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提出了石油结构进化形成的假说。它基于信息和能量层次转化的基本观点。不同层次之间的变迁发生在系统对称性自发破坏的瞬间 ,并且为推广的黄金分割定律所支配。化学元素周期系的例子显示了本假说的基本机理。显示了作为物质演化第一和第二分支开始元素的氢和碳的独特作用。提供了演化信息四个层次之一的遗传所属碳水化合物的分类。加入了在石油扩散系统中描述管理链的胶体复合物模型。在结论中描述了炼油工艺优化的一些原则。
Put forward the hypothesis that the evolution of petroleum structure formed. It is based on the basic idea of information and energy level transformation. The transition between different levels occurs at the moment of spontaneous destruction of symmetry of the system and is governed by the golden rule of generalization. The example of the chemical element periodic system shows the basic mechanism of this hypothesis. Shows the unique role of hydrogen and carbon as the starting element of the first and second branches of matter evolution. Provides a classification of the genetic carbohydrates belonging to one of four levels of evolutionary information. Added a colloidal composite model that describes the management chain in a petroleum diffusion system. In conclusion, some principles of refinery process optimization are described.