合金基因、全息网络相图和全息合金定位设计与研发系统

Alloy gene,holographic network phase diagrams and holographic alloy positioning design system

以系统科学哲学为指导,以Au-Cu合金系为实例,介绍了以下内容:合金基因、合金基因全息信息传输的Gibbs能函数以及AuCuI(Cu4Au8AA)化合物无序化的平衡和亚平衡传输方式,Au3Cu、AuCu和AuCu3亚格子系统的平衡全息网络相图(HNP);描述组元—成分—结构—性能—温度之间的关系;预测设计合金信息的蓝图:Au-Cu合金系的平衡和亚平衡HNP图。实现"网络化、信息化和智能化设计与研发先进合金"的路径规程是"基本组元合金系统—合金基因序列—亚格子合金系统的平衡HNP图—合金系的平衡和亚平衡HNP图—合金基因工程—合金系统全息知识与数据库"。实施此路径规程的基地称之为"全息合金定位设计与研发系统(HAPDS)"。

Taking Au-Cu system as an example and being guided by systematoic science philosophy, the following contents are introduced： the alloy gene （AG） sequences and Gibbs energy transmission function of AG-holographic information; equilibrium and subequilibrium transmission models on disordering AuCuI（AAUAcu） compound; the equilibrium holographic network phase diagrams （HNP） of Au3Cu-, AuCu- and AuCua-type sublattice systems. The buleprints to predicate holographic information for designing advanced alloys are the equilibrium and subequilibrium HNP-diagrams of Au-Cu system, which describe the relationships among component, composition, structure, properties and temperature. The road algorithms to realize network, information and intelligence designing advanced alloys are that ＂basic component system-- AG-sequences -- equilibrium HNP-diagrams of sublattice systems--equilibrium and subequilibrium HNP-diagrams of alloy system--AG-engineering--holographic knowledge and database＂, which is called as the holographic alloy positioning design system （HAPDS）.