2011 National Natural Science Foundation of China (NSFC) and the U.S. National Science Foundation (NSF) will be co-funded collaborative research project (project implementation period is January 1, 2012 ~ Dec. 31, 2014). The open call and in accordance with the relevant provisions of Commission I, and check with the National Science Foundation to apply the list of items, there are 25 applications through the trial:
accepting applications for Project No. Name of the applicant and the support unit for Chinese applicants and support unit for the U.S. 11,010,334 for fusion reactor plasma facing components in the tungsten-based nanocrystalline materials of square blocks of Chinese Academy of Sciences Institute of striker Peter HosemannUniversity of California, Berkeley21010276 ruthenium complex of π-conjugated polymers for light sensitive materials with cobalt bipyridine Self-assembly of electrolyte Sun Shiguo Dalian University of Technology Yi PangThe University of Akron21010277 basic anion-exchange membrane fuel cell membrane electrode materials Yu Hongmei, Dalian Institute of Chemical Physics, Chinese Academy of Fuqiang LiuUniversity of Texas Arlington21010279 graphene nanocomposite supercapacitor application Jing-Hong Li, Tsinghua University Guozhong CaoUniversity of Washington21010280 dye doped rare earth-based solar cells Wu Jihuai Man Wah Chinese University of Chonglin ChenUniversity of Texas at San Antonio21010281 multiple nano-catalyst materials to build its lithium - a key air battery technology research areas of application of Xiamen University Chuan Dai Zong -jian ZhongState University of New York atBinghamton51010399 graphene-based materials, new energy, Tsinghua University Shi Gao Liming DaiCase Western Reserve University51010402 sunlight to produce green fuel for the novel photocatalyst materials design and synthesis of Yu Jiaguo Wuhan University of Mietek JaroniecKent State University51010404 based the complexity of dual metal nanoparticle synthesis, assembly and structure - property relationship of Wang Rongming Beijing University of Aeronautics Kai SunUniversity of Michigan51010405 carbon nanofiber-based organic solar cells Peng Huisheng new Fudan Jie LiuDuke University51010407 complex Zintl phase crystal growth of bismuth and antimony compounds the thermoelectric properties of Xiasheng Qing Shandong University Svilen BobevUniversity of Delaware51010410 thin graphite composite materials for high energy density supercapacitor electrode materials Jin Jian, Chinese Academy of Suzhou Institute of Nano Technology and Nano-Bionics Jiaxing HuangNorthwestern University51010412 anti-coking, corrosion-resistant high electrochemical activity of the ceramic solid oxide fuel cell anode Xia Changrong University of Science and Technology of China, Meilin LiuGeorgia Institue of Technology51010413 efficient low-cost silicon solar cells with new Ce3 + / Eu2 +-sensitized rare-earth near-infrared quantum cutting Thin Film Jinke Wang Jing Sun Yat-sen TangUniversity of Wyoming51010414 high temperature energy storage device composed of lead-free dielectric materials, structural design and performance evaluation of Liu Han Wuhan University Shujun ZhangPennsylvania State University51010417 carbon nanostructures / semiconductor nano-composite materials and energy conversion efficiency of right-Peng days Bingqing WeiUniversity of Wuhan University Delaware51010418 frequency conversion based on energy by photocatalytic water splitting device is one-dimensional nanostructures prepared by Huang Xiaozhong Central South University Xiangfeng DuanUniversity of California, Los Angeles51010422 high-performance secondary battery materials technology cooperation in key energy research Wu Feng of Beijing Institute of Deyang QuUniversity of Massachusetts Boston51010424 transition metal oxides as catalyst supports direct formaldehyde fuel cell simulation and preparation of Hanji Tian Shandong University, Tien-Chien JenUniversity of Wisconsin, Milwaukee51010425Heusler-efficiency energy conversion materials, regulation and function of solidification Li Jianguo, Shanghai Jiaotong University, Joseph RossTexas A & M University51010428 new hydrogen storage materials under high-pressure structural stability of Liu Haozhe Harbin Institute of Technology Jiuhua ChenFlorida International University51010429 flexible high-power piezoelectric generator Zhou Junhua of Nano Science and Technology University of Zhong Lin WangGeorgia Institue of Technology51010433 proton exchange membrane fuel cell bipolar plates with the Fe-based amorphous component design, fabrication and characterization of Shanghai Jiaotong University, Zhang Shuguang Teiichi AndoNortheastern University51010458 process of a new generation of energy storage in mesoporous mixed conductor electrode enhanced carrier transfer mechanism of Jilin University, Qi-Sheng Huo Xiao-Dong ZhouUniversity of South Carolina51010443 Graphene-based composite Efficient energy storage material into a Hui-Ming Institute of Metal Research Institute of Daniel E. MorseUniversity of California, Santa Barbara Contact: American and International Cooperation Bureau, Department Drafts Chen Huai
Tel: 010 6232 5377, 010 6232 7017
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