内容详细
- 南加州大学电子物理学博士韩松学术报告
- 发布时间：2013-05-31 点击次数：1
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2013年5月30日上午10点，国际实验室邀请到南加州大学电子物理学博士韩松苏州纳米所进行学术交流。韩松博士作了题为Exploration and Learning through Nano Material Application Studies (在纳米材料应用上的探索和感受)的学术报告。报告会由张跃钢研究员主持，相关科研人员和学生聆听了报告。
Abstract:Nano-material development have been in research mode for quite a long time, with the hope that they can bring extraordinary performance in real applications. However, many trials failed. Sometimes, a gap exists between fundamental study and application need. In this talk, I want to share my lessons learned and discuss how to make our research more applicable with a few examples I experienced over the past ten years. (实验室阶段的纳米材料开发已有很多你年。 大家都希望纳米材料能在实际应用中展现出大尺寸材料所不具备的性能。然而，很多努力都没有达到理想的结果。 这其中存在着一个基础研究和实际应用脱节问题。 这个报告里，希望用我这十年中的切身经历，和大家讨论一下在这方面的教训及心得。）Bio:Dr. Song Han is currently the senior director of technology of Amprius Inc., a high energy density lithium ion battery developer. Song started Amprius as a founding member in 2008 and has led the development of technology and intellectual properties since then. Prior to that, he worked on advanced material development for different applications including integrated circuits, memories, sensors, and OLED displays, etc. Song published over 40 papers. His papers before 2008 were cited more than 3000 times in the past five years. Song received his Ph.D. degree in Electrical Engineering – Electrophysics from University of Southern California and B.S. degree in Chemistry from University of Science and Technology of China. (韩松博士毕业于中国科学技术大学，之后在美国南加州大学获得电子物理学博士。韩松博士作为创始团队的一员，于2008在硅谷创立了安普瑞斯公司。公司致力于高能量密度锂离子电池的开发。其主要技术来自斯坦福大学的硅纳米线负极的研究成果。韩松博士目前是美国安普瑞斯公司的高级技术总监，负责公司技术及知识产权的开发，申请专利二十多项。在加入安普瑞斯之前，韩松博士先后从事以集成电路，存储器，气体探测器及有机发光显示器等应用为主的新材料开发，发表文章四十多篇。韩松博士在2008年之前发表的文章在近五年里，被引用超过l3000次。)
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