提高用于制造、能源、电子、国防和其他行业的合成材料的性能是俄亥俄州材料科学与工程部（MSE）许多研究人员的主要目标之一。从新型生物医学复合材料到防腐蚀，MSE研究项目的设计使我们实验室开发的突破可以应用于工业过程，从而帮助工业每年节省数十亿美元。这些程序包括：锂离子和钠离子电池电极复合材料的设计改进生物医学材料的发展与表征航空老化用铝合金的腐蚀与防护新型气、热、生物传感器的研制影响大规模制造的材料特性连续陶瓷复合材料的发展新兴铝锂合金的腐蚀敏感性碳/碳复合材料高温涂料的研制难熔金属防护涂料的设计压铸镁合金的疲劳性能
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Improving the performance of synthesized materials used in manufacturing, energy, electronics, defense and other industries is one of the primary goals for many of the researchers in Ohio State’s Department of Materials Science and Engineering (MSE). From new biomedical composite materials to corrosion protection, MSE research programs are designed so breakthroughs developed in our laboratories can be applied to industrial processes, thereby helping industry save billions of dollars each year. These programs include:Design of electrode composites for Li-ion and Na-ion batteriesDevelopment and characterization of improved biomedical materialsCorrosion and protection of Al alloys in aging aircraft applicationsDevelopment of new gas, thermal and bio-sensorsProperties of materials that influence large-scale manufacturingDevelopment of co-continuous ceramic compositesCorrosion susceptibility of emerging Al-Li alloysDevelopment of high-temperature coatings for carbon/carbon compositesDesign of protective coatings for refractory metalsFatigue properties of die cast magnesium alloys
