Modern technologies of raw and man-caused materials treatment

Description: As part of the course, a master's student will master the practical use of the theoretical knowledge obtained in production conditions, as well as when working in the scientific field. Students will be presented with basic knowledge and skills in the field of processing of natural mineral raw materials and man-made waste. In the process of learning , they the physical and physico-chemical bases of the technology of processing mineral and man-made raw materials will be considered. Hardware support of the processing technologies under consideration. Methods of mastering existing enrichment technologies, as well as modern equipment used in them, implementing these technologies in production condition

Amount of credits: 5

Пререквизиты:

• Chemistry

Course Workload:

Component: Component by selection

Cycle: Base disciplines

Goal

• "Modern technologies for the enrichment and processing of mineral raw materials" - introduction to the theoretical provisions and fundamentals of the theory of planning experimental research; formation of skills for organizing and planning scientific work, conducting a scientific experiment and processing its results. In the process of studying this discipline, the student expands and deepens parts of the following competencies: • proficiency in using (under the guidance of) modeling methods, forecasting assessment and optimization of technological processes and properties of materials, standardization and certification of materials and processes . • proficiency in data collection, study, analysis and generalization of scientific and technical information on the subject of research, development and use of technical documentation, basic regulatory documents on intellectual property issues, preparation of documents for patenting.,

Objective

• the study of the theoretical foundations of experiment planning and organization, correlation and regression analysis, factor experiment; the study of modern methodological approaches to the formulation and processing of experimental research results and mathematical methods used in the planning and optimization of the experiment; • formation of the ability to develop a factor plan of the experiment and conduct variance, correlation and regression analysis; • formation of practical skills to perform scientific experiments research, processing of experimental results.