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取心井的英文

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"取心井"怎么读用"取心井"造句

英文翻译手机手机版

  • core hole
  • cored well
  • drill core sample hole

例句与用法

  • 3 , the imaging logging data combining with the core data are used to the intervals that has not core data to select the suitable model sample and checkout with the som neural network
    3 、用成象测井资料代替未取心井段,结合有的岩心资料挑选出合适的建模样本,并用自组织神经网络对样本的合理性进行验证。
  • The paper points out that the reasons for displacement efficiency improving of pressure coring well are as follows : firstly , extra - high injection multiples ; secondly , extra - low critical drive ratio ; thirdly , high velocity fluid ' s big differential pressure drive during the process of coring
    得出导致矿场密闭取心井驱油效率高的原囚:一是特高的注水倍数,二是特低的临界驱动比,三是取心过程中高黏度流体的大压差驱动。
  • The studied area is characteristic of the large denseness of well net and the small distance between wells . and there are many wells whose cores have been taken more 97 % . which offers good qualifications for analyzing of the three - dimensional structural and evolution of deposital system
    研究区具有井网密度大、井距小的特点,且有多口取心收获率在97以上的连续取心井,这些有利的条件为沉积体系的三维构成特征及演化分析提供了有力的保障。
  • Moreover , the logging interpretation model of reservoir parameters is established based on the data of the 14 cored wells , and the various reservoir parameters are calculated based on the secondary digital process of log data of 388 wells within the area the petrophysical feature of reservoir rock , the distribution of reservoir parameters and reservoir heterogeneity , as well as their variability law during water injection , are defined quantitatively
    以14口取心井资料为基础,建立了参数解释模型,并对全区388口井进行了测井资料二次数字处理,求取了各类储层参数。对储层的宏观非均质性、微观孔喉结构及渗流特征进行了量化描述,并研究了注水开发过程中储层物性参数的变化规律。
  • The fracture parameters calculated for the ordovician carbonate reservoirs in one region by applying these methods are well identical with the core fracture porosity , imaging logging data , formation dynamic permeability and production test result , which indicates that these methods of estimating fracture parameters are feasible and effective
    采用这套方法对某地区奥陶系碳酸盐岩储层计算裂缝参数,与取心井段岩心裂缝孔隙度、成像测井资料、地层动态渗透率及试油(气)结果吻合较好,说明该套估算裂缝参数的方法是可行且有效的。
  • Based on cores analyses of coring well , studied are the " four properties " ( i . e . , lithology , physical property , conductivity and oil bearing ) relationships between conglomerate and glutenite formation ; set up are the logging interpretation models of porosity , permeability and oil saturation in conglomerate and glutenite reservoirs with different lithologies
    取心井岩心分析为基础,分别研究砾岩、砂砾岩储层岩石的岩性、物性、电性及含油性两两之间的关系,建立了分岩性的砾岩和砂砾岩孔隙度、渗透率、含油饱和度测井解释模型。
  • Through the analysis of petrology characteristics and individual well section of sedimentary facies of five core holes , direction of sedimentary source area , the depositional framework and main facies types and its features of penglaizhen formation , baimamiao - songhua area are elaborated on the basis of sedimentary backgroud of region . from this above , in view of the study of the correlation of 3 cross sections of sedimentary facies , it is pointed out that distribution regularities of sedimentary facies and possible places of distribution of sand bodies of iii , iv member of penglaizhen formation are vertically and laterally developed in baimamiao - songhua area . by the analysis and contrast of seven plans of sedimentary facies and nine isopach maps of sandstone , the planar characteristics of distribution of sedimentary facies are summarized , meanwile , macroscopic distribution regularities of sand bodies is studied in iii , iv member , penglaizhen formation of baimamiao - songhua area
    通过5口取心井的岩石学特征、单井剖面相分析,结合区域沉积背景,阐述了研究区蓬莱镇组的物源方向、沉积格局、主要沉积相类型及其特征;在此基础上,通过3条连井剖面的沉积相对比研究,揭示了研究区蓬段、蓬段纵向与横向上沉积相的分布规律及砂体的大体分布位置;通过7张沉积相平面图、 9张砂岩等厚图的分析对比,总结了蓬段、蓬段沉积相的平面分布特征,宏观上研究了蓬段、蓬段的砂体展布规律。
  • The paper has chosen well jing43 - 67 as the main object which lied on the frontal delta and the front of delta , and the cores were taken continuously . which assures it is intact of the studied strata . for making sure the precision , the paper has also chosen well jing37 - 69 as complementary well
    在众多的取心井中,选择了取心连续、岩心收获率高,且位于前三角洲及三角洲前缘等地层不易遭到冲刷的井静43 - 67井作为研究的重点井,为保证取样精度,又选择了具备同样条件的静37 - 69井作为研究的补充井。
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