3rd Engineering Foundation Conference on "Reaction Engineering for New Materials and Processes"

第三届工程基础会议“新材料与新工艺的反应工程”

• 批准号: 8911361
• 负责人: Jean Cropley
• 金额: $ 2.48万
• 依托单位: United Engineering Trustees, Inc.
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 1989
• 资助国家: 美国
• 起止时间: 1989-09-15 至 1990-08-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=8911361&HistoricalAwards=false
• 关键词: 3rd; Engineering; Foundation; Conference; Reaction

Reaction engineering deals with the quantification of molecular interactions at solid surfaces, transport phenomena, dynamics and control of reacting systems and the interplay of all. The application of reaction engineering principles is essential in experimentation, scale-up, and design for chemical, biochemical, petroleum, electro-chemical, and other processes. Reaction engineering is an interactive discipline whose initial applications were confined to the petroleum and chemical industries. Current utilization of these principles is spreading to the biotechnology, electronics, and specialty chemical industries where the emphasis is upon new materials. This Third Engineering Conference in reaction engineering will be conducted in the "Gordon Conference" style and will concentrate on new materials and processes. The first meeting in 1983 attempted to assess the state of chemical reaction engineering and the second one in 1987 placed emphasis on new frontiers in reaction engineering. This third meeting will look at the production of new materials and will specifically cover four areas: (1)catalyst design, (2)ceramics, electrical, optical and magnetic materials, (3)the role of chemical reaction engineering in bioprocessing, and (4)polymers and composites. It is hoped that the meeting will achieve timely and creative exchange of ideas, will broaden participant viewpoints, will increase industry-academic interaction, and will improve the education and exposure of young researchers.

反应工程学研究的是 固体表面的分子相互作用，传输现象， 反应系统的动力学和控制以及 所有. 反应工程原理的应用是 在实验、放大和设计中至关重要， 化工、生化、石油、电化等 流程. 反应工程学是一门互动的学科 其最初的应用仅限于石油， 化工. 这些原则目前的使用情况 正在向生物技术、电子和专业领域蔓延， 化学工业的重点是新材料。 第三届反应工程会议将 以“戈登会议”的方式进行，并将 专注于新材料和新工艺。 第一次会议 1983年，他试图评估化学反应的状态， 1987年的第二次会议强调了新的 反应工程的前沿 本次会议将 看看新材料的生产， 涵盖四个领域：（1）催化剂设计，（2）陶瓷，电气， 光学和磁性材料，（3）化学的作用 生物加工中的反应工程，以及（4）聚合物和 复合材料. 希望这次会议能及时取得 和创造性的思想交流，将扩大参与者 观点，将增加产业与学术的互动， 将改善年轻研究人员的教育和接触。