Materials Research Science and Engineering Center

9400415伍德尔 普渡大学材料研究科学与工程中心（MRSEC）专注于电子和光子应用的异质结构材料。 该中心的目的是在这些领域开发使能技术， 长期目标的研究领域 促进使用这些技术的新产品的商业化。 MRSEC由两个跨学科研究小组组成。 半导体失配异质结构组解决了与使用非晶格匹配材料的半导体器件技术的发展相关的问题。 长期目标是生产经济上可行的使能技术，用于使用在具有光学和电学性能的非晶格匹配衬底上生长的未开发的半导体材料来制造光子和电子器件。 电气性能与特定应用相匹配。 异质结构性质的外在控制小组集中在与发光和 检测 由高频带制造的器件 用于电子、光子和光电应用（特别是非线性应用）的具有复合半导体材料的带隙半导体。 MRSEC支持教育推广和人类发展计划。 资源 发展基于现有 普渡大学的努力。 特别重点是加强少数民族学生和女学生的方案。 的 MRSEC支持共享实验设施， 和 表征 的 异质结构材料和器件。 该中心目前支持10名高级研究员，2名博士后研究助理，1名技术人员，8名研究生， 和 10个本科生。 MRSEC由Jerry Woodall教授指导。 ***

9400415 Woodall The Materials Research Science and Engineering Center (MRSEC) at Purdue University focuses on heterostructure materials for electronic and photonic applications. The purpose of the Center is to develop enabling technologies in these areas of research with the long-term goal of facilitating the commercialization of new products using these technologies. The MRSEC is organized through two interdisciplinary research groups. The semiconductor misfit heterostructures group addresses problems associated with the development of semiconductor device technology using non-lattice-matched materials. The long term goal is to produce economically viable enabling technologies for fabricating photonic and electronic devices using unexplored semiconductor materials grown on non- lattice-matched substrates with optical and electrical properties matched to specific applications. The extrinsic control of heterostructure properties group focuses on important materials problems associated with light emitting and detecting devices fabricated from high-band gap semiconductors with composite semiconductor materials used for electronic, photonic and optoelectronic applications (especially nonlinear applications). The MRSEC supports programs for educational outreach and human resource development based on existing Purdue University efforts. Special focus is on the enhancement of programs for minority and women students. The MRSEC supports shared experimental facilities for the preparation, fabrication and characterization of heterostructure materials and devices. The center currently supports 10 senior investigators, 2 postdoctoral research associates, 1 technical staff member, 8 graduate students, and 10 undergraduates. The MRSEC is directed by Professor Jerry Woodall. ***