"Magnetoelectric Mineral Processing" is a compulsory course for undergraduate students in mineral processing engineering, which has a wide range of application foundation in the mineral processing industry and related fields. It mainly teaches the basic principles and basic theories of magnetoelectric beneficiation, the working principle of magnetoelectric beneficiation equipment, magnetic system and electrode structure and application process, experimental methods and basic detection techniques, typical industrial practice cases at home and abroad, and matters that need to be paid attention to in the operation and maintenance of magnetoelectric beneficiation equipment.
Knowledge objectives: understand the basic principles of magnetic separation and electric separation, master the key factors affecting the magnetic and conductivity of minerals, and be familiar with the principle, structure, production practice and future development trend of advanced magnetic separation and electric separation equipment at home and abroad.
Ability objectives: To cultivate students' engineering literacy, to be able to propose advanced and feasible, green and low-carbon magnetoelectric separation schemes for the efficient utilization of complex and refractory mineral resources, and to obtain reliable conclusions through experimental research, and gradually form the ability to solve complex problems.
Values and objectives: to cultivate students' awareness of teamwork and sustainable development, to encourage students to strengthen the ideals and beliefs of mining to serve the country, and to contribute to social development.
