1) reservoir overpressure fluid system
储层超压流体系统
1.
A reservoir overpressure fluid system (ROPFS) is an assembly that constitutes overpressured fluid, its related essential geological elements and their interaction, confined by pressure seal.
储层超压流体系统的基本要素包括压力封闭层、超压流体、岩石骨架和输导通道;由于储层超压系统所处环境的差异,其超压强度可以大于、等于和小于环境的超压强度;超压传递、不均衡压实、裂解气的生成和浮力作用是储层超压形成的重要机制;大多数储层超压是油气聚集的结果;超压释放是超压流体系统内部油气成藏的必要条件,研究储层超压流体系统将更直接地揭示超压盆地中油气运移和聚集的过程。
2) Overpressured fluid system
盆地超压流体系统
3) reservoir overpressure
储层超压
1.
Based on the RFT of many drills in Bozhong depression,the characteristics and generation of reservoir overpressure have been discussed in this paper.
对储层超压的分析,有助于理解渤中坳陷油气晚期快速成藏机理。
2.
Based on the measured fluid pressure data,the origin of reservoir overpressure and its relation with hydrocarbon accumulation of the Paleogene of Dongying depression are systematically analyzed and the distribution model of overpressure hydrocarbon reservoirs is summarized.
利用实测地层压力资料,系统研究了东营凹陷古近系碎屑岩储层超压成因及其与油气成藏的关系,并总结了超压油气藏的分布模式。
4) reservoir fluid series
储层流体系列
1.
In finding the rules of hydrocarbon accumulation in a basin,it is necessary to study systematically the organic geo-chemical characteristics and reservoir characteristics of reservoir fluid series (natural gas,crude oil,asphalt and organic matters in water) carried by the information concerning hydrocarbon generation,migration and accumulation,evolution and oxidation,destroy and preservation, etc.
在探索盆地油气成藏规律的研究中,要系统地研究储层流体系列(天然气、原油、沥青及水中有机质)含有油气生成、运移聚集、演化与氧化、破坏与保存等诸多方面信息的有机地球化学特征和赋存特征。
5) overpressured reservoir
超高压储层
1.
In this paper,there are several through-tubing Coiled-Tubing sidetracking of wells in an overpressured reservoir on the Nort.
文中以阿拉斯加北部斜坡一超高压储层中几口连续油管过油管侧钻井为实例 ,陈述了连续油管超小井眼定向钻井系统与非常规方法相结合 ,维持井眼近平衡条件 ,进行近平衡连续油管钻井的经
6) reservoir fluid
储层流体
1.
The reservoir geochemistry is used to analyse reservoir fluid heterogeneity in Yacheng 13 1 gasfield,and the mixed gas sources of the field are studied in combination with homogenization temperature of fluid inclusions and organic facies of source rocks.
采用储层地球化学研究方法 ,分析了崖 13- 1气田储层流体的非均质性 ,结合包裹体均一温度及源岩有机相分析结果 ,研究了崖 13- 1气田天然气的混源特征。
补充资料：储层描述(见油气田储层评价)
储层描述(见油气田储层评价)
reseroir evaluation of oil and gas field
储层描述(reseroir evaluation of 011 and gasfield)见油气田储层评价。
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