reservoir engineering 中文意思是什麼

reservoir engineering 解釋
儲油工程
  • reservoir : n. 1. 貯藏所；貯氣筒；貯水池，水庫；貯水槽，水槽；貯存器；貯油器，油筒，油箱；貯墨管；【解剖學】貯液囊。2. （知識、精力等的）貯藏，蓄積。vt. 貯藏；在…設貯藏所[貯水槽]。
  • engineering : n. 1. 工程（技術），工程學。2. 開車技術。3. 土木工程，工事。4. 操縱，管理。
  1. The paper presents the method that makes sure the reservoir engineering scale and flowing water loses

    本文提出了一種確定出、入水庫工程規模，水庫蒸發、滲流水損失的方法。
  2. In order to solve this contradiction, reservoir engineering methods are used to estimate the exploitation process about the block, which including water drive curve method, the correlation experience method, the method of the flow pipe budgetary estimate and the method of well net density. on the basis of these method, the author studied the macrocospical distributing of remaining oil in each layer

    針對單元開發過程中存在的突出矛盾，運用水驅曲線法、相關經驗公式法、流管概演算法、合理井網密度法等油藏工程方法對斷塊的開發歷程進行評價，在此基礎上進行各小層剩餘油的宏觀研究。
  3. Investigation on management conditions of reservoir engineering of guangyuan city

    關于廣元市水庫工程管理情況的調查
  4. The ease study shows that production and monitoring / testing data are comprehensively used to conduct dynamic analysis of heavy oil reservoir engineering by this method, with simple procedure and reliable results of calculation

    通過實例分析表明，該方法能夠綜合利用生產和測試數據進行動態分析，而且計算過程簡單、結果可靠。
  5. One of the crucial issues in reservoir engineering study is how to choose pattern well spacing in order to reach the highest recovery and optimal economic efficiency by waterfooding process for field development project designing and well pattern infill or adjustment

    摘要在油田注水開發方案設計和井網加密調整工作中，選用何種布井方式或井網密度，使油田水驅採收率獲得最高、油田開發經濟效益達到最優，這一直是油藏工程研究的主要問題之一。
  6. Technical requirements of compiling the development plan of sandstone oil field development geology and reservoir engineering

    砂巖油田開發方案編制技術要求開發地質油藏工程部分
  7. The high frequency isoparametric induction have aided this broadening of the log interpreter ' s craft, and have brought the logging analyst closer to the related disciplines of geology, and reservoir engineering

    高頻感應為測井解釋人員提供了新的手段，使測井分析家能更多地利用地質學，地球物理和儲集工程等有關領域的知識。
  8. The 1owing material balance method, a new method for reservoir engineering dynamic analysis, is presented and applied to the well test analysis of heavy oil steam stimulation, calculating the heating radius and formation contaminant factor in this paper

    摘要介紹了一種新的油藏工程動態分析方法流動物質平衡方法，並將該方法應用於稠油蒸汽吞吐試井分析，計算出加熱半徑和地層污染系數。
  9. In order to study effects of various factors on gas well productivity, this paper takes changqing gas field as an example and uses gas reservoir engineering and numerical simulation methods to qualify effect of different factors on absolute open - flow capacity in different reservoirs in respect of formation coefficient, water production, non - darcy flow coefficient, formation pressure and skin factor

    摘要影響氣井產能的因素多種多樣，為了具體描述各因素對產能的影響，以長慶氣田為例，利用氣藏工程和數值模擬方法，從地層系數、產水、非達西流系數、地層壓力、表皮系數等幾個方面定量分析了各因素對不同儲層條件下氣井絕對無阻流量的影響程度。
  10. Comparison and selection of seepage prevention schemes in hengquan reservoir engineering

    橫泉水庫工程防滲方案比選
  11. On the basis of the theory and knowledge of many learning branches such as fractal geometric, the percolation mechanics, the reservoir engineering, mathematic and physic method, numeric analysis method, compute graphic procession method, software engineering analysis method and so on, this thesis based on the developed research work, concludes the following a few facets to the unsteady seepage flow mathematical models in the pressure - sensitive deformable double media fractal reservoir. fractal geometric theory and method are good approximations to describe the complicity and we can more easily analyze all kinds of the pressure - sensitive deformable double media fractal complex reservoir relatively than others

