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含烃饱和度
相关语句
  hydrocarbon saturation
     Hydrocarbon expulsion is mainly controlled by hydrocarbon saturation and microfracturing pressure.
     含烃饱和度和破裂压力是控制烃类运移的二个主要因素,排烃遵循“压力增长—岩石微破裂—烃类排出—微裂缝弥合”这一往复过程;
短句来源
     The authors simulated and analyzed the hydrocarbon- generating and hydrocarbon-expulsing histories of Middle and Lower Jurassic coal-measure hydrocarbon source rocks of north marginal area in Qaidum basin by using finite parallel one stage reaction hydrocarbon-generating model and saturation-hydrocarbon expulsion model controlled by critical hydrocarbon saturation and expulsion efficiency of hydrocarbon, and combined with the chemical reaction process according to rate of oil production of thermal simulation experiment with 14 immature-low matutre samples from borehole and surface outcrops.
     采用有限个平行一级反应生烃模型 ,采用受临界含烃饱和度和排烃效率控制的饱和度排烃模型 ,根据 14个取自井下和露头的未成熟—低成熟样品热压模拟实验的产率数据标定化学反应过程 ,对柴达木盆地北缘地区中、下侏罗统煤系烃源岩的生、排烃历史进行模拟与分析。
短句来源
  “含烃饱和度”译为未确定词的双语例句
     This paper begins at three-phase Rock physics model(the modelconsidered the effect of rock frame, fluid, Clay content, Porosity andhydrocarbon saturation upon P-wave velocity(Vp) enough). Forward modeldemonstrates the relationship between the parameters (Porosity, Claycontent, Saturation) of reservoir and seismic wave velocities (Vp,Vs).
     本文从三相介质岩石体积物理模型(该模型充分考虑了岩石骨架速度、孔隙度、含烃饱和度、泥质含量、流体速度等对纵波速度的影响)出发,正演分析出储集层各参数(孔隙度φ、饱和度S、泥质含量? )
短句来源
     Although both the buoyant ascent and the seepage flow of oil and gas are flows through the subsurface porous media, the former, buoying on the water, moves in discontinuous phase and the latter moves together with water, in continuous phase. Hence, buoyant ascent does not need the requirements of critical migration saturation and relative permeability, and can't be described by Darcy's law, while the seepage flow requires critical migration saturation and relative permeability, and it can be described by Darcy's Law.
     油、气的浮力流和渗流虽然都是在地下多孔介质中的流动,但前者是油、气在水中上浮,不呈连续相流动,而后者是油、气呈连续相与水一起流动,因此浮力流没有含烃饱和度和相对渗透率的要求,也不能用达西公式表述,而渗流则要求有临界运移饱和度和相对渗透率,并可用达西公式来计算。
短句来源
  相似匹配句对
     (5) hydrocarbon bearing daughter mineral inclusion.
     (5 )子矿物包裹体。
短句来源
     (4) hydrocarbon bearing CO 2 inclusion;
     (4 ) CO2 包裹体 ;
短句来源
     in group2, severe positive staining was found in EC, SMC and adventitia, especially more in EC;
     l2X10’。
短句来源
     Doped Diamonds
     掺杂的金刚石
短句来源
     The Synthesis of Fenestanes
     窗格的合成
短句来源
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  hydrocarbon saturation
It encountered a gas show, and wireline log evaluation indicated hydrocarbon saturation up to 72%.
      
The extent of underestimation of hydrocarbon saturation by the logs throughout this interval is clear.
      


Based on hydrocarbon expulsion modeling,synthesis to the latest research results and the actual situation in the carbonate source rock area,the paper regards the hydrocarbon expulsion with independent phase along microfracture as a repeating process of “pressure increase rock fracture hydrocarbon expulsion microfracture close”.Hydrocarbon expulsion is mainly controlled by hydrocarbon saturation and microfracturing pressure.With the above model,the oil expulsion history and the natural gas expulsion hsitory...

