well test 中文意思是什麼

well test 解釋
試井
  • well : n 1 井。2 泉水;源頭,來源。3 坑,穴,凹處;【礦物】礦井,豎坑;【軍事】(地雷的)井坑;【建築】...
  • test : n 1 檢驗,檢查;考查;測驗;考試;考驗。2 檢驗用品;試金石;【化學】試藥;(判斷的)標準。3 【化...
  1. Technical specifications for natural gas well test

    天然氣井試井技術規范
  2. Actuality of condensate gas well test technology

    凝析氣試井技術現狀
  3. According to this problem, this paper proposes a modified isochronal well test with bottom hole liquid loading

    針對這個問題,提出了一種存在井底積液時的修正等時試井資料解釋方法。
  4. The modified isochronal well test data with bottom hole liquid loading will have abnormity, causing a fail of processing with the original theory or much error

    摘要存在井底積液的修正等時試井資料會出現異常,使原有理論無法處理相應的測試資料或處理的結果誤差較大。
  5. Application of the well test interpretation method for fracture - vug reservoir in tahe oilfield

    縫洞型油藏試井解釋方法在塔河油田的應用
  6. The well test interpretation of partially perforated vertical well in thin bed bottom water reservoir

    薄層底水油藏部分打開直井試井解釋方法研究
  7. Design of coal bed methane well test

    煤層氣試井設計方法
  8. Contrasting our study with well test result, the interpretation accord with geological fact. most light oil concentrates in haila ' er basin and the coincidence is ninety percent

    經過與現場試油結果進行對比、驗證,結果表明在海拉爾盆地解釋的符合率相當高,達90以上。
  9. Compared with well test data, the result demonstrates that the formation water resistivity can be accurately determined by the method

    應用實際測井資料解釋,並與試油水分析資料對比,結果表明該方法能夠提供可靠的地層水電阻率值。
  10. Considering the artificial fracture as the refracture upon the horizontal seam, putaohua oilfield is taken as the target and the following tasks have be done : define well and stratum selection method for refracturing ; determine the refracturing time with well test analysis and flow index method ; find out the main cause of refracturing failure

    摘要針對大慶油田長垣人工裂縫為水平縫的重復壓裂井,以葡萄花油田為研究對象,初步界定了重復壓裂選井選層工藝方法;應用試井分析和流動指數方法判斷重復壓裂時機;經過研究找出了重復壓裂井裂縫失效的主要原因。
  11. Well test interpretation method for horizontal multilateral wells

    水平分支井試井解釋方法研究
  12. 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。
  13. At the same time, the new wave of merge and conglomeration emerged among international petroleum technical service companies. three biggest international well test companies actively broaden service area through the methods of merge, sharing holding and alliance, and increase the ability of market competition

    同時,國際石油技術服務界也出現了新的購並浪潮,國際測試業三大公司,通過購並、控股、聯盟的方式紛紛擴展業務范圍,競相提高市場競爭力。
  14. As the well test service sub - company belong to petrochina, what kinds of measures should been taken to deal with the merge and restructure of internal and external china becomes very important

    作為中國石油核心業務中的測試技術服務分公司,將採取何種措施應對測試行業國內外的購並重組形勢,顯得尤為迫切。
  15. Study of well test curve automatic matching method

    試井曲線自動擬合方法研究
  16. From the poim of resolving the question of reservoir description by well test data, this paper discussed the importance and function of the test technique in modem reservoir management

    本文從測試資料能夠解決的油藏描述問題入手,論述了測試技術在現代油藏管理中的重要地位和作用。
  17. This paper presents five main contents which numerical well test studied, that are parameter matching method, accuracy control of numerical analog, net work split technology, combination with traditional well test methods and how to extend the scope of well test interpreta tion

    文中提出了數值試井研究的五個主要內容,即參數擬合方法、數值模擬的精度控制、網格剖分技術、與常規試井方法的結合、如何拓寬試井解釋的范疇。
  18. In the process of the software development of well test interpretation, a method for early - stage ( pure wellbore storagy, fracture linear flow, fracture - formation dual linear flow ) and radial flow stage parameters interpretation is proposed

    摘要在試井資料解釋軟體開發過程中,提出了求解早期段(純井簡儲集、裂縫線性流、裂縫地層雙線性流)和徑向流段解釋參數的解釋方法。
  19. It gives out the new orientation of well test theory

    指出了試井理論發展的新方向。
  20. New well test analysis method of the dense well - pattern

    加密井網條件下的試井分析新方法
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