相—势—源复合控油气成藏机制物理模拟实验研究*
庞雄奇1,2, 陈冬霞1, 张俊1, 郭继刚1,2, 郭丰涛1,2

Physical simulation experimental study on mechanism for hydrocarbon accumulation controlled by facies-potential-source coupling
Pang Xiongqi1,2, Chen Dongxia1, Zhang Jun1, Guo Jigang1,2, Guo Fengtao1,2
水动力作用下油气运聚特征物理模拟实验结果 A—第1组,上层石英砂的粒径为0.2~0.25 mm,下层石英砂的粒径为0.25~0.3 mm;B—第2组,上层石英砂的粒径为0.15~0.2 mm,下层石英砂的粒径为0.25~0.3 mm;C—第3组,上层石英砂的粒径为0.1~0.15 mm,下层石英砂的粒径为0.25~0.3 mm;D—第4组,上层石英砂的粒径为0.05~0.1 mm,下层石英砂的粒径为0.25~0.3,mm。浅色为砂,深色为油