有利勘探區 的英文怎麼說

中文拼音 [yǒulìkāntànqū]
有利勘探區 英文
favorable place for prospecting
  • 有 : 有副詞[書面語] （表示整數之外再加零數）: 30 有 5 thirty-five; 10 有 5年 fifteen years
  • 探 : Ⅰ動詞1 （試圖發現） try to find out; explore; sound 2 （看望） call on; visit; see 3 （向前伸出）...
  • 區 : 區名詞（姓氏） a surname
  • 有利 : advantageous; beneficial; favourable
  1. Results the inner annular structure ( body ) is for exploration of oil, gas and coal ; the border of inner annular structure ( body ) for exploration of uranium ; middle annular structure ( body ) for exploration of coal and uranium because coal - bearing formation and uranium - riching formation outcrop in this area

    結果內環體是南油北氣、煤集中分佈區和有利勘探區，內環體邊緣是砂巖型鈾礦分佈區和有利勘探區，中環弧帶是含煤地層和砂巖型軸成礦層出露區和勘探區。
  2. Directed by the advance theories of sequence stratigraphy, reservoir beds sedimentology, seismic stratigraphy and petro - geology, measured by exactitude seismic procession, analysis of seismic facies, analysis of single well lithfacies and sedimentary facies, study of macro and micro character of reservoir and diagenesis, this paper study comprehensively the stratigraphy sequence, the type and distributiong of sedimentary facies, reservoir properties, the diagenesis and the evolution of pores of the 2nd and 3rd parts of pingdiquan formation of permian in wucaiwan - shishugou region in jungan basin. we can optimum seek favourable target area and apply the study results on oil field production in order to solve the difficult questions. we mainly achieve several views as follows : l ) establish the sedimential sequence framework of permian formation in studying area and delimint the jiangjunmiao formation of middle dyas series as lowstand system tract, the lower of the second part to the third part of pingdiquan formation of middle dyas series as transgressive system tract, the upper of the second part to the first part of pingdiquan formation as highstand system tract

    以層序地層學、儲層沉積學、地震地層學、石油地質學的先進理論為指導，以地震資料精細目標處理、地震相分析、單井巖相分析、沉積相分析、宏觀和微觀儲層特徵分析及成巖作用研究為手段，對準噶爾盆地東部五彩灣? ?石樹溝地區二疊系平地泉組二、三段的地層層序、沉積相類型及展布、儲層物性特徵、成巖作用及孔隙演化進行綜合研究，優選出有利勘探區帶，並將研究結果應用到生產中，解決生產中的難題，主要取得了以下幾點認識：建立了工區內二疊系沉積層序框架，把中二疊統將軍廟組地層劃為低水位體系域，中二疊統平地泉組二段下部三段地層為水進體系域，二段上部一段地層為高水位體系域。
  3. According to these results combined with exploration practice, foot favorable exploration zones are selected, these are the integrated anticline traps below the tertiary gypsum halite, gypsum mudstone in kuqa foreland thrust belts, the second and the third row structural bells in southern junggar foreland thrust belt, the unconventional natural gas pools in die yanshan palaeohigh in north and south of western sichuan basin, the gentle fold structural belt in central sichuan basin and the deep depression in sichuan basin, and the cold take and nanbaxian structural belt in northern margin of qaidam basin

    依據理論分析及勘探實踐，優選出4個有利的勘探區帶，它們是：庫車前陸沖斷帶古近系、新近系膏鹽巖、膏泥巖之下的完整背斜圈閉；準南前陸沖斷帶第二、第三排構造帶；川西北部及南部燕山運動期古隆起、川中平緩褶皺構造帶以及深坳陷內部的非常規天然氣；柴北緣冷湖南八仙構造帶。
  4. After synthetic evaluation to the permian reservoir, it was considered that there were deep lake facie in mazhong - heidun - shibandun structure zone, it was suitable to depositing thick carbonate rock. these cracks were developed in the zones where the stress was concentrated. these zones are fairly good oil and gas exploration areas.

