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1、 “清江论坛”第二届同步辐射技术及其应用学术讲座通 知同步辐射光源能同时产生从红外、可见光、紫外，到软X射线、硬X射线的同步辐射光，具有波长范围宽、高强度、高亮度、高准直性、高偏振与准相干性、可准确计算、高稳定性等一系列比其他人工光源更优异的特性，在科学界和工业界有着广泛的应用价值，可以进行许多前沿学科的探索。为推动同步辐射技术进步及应用， 2014年6月3-6日，我校举办了“清江论坛”同步辐射技术及其应用国际学术活动周。此次学术活动周主要介绍同步辐射光源技术以及多学科应用和实验方法发展情况，总结了近年来国内外同步辐射光源技术创新以及仪器发展的实践经验和最新理论研究成果，使我校师生对同步辐射技
2、术及其应用有了初步认识和理解。为进一步提高我校老师和研究生对“同步辐射技术及其应用”的深入理解，以便在今后的学习、工作中更好地应用先进的同步辐射技术开展高端研究，提高科学研究水平，提升学术论文层次，现邀请加拿大同步辐射国家实验室相关专家（授课专家简历见附件）拟在6月11日-15日期间为我校师生开展为期5天共计16学时的学术讲座，具体安排如下：上课时间课程内容主讲老师6月11日晚上19:00-22:00同步辐射的介绍（2学时）；电子结构和分子光谱导论（2学时）Yongfeng Hu6月12日晚上19:00-22:00同步辐射技术在催化中的应用（4学时）Hui Wang6月13日晚上19:00-2
3、2:00同步辐射技术在纳米及能源材料中的应用（3学时）Yongfeng Hu6月14日晚上19:00-22:00同步辐射技术在环境科学中的应用（3学时）Yongfeng Hu6月15日晚上19:00-21:00相关技术的介绍（2学时）Yongfeng Hu讲座地点：江西理工大学黄金校区MBA学术报告厅附件：授课专家简介Yongfeng HuCanadian Light SourceStaff Scientist44 Innovation BoulevardYongfeng.Saskatoon, SK, S7N 2V3306 657-3722(o) 306 657-3535(f)EDUCATIO
4、NPh. D. (Physical Chemistry)The University of Western Ontario (UWO) (1990 1996)B. S. (Physical Chemistry)Shandong University, Shandong, China (1984 1988)PROFESSIONAL EXPERIENCE2003 PresentStaff Scientist, Canadian Light Source2008- PresentAdjunct Professor, Chemical Engineering, U. of Saskatchewan20
5、00 2003Research Scientist and beamline manager, Canadian Synchrotron Radiation Facility, SRC, University of Wisconsin-Madison1998 - 2000Research Scientist, UWO1997 - 1998Postdoctoral Fellow, Princeton University1996 1997Postdoctoral Fellow, UWOArea of ExpertiseSynchrotron radiation and beamlines; In
6、strumentation in spectroscopy; Solid state and surface chemistry; Photoelectron and photoabsorption spectroscopy; Material and environmental science; Atomic and molecular spectroscopyResearch InterestSynchrotron instrumentation: built and commissioned three beamlines (soft and hard x-rays) at the sy
7、nchrotron facilities in US and Canada; designed and built many endstations (photoelectron and photoabsorption and others) for application of synchrotron based technique.Application of Synchrotron radiation techniques: study of chemical and electronic structure and its interplay with material propert
8、ies and spectroscopy; currently pushing for “real”, in-situ measurement of environmental and catalytic samples.Over 130 peer-reviewed papers published in areas of atomic and molecular chemistry and physics, material and environmental science, and synchrotron instrumentation.Dr. Hui Wang is an associ
9、ate professor in the Department of Chemical and Biological Engineering of the University of Saskatchewan. He received his B.Sc. and M.Sc. from Taiyuan University of Technology and Ph.D. from University of Alberta. With experience working in industry, universities in China, Australia and Canada, and
10、a US national laboratory, Dr. Wangs expertise covers heterogeneous catalysis, separation engineering, chemical reaction engineering, and synchrotron X-ray absorption spectroscopy studies in catalysis. He has been involved in the projects of developing carbonyl sulfide hydrolysis catalyst, H2S scaven
11、ger and sulfur removal technology. The method he and his co-workers developed to make CO2 reforming of CH4 catalyst, which allows long-term stable operation by minimizing the carbon formation side reaction, has been awarded a US patent. Dr. Wang and his group are also investigating hydrogen producti
12、on from splitting H2S, mercury capture using cheap adsorbents, and catalytic combustion efficiency. Dr. Wang has authored and co-authored over 100 publications including journal papers, book chapters, invited and keynote lectures, conference papers and presentations, and research reports. He recently received the Award of Innovation from the Innovation Place of City Saskatoon and the Industrial Liaison Office of University of Saskatchewan.Position: Associate ProfessorEmployer: Department of Chemical and Biological Engineering，University of Saskatchewan / 文档可自由编辑打印
