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断块

duàn kuài
  • fault block
断块断块
断块[duàn kuài]
  1. 晋X断块单井开发动态经济分析

    Dynamic Economic Analyse of Single Well Development in Jin X Fault Block

  2. 复杂断块油田CO2驱油动态监测技术应用与分析

    Application of performance monitoring technique for co_2 displacement in complex fault block oilfield

  3. ANSYS曲壳模型计算复杂断块现今地应力场

    Determining the crustal stress field using ANSYS curved shell model

  4. XX断块剩余油分布规律及控制因素

    Residual oil distribution rules and its controlling factors in Block XX

  5. 沙19断块E1f3~1低电阻率油层成因及识别

    Origin identification of low resistivity reservoirs in e_1f_3 ~ 1 Sha 19 fault block

  6. 晋X断块油藏已进入开发中期,产量快速下降,油井含水上升很快。

    With Jin X Fault Block Reservoir coming into metaphase development , the yield has declined rapidly and the water cut of oil wells has rose fleetly .

  7. 用DDA模拟华北地区的无震断层滑动和断块形变

    Modeling aseismic fault slips and block deformation in northern China by DDA

  8. 所研制的HRV-2降粘剂通过现场试验,可以满足小断块稠油开采的需要。

    The HRV-Z viscosity-reducing agent developed can meet the needs of viscous oil production in small fault blocks .

  9. 509和CRL的缺陷。断块型三角洲

    509 and CRL . The fault Delta

  10. 用这种方法对LS地区1000平方公里的重力资料进行试算,从中找出12条断层,划分出四个断块。

    12 faults and 4 fault blocks in LS area were ascertained by processing detailed gravity survey data of 1000 Km ~ 2 with this method .

  11. W2断块是一个整装的低渗&特低渗油藏。

    W2 fault block is a low permeability reservoir .

  12. CH3断块边底水控制数值模型及油藏数值模拟研究

    Numerical Model and Reservoir Numerical Simulation of Bottom and Edge Water in Fault Block CH3

  13. CB油田为复杂断块、断鼻型圈闭油藏,地面河网发育,地下构造复杂。

    CB Oilfield is a complex fault-block and fault nose trap reservoir , there are lots of rivers on the ground , and the underground structure is very complex .

  14. 管道输送CO2单井吞吐工艺是一项适合复杂小断块油田提高原油采收率的三次采油技术,在江苏油田有较高的推广价值。

    The technology of huffing and puffing pipeline transported CO_2 in single well is a tertiary oil recovery technique suitable for improving the oil recovery of small complex fault block reservoir , it possesses higher popularization value in Jiangsu oilfield .

  15. 在注入浓度0.5%时,OCS表面活性剂在大港油田枣1219断块岩心上的吸附量小于2mg/g油砂。

    The adsorption amount of OCS surfactant on Block 1219 reservoir sand was lower than 2 mg / g at an injection concentration of 0.5 % .

  16. 并指出豫西断块构造中的NE、NW向高角度正断层经历了先剪后张的两次活动。

    The author shows that the high-angle normal faults trending in NE and NW directions in the block faulted structure of Western Henan were subjected to the process containing shearing and tension successively .

  17. 根据CH3断块的油藏特征,对底水锥进数值模型及油藏数值模拟进行了研究。

    In consideration of the characteristics of Fault Block CH3 , a study is conducted on numerical model of bottom water coning and reservoir numerical simulation .

  18. PI决策技术具有快速、实用、操作简单的特点,适用于复杂断块油田高含水期调剖堵水要求,具有良好的推广前景。

    PI decision-making technique has the advantages of fast , practical and easy to operate and can meet the need of profile correction and water-plugging at high water cut stage in complex fault block reservoirs , thus has a bright prospect of deployment .

  19. 简要介绍了过套管地层电阻率测井(CHFR)的基本原理、仪器结构及性能;重点介绍了过套管电阻率测井在垦东六断块的应用情况;

    Based on the basic theory , structure and performance of CHFR , this article focuses on application of CHFR in Kendong-6 faulty Reservoir .

  20. 针对华北油田马二断块的油藏条件和流体特性选育出解烃细菌NX-2。

    Based on reservoir condition and fluid characteristics , the oil-degrading bacterial strain NX-2 was screened from Ma-2 fault block of Huabei oil field .

  21. 该断块实施油层保护工艺技术后,油井热洗周期平均延长了20~30d,油田稳产、增产效果显著。

    Having been implemented oil formation protection technology , the average hot washing period has been extended 20 ~ 30 days and the effects of static oil data and production increase has been obvious .

  22. 在储层的微构造、沉积微相分析和测井曲线二次处理的基础上,以数据库为支撑,应用RMS储层建模技术,建立了Z2断块三维精细地质模型。

    On the basis of analysis on reservoir micro-structure and sedimentary microfacies and secondary processing of log curves , 3D precised geologic model for Block Z2 is established by using RMS reservoir modeling technique supporting with a database .

  23. 白垩纪始,区内以断块差异升降为主,形成掀斜式断陷盆地和掀斜式隆断带,差异性升降最大超过1000m。

    From Cretaceous Period , the differential elevator movement of fault block in this area was strong and produced the tilted fault basin and tilted dislocated upwarping belt , the largest dislocation arrived more than 1 000 meter .

  24. 通过多聚酶链式反应温度梯度凝胶电泳(PCRTGGE)和构建16SRRNA基因克隆文库两种方法对比研究了大港油田孔二北断块注水井和采油井的微生物群落结构。

    Both PCR-TGGE ( temperature gradient gel electrophoresis , TGGE ) and 16S rRNA gene clone library construction were used to comparatively analyze the microbial communities of a water injection well ( WW ) and an oil well ( OW ) in Dagang oilfield .

  25. 断块运动受统一应力场支配,早期(渐新世上新世)主压应力方向为NESW,晚期(上新世末第四纪)则转为NWSE。

    Fault-block movement is controlled by the unified regional stress field . The principle compression stress direction was NE SW during the early neotectonic stage ( E_3 N_2 ) , while in the late stage ( the end of N_2 Q ) it 's become to NW SE .

  26. 断块运动与中生代济源盆地的演化

    Fault-block movement and evolution of the Jiyuan basin during the Mesozoic

  27. 华北断块新生代玄武岩的研究

    The study on the Cenozoic basalts in North China fault block

  28. 关于方法构造学的设想断块间褶曲的初步研究

    Tentative Ideas on Constructure Theory of Method Research on fault fold

  29. 模糊层次评价法在海南3断块的应用

    Application of fuzzy hierarchy evaluation method to Hainan 3 fault block

  30. 利用单口探井资料对断块进行构造分析

    Structure Analysis in a Fault Block by Using Single Well Diplogs