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物理系colloquium: 高效微纳光子与室温量子态
Great Chalenge are Great Opportunities
抗疲劳高效率弹热材料增材制造及固态相变多场效应调控
A universal theory of spin squeezing and the experimental realization
报告题目:
Micro and Nanofabrication Technology For Sensing Applications
 报告人:
Prof. Chang Liu
Associate Professor 
Department of Electrical and Computer Engineering
报告时间:
2005-11-24 09:00
报告地点:
精仪系9003大楼四楼会议室
主办单位:
精仪系
  简介:

The Micro Actuator, Sensor, and System are dedicated to advance the state

of the art of micro- and nanofabrication, and advanced fabrication and

manufacturing technologies for sensors and applications.  Some recent

progresses on nano/micro-fabrication technology will be introduced in this talk.

Polymer materials are important for increasing performance and robustness of

microfabricated devices.  Microfabrication traditionally relies on silicon,

other semiconductor materials, and metals.  The result from our work has demonstrated

that many polymer materials, including thermalsets and thermalplasts, can be

successfully used in microfabricated devices.  In this talk, several applications

of sensing, including artificial haircell sensor and lateral line sensing

will be demonstrated.

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