1) migration and accumulation mechanism
运聚成藏机制
1.
The migration and accumulation mechanism of CO2 was illustrated as follows.
幔源CO2运聚成藏机制可概括为:深部热流底辟体的顶部是CO2的储集库,基底大断裂向下收敛于拆离带并沟通CO2气源,CO2通过基底大断裂和古火山通道向上输导,并在适当圈闭中聚集成藏。
2) migration and accumulation
运聚成藏
1.
The effects of overthrusts on gas migration and accumulation in the north belt of Kuche depression;
库车坳陷北带逆掩断层在天然气运聚成藏中的作用
2.
The abnormal high-pressure of fluid controls the hydrocarbon-forming mechanism of source rocks and the migration and accumulation of oil and gas.
流体异常高压控制着烃源岩的成烃机理和油气运聚成藏。
3) reservoir-forming mechanism
成藏机制
1.
The reservoir-forming mechanism of Fuyu Formation in southern Songliao Basin was studied from the aspects of depositional reservoir character,overpressure of source rock,power of hydrocarbon migration and hydrocarbon distribution.
从沉积储层特点、烃源岩超压、油气运移动力、油水分布特征等方面深入剖析了松辽盆地南部扶余油层的成藏机制,据此建立了扶余油层低渗透储层垂向输导、超压控藏大型岩性油气藏成藏模式。
4) pool-forming mechanism
成藏机制
1.
Progress in the studies of mantle-derived CO_2 degassing mechanism,degassing model and pool-forming mechanism.;
幔源CO_2释出机理、脱气模式及成藏机制研究进展
2.
According to the formative mechanism of deep basin gas,the pool-forming mechanism of Fu-yang oil layer in Songliao Basin was studied from the aspects of depositional reservoir character,overpressure of source rock,power of hydrocarbon migration and hydrocarbon distribution.
借鉴深盆气的形成机理,从沉积及储集层特点、烃源岩超压、油气运移动力、油水分布特征等方面深入剖析松辽盆地扶杨油层的成藏机制。
5) accumulation mechanism
成藏机制
1.
For the purpose of predicting the hydrocarbon potential and providing theory reference for exploration practice, the accumulation mechanism of subtle reservoir in Toutunhe Formation (J2t) in central Jungger Basin was about the researched intensively according to the theory and methods about petroleum migrating and accumulating.
本文主要以现代油气成藏理论方法为指导,深入探讨了准噶尔盆地腹部地区头屯河组隐蔽油气藏的成藏机制,旨在明确其含油气潜力,为实际勘探提供一定的理论依据。
6) Hydrocarbon accumulation characteristic
运聚成藏特点
补充资料：道成归 藏头赠岳秀才
【诗文】：
年苦志不求奇。公寻者希。夷猛悟笑微微。华枉用机。予偃，婴肥。宫祥瑞围。传心印谨相依。灵神自飞。
【注释】：
【出处】：
年苦志不求奇。公寻者希。夷猛悟笑微微。华枉用机。予偃，婴肥。宫祥瑞围。传心印谨相依。灵神自飞。
【注释】：
【出处】：
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条