    本文綜合運用分形幾何理論，滲流力學理論，油藏工程方法，數學物理方法，數值計算，計算機圖形處理技術，軟體工程的分析方法等方面的理論知識和應用技術，在已有研究成果的基礎上，對分形油藏作了以下幾方面的研究：一-一- -絲竺絲型進些絲燮竺鯉絲竺塑望絲些些竺色? （ l ）以m厄仃en一root模型為基礎，引入分形參數d了、 0和壓縮系數。
  12. Based on conclusion of practical experience from polymer flooding pilot test, and in combination with theoretical calculation and analysis of numerical simulation, the varying range of main production index by polymer flooding is determined, varying mode of liquid production, comprehensive water cut, oil production and incremental oil by polymer flooding is set up by adopting reservoir engineering method, forming simplified, fast and feasible method for calculating production index by polymer flooding, which provide practical and theoretical basis for making polymer flooding programe

    本文在總結聚合物驅礦場試驗實踐經驗和結合數值模擬理論計算分析的基礎上，研究確定聚合物驅主要開采指標的變化范圍，採用油藏工程方法建立聚合物驅采液量、綜合含水、採油量和增油量的變化模式，形成簡便、快速、實用的聚合物驅開采指標測算方法，為編制聚合物驅規劃方案提供了實踐和理論依據。
  13. Abstract : based on conclusion of practical experience from polymer flooding pilot test, and in combination with theoretical calculation and analysis of numerical simulation, the varying range of main production index by polymer flooding is determined, varying mode of liquid production, comprehensive water cut, oil production and incremental oil by polymer flooding is set up by adopting reservoir engineering method, forming simplified, fast and feasible method for calculating production index by polymer flooding, which provide practical and theoretical basis for making polymer flooding programe

    文摘:本文在總結聚合物驅礦場試驗實踐經驗和結合數值模擬理論計算分析的基礎上，研究確定聚合物驅主要開采指標的變化范圍，採用油藏工程方法建立聚合物驅采液量、綜合含水、採油量和增油量的變化模式，形成簡便、快速、實用的聚合物驅開采指標測算方法，為編制聚合物驅規劃方案提供了實踐和理論依據。
  14. 4 - d seismic is a kind of reservoir monitoring technique which acquires and analyzes multiple seismic surveys repeated at the same site during the period of production in order to image the changes in a producing reservoir. it utilizes the knowledge of seismology, petrophysics and reservoir engineering comprehensively. there are some important methods such as the repeatability of seismic acquisition and processing, time lapse seismic interpretation and analyses

    四維地震是在油藏生產過程中，在同一地方，利用不同時間重復採集的、經過互均化處理的、具有可重復性的三維地震數據體，應用時間差分技術，綜合巖石物理學和油藏工程等多學科資料，監測油藏變化，進行油藏管理的一種技術。
  15. From the reservoir - engineering standpoint, one of the most important rock properties is porosity, a measurement of the space available for storage of petroleum hydrocarbon

    從油藏工程的觀點來看，孔隙度是巖石最重要的特性之一，它用來量度巖石中用以儲存石油烴類物質的有效空間。
  16. This paper presents the calculation formula for determination of reasonable soak time and heated radius at end of soaking by analysis of changes of oil layer and steam energy during soaking period, based on basic theories of reservoir engineering and heat transfer

    應用油藏工程、熱傳遞基本理論剖析了燜井過程中油層和蒸汽的能量變化，推導出確定合理燜井時間的計算公式和燜井結束后加熱半徑的計算公式。
  17. A guarantee is provided for the azimuth and deviation of the re - entry horizontal wells of oil reservoir engineering and drilling engineering to make the hole trajectory smooth, achieve the drilling and well completion techniques without a hitch and raise the target rate

    為滿足油藏工程、 ?井工程對側?水平井方位、水平位移的要求，達到井眼軌跡平滑，順利實現?井、完井工藝，提高中靶精度提供了保證。
  18. Gas well productivity is important is an important method for determination of ripen flow potential and working system, prediction of prediction performance and study of related gas reservoir engineering

    摘要氣井產能評價是確定無阻流量和工作制度、預測生產動態及其它氣藏工程研究的重要手段。
  19. Geological hazard prevention and control work in full swing in three gorges reservoir engineering area

    寫在三峽庫區地質災害防治工程全面開工之際
  20. Code of information for reservoir engineering

    油藏工程信息代碼
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