International Symposium on Chemical Reaction Engineering (ISCRE 13) in Baltimore, MD, September 25-28, 1994

摘要- Dudukovic 9321935 该基金将为1994年9月25日至28日在马里兰州的巴尔的摩举行的第13届国际化学反应工程研讨会（ISCRE-13）提供部分资助。 部分资金将用于邀请全体会议发言人，以及通过降低注册费补贴该领域的研究人员出席会议。 反应工程是一门将反应器性能与操作条件和进料变量相关的传输现象和动力学相互作用量化的学科。 这种量化要求对微观尺度（分子水平）、中尺度（催化剂颗粒水平上的传输动力学事件）和宏观尺度（工艺和工厂设计内容中的反应器设计）有透彻的理解。 它的结果是在接近各种系统，包括化学，生物，生物化学和电化学，其中的因果关系赋予的反应，并在小实验室容器中观察到的方法是有用的，需要“按比例放大”到商业生产。 ISCRE会议的独特之处在于，它们将反应工程领域的国际知名研究人员聚集在一个小型环境中，为思想交流提供了开放的氛围。 这次会议的基本主题是环境，包括清洁或无害环境的加工和排放控制。

Abstract - Dudukovic 9321935 This grant is awarded to provide partial support for the 13th International Symposium on Chemical Reaction Engineering (ISCRE-13) which will be held in Baltimore, Maryland, September 25-28, 1994. The funds will be partially used for invited plenary speakers as well as for subsidizing the attendance of researchers in the field by lowering the registration fees. Reaction Engineering is the discipline that quantifies the interactions of transport phenomena and kinetics in relating reactor performance to operating conditions and feed variables. This quantification requires a thorough understanding of the micro-scale (molecular level), meso-scale (transport kinetic events on a catalyst particle level) and macro-scale (reactor design in the content of process and plant design). It results in methodology that is useful in approaching a variety of systems including chemical, biological, biochemical, and electrochemical, where the cause and effect relations imparted by reactions and observed in small laboratory vessels need to be "scaled-up" to commercial production. ISCRE conferences are unique in that they bring together internationally prominent researchers in reaction engineering in a small setting where there is an open atmosphere for the exchange of ideas. This particular meeting has, as its underlying theme, the environment, including clean or environmentally benign processing and emission control.