摘要
规范了地质系统、油藏系统和油藏动态系统 3个基本概念 ,并对油藏动态系统的复杂性进行了分析 :油藏开发前 ,介质和流体的性质和状态存在多样性 ;开发过程中 ,储层内部发生多种变化 ,结果使介质的稳定性和流体的均衡性受到了破坏 .针对复杂的油藏动态系统 ,引证了 2 0世纪突起的系统科学、相对论、量子力学、混沌学及分形理论 。
Three basic concepts were standardized, which involve geological system, reservoir system and dynamic reservoir system. Complexity of dynamic reservoir system was described and analyzed. Prior to the development, the medium and fluids in a reservoir demonstrate a variety of properties and states. However, in the course of the development, many changes occurred inside the reservoir and as a result, the stability of medium and the eguilibrium of fluids will be badly destroyed. System science, relativity theory,quantum mechanics, chaotics theory and shapesplitting theory are quoted or cited as evidence in this study. A new frame of modern reservoir dynamics is brought to light.
出处
《大庆石油学院学报》
CAS
北大核心
2001年第1期14-17,共4页
Journal of Daqing Petroleum Institute
