1. Sampling of utility raw materials, basic concepts
2. Evaluation of the treatability of utility raw materials, treatability curves
3. Evaluation of the granulometric composition of mineral raw materials, grain size curves.
4. Calculation of yields of separation process products.
5. Evaluation of the efficiency of separation processes by the method of yields.
6. Evaluation of the efficiency of separation processes using the partition curve method
7. Other methods for evaluating the efficiency of separation processes
8. Basic statistical methods and their application in the evaluation of technological processes, basic concepts.
9. Tests on probability distribution parameters and their applications.
10.Goodness-of-fit tests and their applications.
11.Basics of regression and correlation analysis and their applications
12.Analysis of variance and its applications.
13.Basic methods for planning experiments, evaluation of experimental works.
2. Evaluation of the treatability of utility raw materials, treatability curves
3. Evaluation of the granulometric composition of mineral raw materials, grain size curves.
4. Calculation of yields of separation process products.
5. Evaluation of the efficiency of separation processes by the method of yields.
6. Evaluation of the efficiency of separation processes using the partition curve method
7. Other methods for evaluating the efficiency of separation processes
8. Basic statistical methods and their application in the evaluation of technological processes, basic concepts.
9. Tests on probability distribution parameters and their applications.
10.Goodness-of-fit tests and their applications.
11.Basics of regression and correlation analysis and their applications
12.Analysis of variance and its applications.
13.Basic methods for planning experiments, evaluation of experimental works.