1. Separation of minerals and wastes, basic concepts
2. Separation in gravitational field, theory of gravitational dissociation
3. Separation in heavy suspensions, theoretical foundations, machines and applications
4. Separation in jigs, theoretical foundations, machines and applications
5. Separation in a thin layer of water, theoretical foundations, machines and applications
6. Separation in a centrifugal field, theoretical foundations, machines and applications
7. Pneumatic separation, theoretical foundations, machines and applications
8. Separation in electromagnetic field, basic concepts
9. Separation in magnetic field, theoretical foundations, machines and applications
10.Separation in electrostatic field, theoretical foundations, machines and applications
11.Optical separation, theoretical foundations, machines and applications
12. Radiometric separation, theoretical foundations, machines and applications
13.Evaluation of technological processes, calculation of technological indicators and technological efficiency of separation
2. Separation in gravitational field, theory of gravitational dissociation
3. Separation in heavy suspensions, theoretical foundations, machines and applications
4. Separation in jigs, theoretical foundations, machines and applications
5. Separation in a thin layer of water, theoretical foundations, machines and applications
6. Separation in a centrifugal field, theoretical foundations, machines and applications
7. Pneumatic separation, theoretical foundations, machines and applications
8. Separation in electromagnetic field, basic concepts
9. Separation in magnetic field, theoretical foundations, machines and applications
10.Separation in electrostatic field, theoretical foundations, machines and applications
11.Optical separation, theoretical foundations, machines and applications
12. Radiometric separation, theoretical foundations, machines and applications
13.Evaluation of technological processes, calculation of technological indicators and technological efficiency of separation