conglomerate reservoir 中文意思是什麼

conglomerate reservoir 解釋
礫巖儲集層
  • conglomerate : adj 1 成球(狀)的;結成團塊的。2 由不同種類的各部分組成的,混雜會聚在一處的。3 【地質學;地理學...
  • 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]。
  1. The study area is composed of sandstone & conglomerate reservoir of alluvial fan & fan delta, which belong to sha3 lower member and sha4 upper member of lower tertiary of yong " an town oilfield in dongying depression. the target stataum develops in the hanging wall of the synsedimentary fault in the scarp zone of dongying depression. the frequently intense movements result in the variation of sandstone and conglomerate reservoir and the evolution of the time and space of sha3 lower member and sha4 upper member in yong " an town oilfield

    研究區是東營凹陷永安鎮油田沙三下段、沙四上段的沖積扇和扇三角洲砂礫巖體,目的層發育在東營凹陷陡坡帶同生斷層的下降盤,因斷層多期強烈活動,導致永安鎮油田沙三下段、沙四上段的砂礫巖體成因類型多,時空演化變化大,在扇根一帶小層對比難度大,給油田開發帶來很大的難題,在這種背景下進行流動單元研究難度更大。
  2. The hydrothermal breccia and karst in the beiya area are divided into 4 types and zones, including : sedimentary tuff and breccia induced by hydrothermal explosion and sedimentation on land surface ; hydrothermal sedimentary conglomerate and gas - explosive ejecting breccia related to sedimentation in and collapsing of some shallow karst caves ; netted hydotherma1 limcstone breccia and hydrothermal explosive breccia pipe related to hydrofracturing, corrosion and explosion in the hydrothermal channels ; and yellow granular limestone formed by simmering and alteration in the deep heated water reservoir

    北衙地區熱水角礫巖和熱水巖溶可分為4種類型和層次,即地表相爆發沉積作用形成的沉積凝灰角礫巖、熱水沉積鮞狀灰巖與鈣華膠結角礫巖;與近地表洞穴沉積和垮塌作用有關的熱水沉積礫巖和汽爆射流角礫巖;與熱水通道相蝕裂和爆破角礫化作用有關的網路狀灰巖角礫巖筒和熱水隱爆角礫巖筒;深部相熱水浸煮蝕變灰巖。
  3. The typical samples with different lithological characters are collected from two wells of representative reservoir consisting of sandstone and conglomerate of positive rhythm. compressional and shear wave velocities, porosity, and clay content are measured in two states fully saturated with water

    在復雜的正旋迴砂礫巖儲層中,從兩口井系統地採集了不同巖性的典型樣品,在不同的有效壓力及兩種狀態氣飽和和水飽和下測試了巖石的縱橫波速度。
  4. This article established the optimizing, identifying, classifying and appraising standard of the two - formation - type reservoir fluid units of the of sandstone and conglomerate reservoir of sha3 lower member and sha4 upper member, and instructs the oil exploitation

    建立了沙三下段、沙四上段兩種成因類型砂礫巖儲層流動單元的識別參數優選、識別、分類和評價標準,並指導油田開發。
  5. This article established static state model of the two - formation - type sandstone and conglomerate reservoir fluid units by using the multi - subject theories, information and techniques, and reveals the geometrical configuration, special distribution and the oil - gas enrichment laws of the sandstone and conglomerate reservoir fluid units

    應用多學科的理論、信息和技術建立兩種成因類型砂礫巖流動單元靜態模型(包括單井、剖面、平面模型) ,揭示了砂礫巖流動單元的幾何形態、空間展布和油氣富集規律。
  6. In this article, the new concepts, the new methods, and the new techniques of sedimentology, petroleum geology, reservoir geology are synthetically applied, and the computer technology are made full uses of, and the identifying, dividing and appraising of the two - formation - type sandstone & conglomerate reservoir fluid units of sha3 lower member and sha4 upper member systemically analyzed in yong " an town oilfield, dongying depression

    本文綜合應用沉積學和石油地質學、儲層地質學、動靜態油藏描述、新方法和新技術手段,最大限度地應用計算機技術,系統地分析研究了東營凹陷永安鎮油田沙三下段、沙四上段兩種成因類型的砂礫巖體的流動單元的識別和劃分及評價。
  7. Logging interpretation of conglomerate reservoir is very difficult in menggulin area with complex rock structure, strong heterogeneity and clear difference between layers

    摘要蒙古林礫巖油藏儲層巖石結構復雜,非均質性強,層間差異明顯,測井資料解釋難度較大。
  8. Using the interpretation models, 162 wells in this area were reinterpreted using the models, the result of which shows the interpretation models based on different lithologies have higher accuracy and important significance in improving accuracy of conglomerate reservoir interpretation, further providing foundation for geologic modeling and remaining oil redevelopment

    應用解釋模型對研究區162口井進行了二次解釋,結果表明,分巖性建立的解釋模型具有較高的精度,該方法對提高礫巖油藏儲層測井精細解釋的準確性具有實際意義,為進一步的地質建模和剩餘油挖潛研究提供基礎。
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