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Unlocking scalable high-areal-capacity Li battery cathodes
A study on the space-age aesthetics culture since 1950s: architectureandexhib...
EI、SCI与SSCI学术论文之撰写与投稿
金刚石形性协同多能场制备-加工机理、工艺及装备研
报告题目:
Magnetic Nanostructures Beyond Nature
 报告人:
Prof Jian Shen
Oak Ridge National Laboratory
报告时间:
2007-04-19 16:00
报告地点:
理学院报告厅
主办单位:
物理系
  简介:
The current standard of electronic devices and data storage media has reached a level such that magnetic materials have to be fabricated on a nanometer scale. In particular, the emerging concept of spintronics, which is based on fact that current carriers have not only charge but also spin, requires the assembling of nanometer-sized magnetic structures with desired magnetic properties. It is this background that motivates scientists and engineers to attempt to grow and characterize magnetic objects at smaller and smaller length scales, from 2D films and multilayers to 1D wires and eventually to 0D dots. In this talk, I will give a few examples to demonstrate how one can grow nanostructured magnetic materials including films, wires and dots by design. Some unexpected structural and magnetic properties of these materials will be discussed, with an emphasis on their physical origin. The emphasis is on converting the existing knowledge into growing and studying low-dimensional complex materials, which promise to have considerably higher ‘‘tuning’’ ability for desired properties.
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