rock oil

英 [rɒk ɔɪl]

美 [rɑːk ɔɪl]

网络  岩石油; 岩油; 石油; 石头油

医学

英英释义

noun

• a dark oil consisting mainly of hydrocarbons
  Synonym:petroleumcrude oilcrudefossil oiloil

双语例句

• Water-level meter is generally used in the automatic supervision and control system of water conservancy, rock oil, chemical industry, metallurgy, electric power etc.
  水位计广泛应用于水利、石油、化工、冶金、电力等领域的自动检测和控制系统中。
• The major research is as follows. ( 1) Combining Tahe oil field information of static and dynamic state analysis and the practice, carbonate rock oil reservoir dividing making up the model for three kinds: crevices-cave system, double-crack system and crevices-pore system.
  结合塔河油田动静态分析和实践，将缝洞型碳酸盐岩油藏划分为三类组合模型：缝&洞系统、双裂缝系统和缝孔系统。
• What happens to the earth, reservoir rock, when oil companies extract millions of barrels of oil out of the sedimentary basin, the earth?
  当石油公司在沉积盆地开采出数百万桶石油之后，地球、储集岩会发生什么变化？
• Methods Study the affect of the mechanical vibration on the property of rock and crud oil in experiment.
  方法通过室内实验，研究了机械振动对岩心和原油性质的影响。
• Hydraulic fracturing ( which breaks apart shale rock to extract oil and gas) has been blamed for various ills, including contamination of water wells.
  以打破页岩提取石油和天然气为特征的水力压裂技术一直被视为各种弊病（包括水井污染）的源头。
• The resistivity of rock for oil and gas reservoir, measured under different conditions, is an important basis of geophysical logging illustration.
  油气储层岩石在不同状况下所测定的电阻率值是地球物理测井解释的重要依据。
• Tectonic activities controlled basin type, subside central rifting, source rock distribution, oil and gas migration and accumulation as well. Furthermore, it controlled trap formation and petroleum distribution.
  研究区的构造活动不仅控制了沉积盆地类型和沉降中心的迁移，而且控制了烃源岩的分布、油气运移和聚集，还影响了圈闭的形成和油气分布。
• Establishing the models for calculating the fracturing pressure of formation rock during oil/ gas wells fracturing by using fracture mechanics theory
  应用断裂力学理论建立油气井压裂时岩石破裂压力计算模型
• Study on Mechanism of Crack Propagation and Failure of the Rock in Oil Engineering
  石油工程中岩石裂纹扩展与破坏机理研究
• The principle and characteristics of the technique are introduced, its developing prospect and practical applications in the field of source rock, oil shale, miscible phase recovery and so on are expounded emphatically.
  该文介绍了超临界流体抽提技术的原理和特点，重点阐述了其在烃源岩、油页岩和混相驱动采油等研究领域的发展前景及实际应用。