Symposium on Magnetic Field and Spin Effects in Chemistry; University of Konstanz, Konstanz, Germany; July 26-31, 1992

这笔赠款提供资金，使美国科学家能够 参加化学中的磁性和自旋效应研讨会 7月在德国康斯坦茨大学举行 26-31，1992年。研讨会将包括以下专题介绍： 在溶液中，在气相中，在 固相，界面，超分子聚集体， 光合反应和酶促反应。其他 化学诱导动态极化领域的课题 和化学诱导电子极化将包括在内 在为期五天的研讨会上。研讨会旨在 化学家们把各种不同的分支学科结合在一起 在为今后工作指明方向环境中 在这个快速发展的化学领域。 %%% 研讨会将汇集来自各种化学家， 讨论磁场对 化学物种的反应性。除了展示 磁场对反应性有着深远的影响 合成分子的化学过程， 影响生物反应中的反应性和产物 系统将提交。通过利用磁场， 影响化学反应的结果，化学家 有一种新的工具可以用来生产有用的化学产品 在受控的环境中。

This grant provides funds to allow scientists from the US to attend the Symposium on Magnetic and Spin Effects in Chemistry to be held at the University of Konstanz in Germany, July 26-31, 1992. The Symposium will include presentations on magnetic field effects in solution, in the gas phase, in the solid phase, at interfaces, in supramolecular aggregates, in photosynthetic reactions and in enzymatic reactions. Other topics in the fields of chemically induced dynamic polarization and chemically induced electron polarization will be included in the five-day Symposium. The Symposium is designed to bring chemists fron a variety of different sub-disciplines together in an environment which will provide direction for future work in this rapidly developing field of chemistry. %%% The symposium will bring together chemists from a variety of subdisciplines to discuss the effects of magnetic fields on thereactivity of chemical species. In addition to demonstrating that magnetic fields have a profound effect of the reactivity of chemical processes of synthetic molecules, the prospects for influencing the reactivity and products generated in biological systems will be presented. By utilizing magnetic fields to influence the chemical consequences of a reaction, the chemist has a new tool to employ in generating useful chemical products in a controlled environment.