facies analysis中文

• 相分析

• "facies" 中文翻譯 :    n. 〔pl.〕 〔單復同〕 1.顏面，外觀；外表。 2 ...
• "analysis" 中文翻譯 :    n. (pl. -ses ) 1.分解，分析；【數學】解 ...
• "facies sequence analysis" 中文翻譯 :    相序列分析
• "facies" 中文翻譯 :    n. 〔pl.〕 〔單復同〕 1.顏面，外觀；外表。 2.【生態】演替系列混優種社會，演替系列變群叢。 3.【地質學；地理學】相。 4.【醫學】面色；表面。
• "deesea facies(abyssal facies)" 中文翻譯 :    深海相
• "lacustrine facies; limnetic facies" 中文翻譯 :    湖相
• "mitrotricuspid facies mitral facies" 中文翻譯 :    二尖瓣病面容,二尖瓣三尖瓣病面容
• "analysis" 中文翻譯 :    n. (pl. -ses ) 1.分解，分析；【數學】解析。 2.梗概，要略。 3.〔美國〕用精神分析法治療(＝ psychoanalysis)。 in the last analysis= on (the last) analysis 歸根結底，總之。 under analysis 在精神分析治療下。
• "be analysis" 中文翻譯 :    損益分界分析,保本分析
• "in the analysis of" 中文翻譯 :    在對……進行分析時
• "on analysis" 中文翻譯 :    經分析后
• "a ociated facies" 中文翻譯 :    共生相
• "abnormal facies" 中文翻譯 :    異常面容
• "abysmal facies" 中文翻譯 :    深海相
• "abyssal facies" 中文翻譯 :    深海相
• "acromegaly facies" 中文翻譯 :    肢端肥大癥面容
• "actinolitegreenschist facies" 中文翻譯 :    陽起石綠片巖相
• "adenoid facies" 中文翻譯 :    增殖腺面容
• "aeolian facies" 中文翻譯 :    風積相
• "ahydrous facies" 中文翻譯 :    無水相
• "albiteepidotehornfels facies" 中文翻譯 :    鈉長石綠簾石角巖相
• "aldan facies" 中文翻譯 :    紫蘇花崗巖相
• "algal facies" 中文翻譯 :    藻相
• "algalmat facies" 中文翻譯 :    藻席相
• "alimentation facies" 中文翻譯 :    補給相

