The aim is to extend the elementary students´ knowledge in the field of technological processes, deepen their understanding of physical principles and enhance the ability of graduates to propose their applications in technological practice, scientific projects and research.
1. HISTORY, PRESENT AND FUTURE OF TECHNOLOGY
1 Historical roots and development
2 Modern technology as a sequence of successive elementary physics and physico-chemical processes
3 Basic structure of a technological chain
2. ELEMENTARY PHYSICAL AND CHEMICAL AND PHYSICAL PROCESSES
1 Resistance heating, induction, dielectric heating
2 Isostatic compression, static, shock
3 Ultrasound impact on the material - welding, microcavitation
4 High-energy liquid jet impact on the material
2 Electron and ion beam impact on the material
6 Laser and plasma impact on the material
3. ESTABLISHMENT OF MATERIAL
1 Nucleation and growth of a new phase
2 Epitaxy
3 Sintering of fine ceramics and metals
4 Polymerization
5 Radiation catalysis
6 Laser, arc ablation
7 Rapid Solidification (Rapid Solidification)
4. MATERIAL TRANSFORMATION
1 Intercalation
2 Thermal processes
4 Phase (transformation) transitions
4 Restructuring and recrystallization
5 Phase segregation
6 Diffusion processes
7 Magnetization
8 Radiation catalysis
9 Restructuring material by extrusion (extrusion, ECAP)
1. HISTORY, PRESENT AND FUTURE OF TECHNOLOGY
1 Historical roots and development
2 Modern technology as a sequence of successive elementary physics and physico-chemical processes
3 Basic structure of a technological chain
2. ELEMENTARY PHYSICAL AND CHEMICAL AND PHYSICAL PROCESSES
1 Resistance heating, induction, dielectric heating
2 Isostatic compression, static, shock
3 Ultrasound impact on the material - welding, microcavitation
4 High-energy liquid jet impact on the material
2 Electron and ion beam impact on the material
6 Laser and plasma impact on the material
3. ESTABLISHMENT OF MATERIAL
1 Nucleation and growth of a new phase
2 Epitaxy
3 Sintering of fine ceramics and metals
4 Polymerization
5 Radiation catalysis
6 Laser, arc ablation
7 Rapid Solidification (Rapid Solidification)
4. MATERIAL TRANSFORMATION
1 Intercalation
2 Thermal processes
4 Phase (transformation) transitions
4 Restructuring and recrystallization
5 Phase segregation
6 Diffusion processes
7 Magnetization
8 Radiation catalysis
9 Restructuring material by extrusion (extrusion, ECAP)