题 目: Multiple Dimensional NMR Applications
报告人：Professor Peter L. Rinaldi （美国Akron大学教授, 核磁共振中心主任）
时 间：2013年11月5日（星期二）上午10：00
地 点：博彩平台
907楼 1445学术报告厅
报告简介：
This presentation will begin with an introduction to 1D-, 2D- and 3D-NMR including quantitation, double resonance and triple resonance techniques. The majority of the presentation will discuss applications of these methods to the study of fluoropolymer structure and composition. Studies of the compositions, monomer distribution and chain end structure of Krytox® (perfluorinated polyether), Viton® (copolymers of vinylidene fluoride and tetrafluoroethylene), and Tedlar® (polyvinyl fluoride) fluoropolymers will be used and illustrations of the applications of these techniques.
报告人简介：
B.S., 1974, Polytechnic Institute of New York
Ph.D., 1978, University of Illinois at Urbana-Champaign
NIH Postdoctoral fellow, 1978-1980, Florida State University
Assistant Professor, 1980-1983, Case Western Reserve University
Varian Associate, 1983-1987
Research involves the development of new NMR techniques, applications of computers/networking/data processing in NMR spectroscopy, and novel applications of modern, multidimensional and multiple resonance NMR methods to problem solving in polymer, inorganic, organic and biological chemistry. A special emphasis is place on the development and use of NMR methods for the characterization of the three-dimensional structures of synthetic macromolecules. While there is an opportunity to do synthetic chemistry, emphasis is placed on collaborative interactions, so group members can focus on mastering the many NMR methods available for problem solving. Extensive collaborative interactions exist with a number of synthetic polymer, inorganic, organic and biological chemists who prepare and provide many interesting materials for study.
