The graduate program in Materials Science and Engineering at the University of Illinois offers students a mixture of high quality education and cutting edge research. U.S. News and World Report ranks the graduate program in materials at Illinois among the top programs in the nation. Facilities such as the Frederick Seitz Materials Research Laboratory provide unparalleled access and training on the world-class instrumentation you will need for your research. New materials and processes underlie countless recent advances in communications, information technology, medicine, transportation, and energy production. With a graduate degree in Materials Science and Engineering from Illinois, you will be exceptionally well-positioned to contribute to these and other exciting technological fields that depend on advances in synthesis, processing, and characterization of materials.
1、材料热力学
2、材料的动力学过程
3、材料的合成
4、显微结构的测定
5、材料的热力学行为
6、陶瓷材料及其性能
7、电瓷
8、陶瓷加工实验
9、高等固体材料的力学性能
10、金属材料的加工
11、金属材料实验
12、能源合金材料的设计
13、金属材料的腐蚀
14、高分子科学与工程导论
15、高分子实验