Based on hydrocarbon expulsion modeling,synthesis to the latest research results and the actual situation in the carbonate source rock area,the paper regards the hydrocarbon expulsion with independent phase along microfracture as a repeating process of “pressure increase rock fracture hydrocarbon expulsion microfracture close”.Hydrocarbon expulsion is mainly controlled by hydrocarbon saturation and microfracturing pressure.With the above model,the oil expulsion history and the natural gas expulsion hsitory of the lower Majiagou Formation carbonate source rock have been simulated quantitatively in the Ordos Basin.

在评述排烃模拟研究现状的基础上,综合排烃研究的最新成果及若干碳酸盐岩烃源区的实际地质情况,认为碳酸盐岩油气运移的主要机理为压力驱动下沿微裂缝的独立烃相排出。含烃饱和度和破裂压力是控制烃类运移的二个主要因素,排烃遵循“压力增长—岩石微破裂—烃类排出—微裂缝弥合”这一往复过程;最后,将该模式应用于鄂尔多斯盆地的排烃研究中,定量、动态模拟出下古生界下马家沟组碳酸盐岩烃源岩的排油史和排气史

The drilling mud-filtrate invasion into reservoir makes resistivity log result deviate from the accurate resistivity. This deviation is related to invasion time. Themodel of time-lapse dual laterolog is used to study the dynamic responses of deepand shallow laterologs , and to discuss how time-lapse dual laterolog response varieswith the changes of reservoir parameters. Compared with the usual method basedon static profile model, time-lapse dual 1aterolog can offer plenty of correct data tofavour our further...

The drilling mud-filtrate invasion into reservoir makes resistivity log result deviate from the accurate resistivity. This deviation is related to invasion time. Themodel of time-lapse dual laterolog is used to study the dynamic responses of deepand shallow laterologs , and to discuss how time-lapse dual laterolog response varieswith the changes of reservoir parameters. Compared with the usual method basedon static profile model, time-lapse dual 1aterolog can offer plenty of correct data tofavour our further understanding both of complexity in invasion process and of influence on log result. As a result, we have a new quantitative method for obtainingcorrect resistivity and hydrocarbon saturation of formation to nicely evaluate reservolr.

由于钻井泥浆滤液对储层的动态侵入使得电阻率测井结果偏离地层真电阻率,其偏离程度应与侵入时间有关。本文利用时间推移双侧向测井(TLDL)模型,研究了深、浅侧向测井RLD和RLS的动态响应特征,讨论了TLDL随储层参数的变化规律。与传统的一次测井方法相比,TLDL可以提供更为丰富、准确的数据,有助于进一步认识侵入过程的复杂性及其对测并结果的影响,为求准地层真电阻率和含烃饱和度、正确评价储层性质提供了一种定量分析的新方法。

Based on the recent study results of hydrocarbon expulsion and recent advances made in coal study, it is suggested that the main mechanism for oil and gas migration in coal is hydrocarbon expulsion as an independent phase along the microfracture driven by the elevated pressure resulting fromhydrocarbon generation. Hydrocarbon saturation and fracturing pressure are the main controls on hydrocarbon expulsion. The model of hydrocarbon expulsion along the microfracture in coal is then developed, which proved to...

Based on the recent study results of hydrocarbon expulsion and recent advances made in coal study, it is suggested that the main mechanism for oil and gas migration in coal is hydrocarbon expulsion as an independent phase along the microfracture driven by the elevated pressure resulting fromhydrocarbon generation. Hydrocarbon saturation and fracturing pressure are the main controls on hydrocarbon expulsion. The model of hydrocarbon expulsion along the microfracture in coal is then developed, which proved to be reliable and valid while it was applied in the study of hydrocarbon expulsion in Taoyuan-Rongxingtun area, Liaohe basin.

根据排烃研究的最新成果及煤岩研究的最新进展,认为煤岩中油气运移的主要机理为生烃增压驱动下沿微裂缝的独立烃相排出,含烃饱和度和破裂压力是控制排烃的两个主要因素,据此建立了煤岩微裂缝排烃模型.将它应用到辽河盆地桃园--荣兴屯地区的排烃研究中,获得了较理想的结果,表明该模型是合理的.

 
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