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材料科学与工程研究院《材料科学论坛》:电子陶瓷在实现零碳能源中的关键作用
Excited-State Catalysis in Organic Synthesis
Phase Engineering of Nanomaterials (PEN)
环境学术沙龙第685期:高价值知识产权的布局、申请和收益转化
报告题目:
World Carbon Emission and Response from China
 报告人:
James WEI (韦潜光教授)
Princeton University  
National Academy of Engineering (1978)
American Academy of Arts and Sciences (1982)
报告时间:
2007-09-13 15:00
报告地点:
工物馆336 教室
主办单位:
化学工程系
  简介:

China ties with the US as the largest contributors to carbon emission, due to large and growing extensive parameters of populations, gross national product, and energy use.   The major intensive parameters for assessment are: the energy/GNP ratio or K, and the carbon/energy ratio or L.  As nations develop from pre-industrial (such as Nepal) to industrial (such as China), K falls due to higher technology efficiency, but L rises due to fossil fuel use in manufacturing; as nations develop further into post-industrial (such as US), L falls as manufacturing is replaced by services.  A number of scenarios are outlined for possible responses from China, with the benefits and costs involved, challenging research problems posed, and persuading society for support.

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