US-Europe Symposium-Workshop: Advanced Membrane Science andTechnology

近年来，对 发展对物理的基本理解 控制通过聚合物膜的传输的方法， 复合材料和包装材料。 这些领域的进展 对许多分离过程至关重要， 传统的无机加工，在生物技术和 医学，除此之外。 相应地，成功或 膜过程的失败是完全可以预见的， 制造膜的材料和制造膜的方式 制造膜结构。 这笔资金是 为国际会议提供部分支助 讨论这些领域的最新进展， 长期研究的需要。 除其他外 将讨论以下问题： 膜中传输现象的基本原理 材料， o用于制备改进的药物的分子标准 膜和屏障结构， o新型膜分离工艺和阻隔膜 应用程序和 生物技术和生物医学中的膜 供资15 000美元（离职和离职后供资6 000美元）， 纯化过程，生物技术6,000美元， 国际项目部（Division of International Programs）

There has been a significane growth in recent years toward the development of a fundamental understanding of the physical processes which control transport through polymeric membranes, composites and packaging materials. Advances in these areas are critical to a number of separation processes, in conventional inorganic processing, in biotechnology and in medicine, among others. Correspondingly, the success or the failure of membrane processes is quite predictably related to the material from which the membrane is made and the manner in which the membrane structures are made. This funding is provided as a partial support for an international conference to discuss the recent advances in these areas and to project the long-range research needs. Among other things, the following issues will be addressed: o Fundamentals of transport phenomena in membrane materials, o Molecular criteria for the preparation of improved membranes and barrier structures, o New membrane separation processes and barrier film applications, and o Membranes in Biotechnology and Biomedicine Funding at the level of $15,000 ($6,000 from Separation and Purification Processes, $6,000 from Biotechnology, $3,000 from the Division of International Programs) is recommended.