,monitoring and the process validation
13. The ekology aspects of the heat diffusional processes. The dangerous and hazardous stuffs.