U.S.-China Cooperative Research: Magnetic Properties of Nanostructured Materials

9600472钱：约翰·霍普金斯大学和南京大学在中国就纳米结构材料的磁性进行了一项新的国际合作研究计划。这些研究既包括磁光效应(克尔效应和法拉第效应)，也包括三类纳米结构材料的巨磁输运性质：多层膜、纳米线阵列和颗粒状固体，这三类材料是具有重要基础和技术意义的激动场。在提出这一建议的同时，中国科学家还向中国的国家自然科学基金提交了一份关于他们应承担的研究费用的建议。纳米结构材料为探测基本的物理相互作用提供了许多可能性。在数据记录或传感器等快速发展的工业部门中，此类材料的未来使用进展将是重要的。

9600472 Chien A new international collaborative research program on the magnetic properties of nanostuctured materials between the Johns Hopkins University and Nanjing University in China is proposed. The studies include both the magneto- optical effect (Kerr and Faraday effects) and giant magneto- transport properties on three classes of nanostructured materials: multilayers, arrays of nanowires,and granular solids, which are exciting fields of fundamental and technological importance. In parallel to this proposal, the Chinese scientists are also submitting a proposal to the National Natural Science Foundation of China for their portions of the research expenses. Nanostructured materials allow many possibilities for probing fundamental physical interactions. Future advances in use of such materials will be important in rapidly expanding industrial sectors such as data recording or sensors.