1) reservoir H3
H3油气藏
1.
Appraisable knowledge and enlightenment of reservoir H3 in Canxue structure;
残雪构造H3油气藏评价认识与启示
2) hidden oil-gas deposits
隐藏油气藏
3) oil and gas pool
油气藏
1.
They have the advantages of forming large carbonate rock oil and gas pools, including good source-reservoir-caproc.
上元古界—下古生界烃源岩有机质丰度高,油气资源雄厚;生储盖组合配置好,背斜构造和地层圈闭大,大型碳酸盐岩油气藏形成条件优越。
2.
This paper discussed the formation conditions, types and distribution characteristics of oil and gas pools in the southwestern part of the Dongying Depression, the Bohaiwan Basin.
该文讨论了东营凹陷西南部博兴地区的油气成藏条件、油气藏特征及油气富集规律。
3.
The analysis on destructive factors of oil and gas pools shows that there are three primary destructive types of factors,including rupture activety,up-lifting of oil pool and fold alteration.
准噶尔盆地西北缘构造运动复杂 ,其油气藏破坏因素多 ,油气显示也呈多样化形式 (稠油、油砂、沥青 )。
4) oil and gas reservoir
油气藏
1.
Preliminary study in tidal gravity of oil and gas reservoir.;
油气藏潮汐重力的初步研究
2.
Evolution of the Che -Mo Palaeo - uplift in Junggar Basin and control on the oil and gas reservoir;
准噶尔盆地车莫古隆起的演化及其对油气藏的控制
3.
Fluid characteristics and reservoir forming condition in deep oil and gas reservoirs;
深层油气藏的流体特征及成藏条件
5) hydrocarbon accumulation
油气成藏
1.
Distribution of overpressure stratum and its relationship with hydrocarbon accumulation in the central part of Junggar Basin;
准噶尔盆地腹部超压层分布与油气成藏
2.
Research on relationships between physical properties of crude oil and hydrocarbon accumulation and reservoir development in Zhanhua Sag;
沾化凹陷原油物性与油气成藏及开发的关系
3.
The relationship between hydrocarbon accumulation and metallization and a discussion on intergrated exploration;
论油气成藏与金属成矿的关系及综合勘探
6) hydrocarbon reservoir
油气藏
1.
Multiple-discipline research on hydrocarbon reservoirs based on Geographic Information System(GIS);
基于GIS的油气藏多学科综合研究
2.
The Distribtion of Biolimestone and Igneous Rock in Dagang Area and the Research for Its Hydrocarbon Reservoir;
大港地区生物灰岩和火成岩的分布及其油气藏的研究
3.
Effectiveness of discriminant model and stability of discriminant result in hydrocarbon reservoir description;
在油气藏描述中判别模型的有效性及判别结果的稳定性
补充资料：油气藏
| 油气藏 oil and gas accumulation 油气在地壳中聚集的基本单位。圈闭内聚集了一定数量的油气后而形成。一个油气藏存在于一个独立的圈闭之中，具有独立压力系统和统一的油-水（或气-水）界面。只有油聚集的称油藏；只有天然气聚集的称气藏。油气藏具有工业开采价值时，称工业性油气藏，否则称非工业性油气藏。工业性和非工业性的划分标准是相对的，它取决于一个国家的油气资源丰富程度及工艺技术水平。 油气藏按圈闭的成因分类：构造油气藏，包括背斜油气藏、断层油气藏、裂缝性背斜油气藏和刺穿油气藏。地层油气藏，包括岩性油气藏、地层不整合油气藏、地层超覆油气藏和生物礁块油气藏。水动力油气藏，包括构造型水动力油气藏和单斜型水动力油气藏。复合油气藏，包括构造-地层复合油气藏、构造-水动力复合油气藏、地层-水动力复合油气藏和构造-地层-水动力复合油气藏。除上述分类外，还有过去流传较广的布罗德分类。根据储集层的形态把油气藏分为：层状油气藏，包括背斜穹窿油气藏和遮挡油气藏；块状油气藏，包括构造突起油气藏、侵蚀突起油气藏和生物成因突起油气藏；不规则油气藏，包括在正常沉积岩中的透镜体油气藏、在古地形凹处的砂岩体油气藏、在孔隙度和渗透率增高地带中的油气藏以及在古地形的微小突起中的油气藏。 油气藏的破坏主要是由构造作用引起的。构造作用首先破坏圈闭的严密性，引起油气逃逸或遭受氧化和水力冲刷，使油气藏部分或全部被破坏。原生油气藏破坏后，也可能形成次生油气藏。地下深处的高温、高压作用也能使油气藏遭到破坏。 |
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参考词条