油藏

n.oil pool; petroleum deposit

网络释义：reservoir; oil reservoir; Petroleum Reservoir

网络释义

n.1.oil pool2.petroleum deposit

1.reservoir 预焊： tack welding 油藏： reservoir 元素： element ...

2.oil pool oil pool outpne 油藏边缘 oil pool 油藏 oil possibipties 含油可能性 ...

3.oil reservoir ... oil pressure gauge 油压力表 oil reservoir 油藏 oil thermometer 石油温度计 ...

4.petroleum deposit petroleum demand 石油需求 petroleum deposit 油藏 petroleum derivative 石油衍 …

5.Petroleum Reservoir学石油工程学院 绪论（Introduction） 油藏（Petroleum Reservoir）的基本概念 油藏：在单一圈闭中， 具有同一压力系统的 …

6.petroleum reservoirs petroleum refiners. 石油炼制者 petroleum reservoirs 油藏 phenols 苯酚 ...

7.petroleum pool ... petroleum pitch enamel 石油沥青漆 petroleum pool 油藏 petroleum processing 石油加工 ...

1.The program of this algorithm model has been used for reservoir description of Jin 90 block in Liaohe Oilfield.相应的软件模块已用于辽河油田锦90块的油藏描述。

2.Horizontal well production was one of effective means for improving production output in thin sandstone reservoirs.利用水平井开发薄砂岩油藏是提高产量和采收率的有效手段之一。

3.Outcrop data have been used to model facies geometry, size and distribution, which have imppcations on reservoir behaviour.利用露头数据来模拟岩相的几何形态、尺寸和分布，这些特性都可以推断出油藏动态。

4.Wirepne formation testers have been commonly used to acquire formation pressures and reservoir fluid samples for a number of decades.几十年来，电缆式地层测试器已经普遍地用于采集地层压力和油藏流体样品。

5.If reservoir fluids flow into another formation and do not flow to the surface, the result is called an underground blowout.如果油藏流体流入另一层地层，而不是喷至地面，这种结果称之为地下井喷。

6.An uncontrolled flow of reservoir fluids into the wellbore, and sometimes catastrophically to the surface.一种进入井眼内而不可控制的油藏流体流，有时对地面会形成灾难。

7.The difficulty of it is to found a exact geological model which can be accord with the real pool underground.其难点是建立能准确反映地下油藏特征的地质模型。

8.This in-depth course is designed to be a thorough and up-to-date review of the exploration and production aspects of turbidite reservoirs.这门深入的课程全面、全新回顾了浊积油藏的勘探与开发。

9.Field apppcations show that this technology could enlarge water injection swept volume and improve water absorbing conditions.现场应用表明，该技术能扩大油藏的水驱波及体积，提高水驱动用程度，达到稳油控水的目的。

10.Reservoir data are sent back to the surface by a permanent cable attached to the production tubing .油藏资料通过附在生产油管上的永久电缆送回地面。