• Coal facies analysis upon no . 16 coal seam in yanzhou coal mining area of shangdong province
  山東兗州礦區太原組16號煤層煤相研究
• It is indicated that cap layers classifying and lithological distinguishing in single well profile can be reached through well - logging facies analysis
  研究認為，從測井相分析的角度可以解決單井剖面地層中蓋層劃分與巖性識別的問題。
• On the basis of seismic sequence analysis , sedimentary facies analysis and sedimentary environmental analysis , the main sandstone distribution of each system tract is summarized
  在層序劃分、沉積環境及沉積相分析的基礎上，對主要砂體的展布進行了平面成圖。
• 4 . to promote the efficiency by build log facies computer analysis system to replace manual management . when applied the method in sebei area facies analysis has brought satisfactory result
  針對人工管理數據效率低下這一狀況，建立起一套測井沉積相管理及分析處理軟件系統，通過對澀北地區測井沉積相分析，取得了較好的效果。
• With the enhanced exploration and development of oilfield , in order to find more favorable hydrocarbon accumulation zone , or increase productivity , facies analysis is needed . log data is an important means in facies analysis
  隨著油田勘探開發程度的不斷提高，要找到有利的油氣聚集帶和開發階段提高采收率，都必須進行儲層沉積相分析。
• According to observing the core and well logging facies analysis , yanchang 4 + 5 sector to yangchang 3 mainly developed underwater distributary channel , river mouth bars , underwater natural levee , underwater crevasse splay , interdistributary bay , far bars , etc . and some shallow lake subfacies
  根據巖芯觀察以及測井相分析，認為長4 + 5 ?長3期以水下分流河道、河口砂壩、水下天然堤、水下決口扇、分流間灣和遠砂壩等沉積微相以及部分淺湖亞相沉積為主。
• The qiantang basin , having the most complete and extensive marine sedimentary strata during jurassic , is the second larger mesozoic marine sedimentary basin . although many achievements are obtained in recent years , the research are still only involved in second - or third - order of mesozoic sequence . on the base of sedimentation facies analysis of matuo formation , high frequency sequence are studied
  藏北羌塘盆地地處青藏高原腹部，是我國中生代第二大海相沉積盆地，侏羅紀是羌塘盆地發育最全、分布最廣泛的海相沉積層系近年來，羌塘盆地在層序地層方面的研究已取得不少成果，但其層序地層研究多涉及中生代二級或三級層序，至于高頻層序，尚未進行詳細的研究。
• Their distribution of deposition control lithology subtle trap , die - out around paleo - uplift the distribution of subtle traps in the slope , subtle trap forms along faults and above and beneath unconformity boundary . through exploring and studying in huanghua depression many years , we gradually summarize a series of methods and technologies for subtle trap exploration , they are precise stratigraphy correlation on the basis of sequence stratigraphy , including micromarker correlation , element logging , high frequent cycle stratigraphy and precise sequence stratigraphy , besides conventional biography stratigraphy , logging correlation . through using facies analysis method , the type and distribution of reservoir are determined
  在黃驊坳陷通過多年的摸索和引用，逐漸形成了一套系統的隱蔽油氣藏的研究方法和技術，它們是以層序地層學為代表的地層精細劃分方法，用來解決地層劃分及歸屬問題，除常規的生物地層學、巖電特征對比方法外，創新性的運用了包括微標志層劃分方法、元素測井方法、高頻旋回對比方法及精細層序地層劃分方法等四種精細地層劃分方法。
• Directed by new theories and approaches of sedimentology , diagenesis and reservoir evaluation , focused on marine clastic reservoir of donghe sandstone member , in tarim basin , strata and depositional system of donghe sandstone member are classified ; typical depositional facies types , depositional model and horizontal distribution have been studied through depositional facies analysis of 17 single wells , combined with seismic data . major diagenetic events , stages and " four history " collaboration have been systematically analysesed , furthermore , the relation between reservoir diagenesis and porosity evolution has been built ; thorough studies on reservoir lithology , physical property and pore structure , reservoir development related to depositional envoironment , diagenesis and tectonic has been discussed ; reservoir has been evaluated and predicted by five influential parameters drawn from the results of the study on depositional facies , diagenesis and reservoir characteristic . in the end , favourable reservoir body distribution has been pointed out
  本論文以沉積學、沉積巖石學、沉積成巖作用與儲層地質學、儲層評價技術的新理論新方法為指導，以塔里木盆地巴楚組東河砂巖段海相碎屑巖儲層為主要研究對象，通過17口典型井的單井地層沉積相分析和成巖作用分析，結合地震資料，對東河砂巖段地層和沉積體系進行了詳細劃分，研究了東河砂巖段分布區的典型沉積相類型、沉積模式及其平面展布特征；系統分析了東河砂巖段碎屑巖儲層的主要成巖事件、成巖期次及其四史配置關系，指出了儲層成巖與孔隙演化的關系；深入研究了東河砂巖段碎屑巖儲層的巖石學特征、物性分布、孔隙結構等特征，著重討論研究了沉積環境、成巖作用和構造作用對儲層發育的影響；運用“權重”評價法結合地層沉積相、成巖演化和儲層特征研究的結果，選取了五個對儲層發育有重要影響的參數對儲層進行了整體的評價和預測，指出了塔里木盆地東河砂巖段儲層有利儲集體的分布狀況。
• Using digital logging data of logging curves to resume lithology section , based on single well sedimentary facies analysis of cored well , typical sedimentary microfacies and the corresponding electrofacies models are established . each after extracting the essential factors of logging curves , each logging microfacies recognize model are set up to automatically identify sedimentary microfacies by the method of bayes identification and neural networks technical
  利用測井曲線的數字化資料，進行巖性剖面恢復，通過取芯井建立沉積微相模式及測井相模式，提取測井曲線形態要素參數，用bayes判別法進行沉積微相自動識別程序。