1) overpressure hydrocarbon generation system
超压生烃系统
1.
Analysis of the migration direction of two different types of petroleum in composite overpressure hydrocarbon generation system in Niuzhuang Subsag
复合超压生烃系统内不同成因油气的运移流向分析
2) hydrocarbon generating system
生烃系统
1.
Reservoir-forming conditions of low and inner buried hills were studied in aspects of basement tectonic activity,type of buried hills,lithology and reservoir characteristics,hydrocarbon generating system and hydrocarbon conducting system.
从基底构造活动、潜山类型、岩性及储集层特征、生烃系统、输导体系等多角度探讨了低潜山和潜山内幕油气成藏条件;同时,充分考虑潜山内幕油气藏的特点,紧密结合勘探实践,从潜山与油气的关系入手重新建立潜山内幕油藏实用分类方法,大大拓宽了潜山找油领域,形成了具有低幅度、多期裂缝、多油源充注特点的潜山内幕目标成藏模式。
3) overpressured system
超压系统
1.
Petroleum generation and preservation within an overpressured system in sedimentary basins;
沉积盆地超压系统内油气的生成与保存
2.
Episodic expulsion of hydrocarbons in overpressured systems in Dongying depression;
东营凹陷超压系统的幕式排烃
3.
Gas reservoirs in northeastern Sichuan basin are distributed in three overpressured systems,i.
川东北天然气藏分布于早寒武世—志留纪 (∈1—S)、早二叠世—早三叠世 (P1—T1)及晚三叠世—中侏罗世 (T3 —J2 )等 3个异常超压系统内 ,具有多层叠置的特点。
4) overpressure system
超压系统
1.
Seismic interval velocity, sonic logging and all kinds of logging data have been used to study the overpressure system and migration of hydrocarbon to instruct the future exploration in Weixi'nan depression in Beibu Gulf Basin,Offshore South China.
利用地震层速度、声波测井及各种录井资料研究北部湾盆地涠西南凹陷超压系统及油气运移 ,用以指导下一步油气勘探。
2.
The tectonic background and sedimentary environment are quite different between Paleogene and Neogene,and overpressure systems can be classified into lower and upper ones correspodently.
上、下第三系在构造背景、沉积环境等方面存在很大的差异 ,相应地划分为上、下两个超压系统。
5) Composite hydrocarbon generation system
复合生烃系统
6) Regenerating petroleum system
再生烃油气系统
补充资料：冲击波超压与动压