Hello dear!I heard that you are quite interested in the field of metallurgical engineering and want to go to graduate school, but you don't know which direction to choose?Don't worry, let the teacher guide you!Today, we will talk about the three postgraduate directions of metallurgical engineering, and take you to appreciate the endless charm of this field!
Metallurgical physical chemistry is an important branch of metallurgical engineering, which mainly studies the physical and chemical reactions in the metallurgical process and their change laws. The research contents of this direction include: metallurgical thermodynamics, metallurgical kinetics, electrochemistry, phase equilibrium and phase transition, etc. This knowledge will help you better understand the various phenomena in the metallurgical process and provide theoretical support for the optimization and improvement of the metallurgical process.
1.Metallurgical thermodynamicsThe thermal properties and changes of substances in the metallurgical process are studied, and the equilibrium conditions and energy conversion laws of various chemical reactions are revealed.
2.Metallurgical dynamicsThe metallurgical reaction rate and its influencing factors were studied, and ways to increase the reaction rate and reduce energy consumption were explored.
3.ElectrochemistryStudy of electrochemical phenomena and principles in metallurgical processes, such as electrolytic refining, electroplating, etc.
4.Phase equilibrium and phase transitionThe phase transformation law and phase equilibrium conditions of substances in metallurgical process are studied to provide theoretical guidance for alloy design and material preparation.
Iron and steel metallurgy is one of the core fields of metallurgical engineering, mainly studying the production process, equipment, and product quality control of iron and steel. The research contents in this direction include: iron ore beneficiation, sintering pellets, blast furnace ironmaking, converter steelmaking, continuous casting and rolling, etc. This knowledge will enable you to become an expert in the field of steel production and contribute to the development of the steel industry in our country.
1.Iron ore beneficiationResearch the beneficiation technology and equipment of iron ore to improve the grade and rate of iron ore concentrate.
2.Sintered pelletsResearch sintering and pelletizing technology and equipment to provide qualified raw materials for blast furnaces.
3.Blast furnace ironmakingResearch on blast furnace ironmaking process and equipment to improve pig iron production and quality.
4.Converter steelmakingResearch on converter steelmaking processes and equipment to optimize the steelmaking process and reduce energy consumption and emissions.
Non-ferrous metallurgy mainly studies the production process, equipment, and product quality control of non-ferrous metals other than steel. These non-ferrous metals include aluminum, copper, zinc, nickel, lead, cobalt, etc. The research content in this direction is rich and diverse, and it has high practical value and economic benefits.
1.Aluminium metallurgyResearch on bauxite beneficiation and alumina production process and equipment, as well as electrolytic aluminum production technology and quality control.
2.Copper metallurgyResearch on the beneficiation and smelting technology and equipment of copper ore to improve the output and quality of copper.
3.Zinc metallurgyResearch the beneficiation and smelting technology and equipment of zinc ore, optimize the production process of zinc, and reduce costs.
4.Other non-ferrous metallurgyFor different non-ferrous metals, research its unique smelting process and equipment to support the development of the non-ferrous metal industry.
Dear, I hope this article can help you choose the direction of metallurgical engineering postgraduate examination. No matter which direction you are interested in, as long as you study Xi and practice with your heart, I believe you will be able to achieve brilliant achievements in this field!Come on!