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物质转化跨跃从分子到工厂的不同层次,生命过程也涉及从分子到生物体及其环境的许多层次,表征这些不同层次的过程可采用其空间和时间的尺度,表达其规模的大小和进程的快慢。这种按不同时空尺度进行的物质转化过程普遍存在于自然界和物质的制备和生产中。另一方面,复杂系统的特征是具有结构,而结构都有多尺度的属性,因此,物质转化过程中的时空多尺度效应近年受到科技界的关注。我国在这一研究领域已有一定基础,并对发展这方面的研究有一定的认识,可望做出有特色的成果。 2000年4月24—26日以“物质转化过程中的多
Material transformation leaps from the molecule to the plant at different levels. The process of life also involves many levels from the molecule to the organism and its environment. The process of characterizing these different levels can adopt its spatial and temporal scale to express its size and process The speed This process of material conversion at different time and space scales is widespread in the preparation and production of nature and matter. On the other hand, the characteristics of complex systems are structural and multi-scale attributes of the structure. Therefore, the spatio-temporal multi-scale effects of material transformation have drawn the attention of the scientific community in recent years. My country already has some foundation in this field of research and has some knowledge of the research in this area and is expected to make distinctive achievements. From April 24 to April 26, 2000, "There are many things in the process of material transformation