儲油灰巖 的英文怎麼說

中文拼音 [chǔyóuhuīyán]
儲油灰巖 英文
limestone reservoir rock
  • : Ⅰ動詞(儲藏; 存放) store up; save; keep [have] in reserve Ⅱ名詞1. (繼承人) heir 2. (姓氏) a surname
  • : Ⅰ名詞1 (脂肪; 油脂) oil; fat; grease 2 (姓氏) a surname Ⅱ動詞1 (用桐油、油漆等塗抹) apply t...
  • : Ⅰ名詞1 (物質燃燒后剩下的粉末狀的東西) ash 2 (塵土; 某些粉末狀的東西) dust 3 (特指石灰) lime...
  • : 名詞1. (巖石) rock 2. (巖峰) cliff; crag
  • 儲油 : oil storage
  1. Several analysis methods such as casting slice, scanning electron microscope, porosity and permeability data, mercury injection data and density of fissures are used to study the reservoir properties of volcanic rocks in huang - yu - re area, the east sag of liaohe basin. volcanic rocks in this area are mainly composed of basalt, diabase, tuff and trachyte. the dominating type of volcanic reservoir space includes secondary solution pores and structural fissures

    通過火山的常規物性分析壓汞分析和裂縫密度分析,結合鑄體薄片和掃描電鏡,研究了遼河田黃于熱地區的火山層物性特徵,認為該區火山石類型主要有玄武輝綠和粗面,主要集空間類型為次生的構造裂縫和溶蝕孔縫。
  2. The favorable reservoir spaces in the carbonate rock could be divided into five types according to their origin, configuration and size, i. e., solution fissure, solution hole, cave, erosional fissure and structural fissure, which form five different reservoirs including cave - type reservoir, erosional fracture reservoir, structural fissure reservoir, and solution pore marginal beach grainstone reservoir

    而下奧陶統集和生產氣的有效滲空間按成因、形態及大小可劃分為溶蝕孔隙、溶蝕孔洞、大型洞穴、風化裂隙、構造裂隙等5類,構成5種性質有別的層,即洞穴型層、風化裂隙型層、構造裂隙型層、臺緣灘相顆粒溶蝕孔隙型層和地表殘積物裂隙孔隙(洞)型層。
  3. Observation of drilling cores and casting - sections and the characters of pore structures and permeability of the matrix of the lower - ordovician carbonate in comparing with the lower limit of a reservoir for matrix reveal that the porosity, permeability, maximum pore diameter, saturation and median throat diameter in the matrix with undeveloped fissures, holes and solution pores are far lower than those of a reservoir limit although some micro - pores are developed in the matrix which therefore has no capacity of storing and producing oil - gas

    摘要通過鉆井心和鑄體薄片觀察,根據下奧陶統基質的孔滲特徵和孔隙結構特徵,並與基質作為層的下限對照裂隙、洞穴和溶蝕孔洞不發育的基質,發現盡管有微孔隙的發育,但其孔隙度、滲透率、最大孔喉半徑、飽和度、中值喉道半徑等參數值遠低於層下限值,基本不具備集和生產氣的意義。
  4. The carbonate reservoir rock includes many influence factors that it is through many phases structure bursts and the ancient karst to act on jointly the formation and with which the rock karst gives first place. the complicated oil field of karst cave and crack are controlled by limestone reservoir and the crevices - cave system, which have many characteristics such as vivid and great in style, irregular distribution, the limestone cave in crack and unhomogeneity of rock etc. these kinds of reservoir belong to a world difficult and extreme problem on valuation and cognition

    它是經多期構造破裂與古風化溶共同作用形成的、以溶為主控因素、以集體控藏和縫洞系統控藏為主的溶洞?裂縫型復雜氣藏,表現為其不規則形態和不均勻分佈、裂縫溶洞發育不均一、層非均質性極強等特點,認識和評價該類層屬世界性難題。
  5. On the basis of core, well logs, seismic and dynamic data in liuhua11 - 1 oilfield, the characteristics of reservoir heterogeneity controlled by sedimentary environments, diagenesis, fault and fracture structures are described in detail

    摘要結合流花11 - 1田的芯、測井、地震、開發動態等資料總結了礁藏沉積、成及構造等因素造成的層非均質特徵,引入的層非均質綜合指數,可更快速、直觀地揭示了剩餘的分佈規律。
  6. This paper uses quantitative evaluation method and principles of diagenetic reservoir facies, gray theory, matches and picks up petrophysical parameters, analyzes the comprehensive effect of evaluation parameters on diagenesis, establishes parameter index and automatic analysis and processing method for diagenetic reservoir facies evaluation with gray theory, integrates gray system theory and multi - information, and provides an important method and basis for reservoir description, heterogeneity study, oil well productivity analysis and screening favorable oil blocks

    摘要根據成集相定量評價分析方法和準則,利用色理論思維和手段,匹配、擬合和提取層物性參數,分別以評價參數對成作用的綜合效應進行分析,建立起色理論成集相綜合評價參數指標和自動分析處理方法,實現了色系統理論集成和多種信息綜合,為藏描述、層非均質性研究、井產能分析和含有利區塊篩選提供了重要方法和依據。
  7. The results of well - to - seismic calibration are effective by selecting permian igneous rock and carboniferous double - peak limestone as the reference layers, adjusting appropriately acoustic velocity and choosing the most suitable wavelet

    利用上述方法,以哈得四田二疊系火成及石炭系雙峰為參考層,選取與研究區地震數據吻合性最好的子波,合理地調整聲波速度,對哈得四田的主要層東河砂進行井震標定,獲得了較為理想的效果。
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