摘要
本文应用逻辑学、系统分析、物理学的进化论述了微观材料学中三个基础概念——结构 (S)、环境 (e)、性能 (性质 ) (P) ,以及它们所组成的两个基本方程 :P=f(e,S)和 S={ E,R} ,式中 E为系统中组元的集合 ,R为组元间关系的集合。比较了因果关系的各种学说 ,扩展第一方程 ,增加了第四个基础概念——揭示事物秘密的“过程”;应用数量学、生物进化论等讨论无生物、生物及人类各种过程的目的。这些论述 ,为《材料学的方法论》的广泛应用 ,打下理性基础。
With the application of logic, system analysis and the evolution of physics, the three basic concepts——structure(S), environment(e) and property(P) in the two fundamental equations:P=f(e,S),S=｛E,R｝ (where E and R are ensembles of elements and relationships respectively) are analyzed. Various theories about the relationship between the cause and effect are discussed. Extending the first fundamental equation, a fourth concept, process which can uncover the secrets of the universe, is added. With the application of energetics, evolution and ethics, etc., the aims of various processes of inanimate object (e.q.,material), living being and human being are discussed. All the above analyses and discussions will lay down the rational base for the application of the methodology of materialogy beyond materials.
出处
《材料科学与工程》
CSCD
2000年第2期2-8,共7页
Materials Science and Engineering
关键词
微观材料学
结构
环境
性能
过程目的
Micromaterialogy
Structure
Environment
Property
Aim of Process
Evolution of Physics.
