from    
to    
search  

 


可控裂结芯片上的单分子电子学研究
Minitalk 1:Isolating the isotopic characteristics (14C, δ13C) of dissolved i...
Advanced Multi-scale Characterisation of Subsurface: Unveiling theInfinite Po...
On the Way to Single-Cell Metabolome Analysis
报告题目:
Towards Ubiquitous Flexible Electronics
 报告人:
Prof. Beng ong
Senior Fellow of Xerox Corporation and Manager of 
Advanced Materials and Printed Electronics 
at Xerox Research Centre of Canada
an Adjunct Professor at McMaster Univesrity and 
University of Waterloo in Ontario, 
Canada. He obtained his Ph.D. in Chemistry from McGill University
报告时间:
2006-03-21 10:00
报告地点:
化学系何添楼406会议室
主办单位:
清华大学化学系
  简介:

Silicon transistor circuits are wonderful for numerous high-performance electronics but are unjustifiably costly for many applications which do not require silicon’s high switching speeds. Printed transistor circuits, which can potentially be fabricated on plastic substrates using simple liquid deposition techniques, offer an appealing approach to creating a new generation of ubiquitous large-area, flexible, and ultra low-cost electronics.

This lecture discusses the materials development for printed transistors, focusing on the issues, challenges, and recent advances in materials design. Xerox’s interest in printed electronics and our studies and progress in materials design to enable printed transistor circuits will be presented.

 

今日相关信息
图书馆资源与服务导览
Multi-core processors: technology, ap...
 
同类别相关信息
Defining protein networks that medi...
2018清华五道口全球金融论坛
Self-Assembling Polymer-Directed Hy...
Design of Semiconductor Nanostructu...
Chirality-Related Applications of H...
学术活动