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Graphene: A New Potential Material of “Post-silicon Era”

Graphene: A New Potential Material of “Post-silicon Era”
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摘要 Graphene triggered a global research upsurge since the researcher in the University of Manchester exfoliated it from graphite through'scotch tape'method in 2004.Graphene is regarded as a new potential material in the'Postsilicon Era'for making nano-sized transistors and circuits.Breakthroughs in this regard ensued in just a few years.Many kinds of products made by graphene are available now,and industrialization of graphene is underway.1.Major S&T connotation and significance Graphene is a kind of new material composed by carbon atoms through sp2 hybrid orbital,which is Graphene triggered a global research upsurge since the researcher in the University of Manchester exfoliated it from graphite through "scotch tape" method in 2004. Graphene is regarded as a new potential material in the "Postsilicon Era" for making nano-sized transistors and circuits. Breakthroughs in this regard ensued in iust a few years.
出处 《Bulletin of the Chinese Academy of Sciences》 2014年第1期35-37,共3页 中国科学院院刊(英文版)
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  • 1Greaphene. From Baidu Encyclopedia: hllp:/Ibaike.baidu.com/view/1604935.htm?tp=9_01. 2013·08·15.
  • 2Deng, J., 2011. Greaphene: a perfect material for future life. S& T Daily, 2011·12·23.
  • 3Sina Technology, 2013. As silicon chips approach size limits, carbon nanotubes may become a substitute. hllp:/Itech.sina.com.cnIiV2013·02·21/14508078033.shtml. 2013-02-21.
  • 4Wuhan Branch of the National Science Library, Chinese Academy of SCiences, 2013. New type 2D semiconducting materials is to replace silicon.
  • 5Europa, 2013. Graphene and Human Brain Project win largest research excellence award in history, as bailie for sustained science funding continues. http://europa.eu/ rapid/press-release J P-13-54 _en. htm. 2013-01-28.
  • 6Preparation and application of graphene: a roadmap, 2012. Bulletin of Advanced Manufacturing and New Materials Research: 21,1-7.
  • 7Wuhan Branch of the National Science Library, Chinese Academy of Sciences, 2012. An in-depth analysis of graphene-related patent rights.
  • 8Novoselov, K. et aI., 2002. A roadmap for graphene. Nature: 490, 192-200.

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