文档介绍：冶金工程全日制工程硕士研究生培养方案
Metallurgical Engineering
一、领域介绍
冶金工程领域是研究从矿石、二次资源等原料中提取金属或化合物,并制成具有一定使用性能和经济价值产品的工程技术科学。主要任务是研究各种金属冶炼和提取方法、原理、流程、工艺及设备,提高生产效率,节约能源,减少污染,改进产品质量,降低成本,扩大品种。
冶金工程包括钢铁冶金、有色金属冶金两大类。冶金物理化学是冶金工程的应用理论基础。该工程领域与材料工程、环境工程、矿业工程、控制工程、计算机技术等工程领域及物理、化学、工程热物理等基础学科密切联系,相互促进,共同发展。
冶金工程领域是本校最早获得工程硕士授予权的领域之一,自1998年招生至今,已为冶金工矿企业和工程建设部门,特别是国有大中型企业培养了多名应用型、复合型高层次工程技术和工程管理人才。
Metallurgy is the science and technology of extracting metals and pounds from their ores and secondary resources and preparing them for practical use with proper functions and economic value. It studies the methods, principles, process, technologies and equipment of metal extraction with the aim of increasing production efficiency, saving energy, reducing pollution, improving product quality, lowering costs and expanding product variety.
Metallurgical engineering includes ferrous and nonferrous metallurgical engineering. The basic theory of metallurgical engineering is physical chemistry of metallurgy. The area of metallurgical engineering is related to materials engineering, environmental engineering, mineral engineering, controlling engineering, computer technology etc. as well as physics, chemistry, engineering thermophysics etc.
As one of the oldest authorized area for the engineering professional master’s degree, the metallurgical engineering area has started to recruit students since 1998. With