油气的生成、运移与聚集都受沉积特征的强烈控制。
The hydrocarbon generation, migration and accumulation are strongly controlled by depositional features.
本文讨论了地下水，对油气二次运移与聚集的宏观和微观控制作用及其研究方 法。
The microscopic control refers to the effects of groundwater on migration and accumulation of oil and gas in traps or reservoirs.
石油地球化学是应用化学原理研究石油的成因、运移、聚集与蚀变的科学。
The science of petroleum geochemistry is the application of chemical principles to the study of the origin, migration, accumulation, and alteration of petroleum.
流体本身的运移性与含油气盆地后期的改造作用，导致了油气流体在地质历史上可具有多期运移、聚集、成藏和破坏的过程。
The migration nature of fluid and post-reformation of petroliferous basins resulted in multi-period of migration, accumulation, pool-forming and destruction of oil and gas in geological history.
油气由高势区向低势区呈“离心”式运移，这正是控制油气呈环、带状聚集与分布的区域动力学条件。
Oil migrated from higher potential belts to lower ones in "centrifugal flow", which was the regional dynamic condition of controlling petroleum accumulation and distribution.
油田水系统与含油气系统关系十分密切，油气的生成、运移和聚集过程都是在油田水参与下进行的。
There is a close relationship between oilfield water systems and petroliferous systems. The generation, migration and accumulation process of hydrocarbon took place with oilfield water.
该区超压分布具有明显的分区性，异常高压与天然气的生成、运移、聚集和成藏有着密切的联系。
There is close relationship between the abnormal high pressure and the gas formation, migration and accumulation.
该区超压分布具有明显的分区性，异常高压与天然气的生成、运移、聚集和成藏有着密切的联系。
There is close relationship between the abnormal high pressure and the gas formation, migration and accumulation.
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