论文部分内容阅读
1997年亚太地区吸附分离科学与技术研讨会(简称P-AST97)于5月8日至10日在日本木更津举行。会上有大会报告32篇,墙报展出论文23篇,内容涉及多孔介质孔控制系统,在微孔中的吸附,吸附与分离,吸附与反应等。它反映出本学科主要研究领域的发展趋势和重大进展有下述几点。 (1)吸附机理和理论。从分子水平研究多孔介质物理结构和表面化学性质与其吸附特性之间的关系已成为吸附剂表征的一个重要趋势,使用计算机模拟分子流体的热力学动力学性能正成为非常重要有效的理论研究方法。它能表征目前各种吸附理论无法准确描述的复杂的生物和化学系统。这种方法依据分子运动规则,借助于计算机的辅助计算,可从分子水平描述
In 1997, Asia-Pacific Symposium on Adsorption and Separation Science and Technology (P-AST97) was held in Kisarazu, Japan from May 8 to May 10. There were 32 congressional reports and 23 posters on the wall posters covering the porous media pore control system, adsorption, adsorption and separation in micropores, adsorption and reaction. It reflects the main research areas of the discipline’s development trends and major progress in the following points. (1) Adsorption mechanism and theory. Studying the relationship between the physical structure and the surface chemical properties of porous media and their adsorption properties has become an important trend of adsorbent characterization at the molecular level. The use of computers to simulate the thermodynamic properties of molecular fluids is becoming a very important and effective theoretical research method. It can characterize the complex biological and chemical systems that currently can not be accurately described by various sorption theories. This method is based on the rules of molecular motion, with the aid of computer-assisted calculations, can be described at the molecular level