    對三塘湖盆地二疊系儲層進行綜合評價后，認為：該區馬中?黑墩?石板墩一帶屬半深湖沉積亞相，有利於碳酸鹽巖的沉積，儲集體沉積比較厚，並且此帶屬于應力集中的變形強烈帶，故裂縫較發育，從而成為最有利油氣勘探區，其次有利區為牛圈湖構造帶，這主要是由牛圈湖地區的顆粒溶孔較發育所致。
  5. We predicated three favorable zones : the excellent play is at the downside of the east terrace - fault slope, the good play is distributed on the depression ' s steep, the common play around the edge of the slope of the depression

    發育扇三角洲砂體的東部斷階斜坡帶中下部、發育三角洲砂體的東南凹槽和東北部緩坡帶是最有利的目標區，發育近岸水下扇的西部陡岸帶是較有利區帶，緩坡帶的上部邊緣為一般勘探區。
  6. On the point favorable reservoir zones are predicted. it is suggested that donghe sandstone and bioclastic limestone members should be main targets of oil - gas exploration in the region

    據此作出有利勘探區帶預測，建議將東河砂巖段和生屑灰巖段作為本區油氣勘探的重要目標。
  7. 5 ) the best exploration area of reservoir prospecting is the region locating on the north of well - huo no. 14 block. by the accurate structural interpreting we have found a trap deploymented a exploratory well hi it - - - - - - north fault block of well - huono. 14

    儲層預測的有利勘探區? ?火14井北面區域，通過構造精細解釋已發現火14井北斷塊圈閉，並部署一口預探井。
  8. Establishment of 4d the relationship between the static geologic elements and dynamic geologic processes is a zone analysis in which we establish 3d prediction models, synthetically evaluate the petroleum system, and finally select favorable zones to explore

    靜動（靜態地質要素與動態地質作用）四維關系研究是針對「定帶」問題的研究，即在三維預測模式建立的基礎上綜合評價，優選有利勘探區帶。
  9. The structure evolution and the earth dynamics mechanism of chagan sag and its adjacent area during miocene - cenozoic. divided four favorable places for prospecting based on the discussion of relation between the structure character and petroleum and gas of chagan sag

    論文還討論了查干凹陷及其鄰區中?新生代的盆地構造演化及其地球動力學特徵，探討了查干凹陷構造特徵與油氣的關系，劃分了四個有利勘探區帶。
  10. Based on it, favorable exploration areas in wuerxun depression are predicted. the most favorable exploration areas of ktn2 are surennuoer structural zone and huangqimiao structural zone. the more favorable exploration areas are tongbomiao structural zone, wudong slope zone, wuxi fault zone, vvuzhong structural zone and bayantala structural zone. huang yi - l, suwu - 7 and suba - 9 traps ofk1p2 are considered to be the most favorable traps for oil or gas to be drilled

    在綜合上述研究的基礎上，對烏爾遜凹陷南二段的有利勘探區進行了預測，指出蘇仁諾爾斷裂構造帶、黃旗廟斷裂構造帶南部為有利勘探區，銅缽廟構造帶、烏東斜坡帶、烏西斷裂帶、烏中構造帶和巴彥塔拉構造帶為較有利勘探區，南二段黃? - 1 、蘇五- 7 、蘇八- 9圈閉是烏爾遜凹陷南二段油氣下一步勘探的有利靶區。
  11. In this paper, by explored geo - physico - chemical prospecting method for looking for oil in prior prospect, the authors summarize a suit of prospective technique and program, which is valid to oil - geology trait of zhidan area and composed of ; oil gas geo - chemical prospect ( acid degradation of hydrocarbon, absorbed - fluorescent spectrum, ultraviolet radiation spectrum, methane carbon - isotope ) non seismic detection in favorable explorative area which confirmed by chemical prospect ( matural potential, gamma energy spectrum. accurately magnetic analysis ) resistively prospecting in anomalous area which confirmed by physicalprospect successful general evaluation of geo - physicochemical prospect

    通過勘探早期地質物化探綜合找油方法實驗，筆者總結了一套適合志丹探區石油地質特點的勘探方法組合和勘探程序：油氣地球化學勘探（酸解烴、吸附烴、熒光光譜、紫外光譜、甲烷碳同位素、蝕變碳酸巖）化探圈定的有利勘探區進行非地震物探（自然電位、伽瑪能譜、高精度磁測、土壤測氧）物探圈定的異常區進行電阻率測深勘探地質物化探成果綜合評價。
  12. By means of the technologies of basin modeling, petroleum system, and correlation among chinese and foreign basins, and integrated analysis of the features of evolution of the basin, tectonic transformation, sidmentology, hydrology, and the anatomising of typical gas pools, the paper focused on the poolforming features of the basin, probed into the characteristics of enrichment, distribution and poolforming of oil and gas, and forecasted the favorable areas or belts of exploration

    本文以成藏為主線，從前陸盆地形成演化、構造變形、沉積充填、水文地質研究出發，以盆地模擬、含油氣系統研究為手段，通過典型氣藏的解剖和成藏主控因素分析，以及與國內外前陸盆地成藏特徵對比，探討川西前陸盆地油氣富集規律和成藏特徵，並預測有利勘探區帶和方向。
  13. 7. it is indicated the prospects for exploration are beidagang bueried - hill - drape - lik fold oil accumulation belt, baidong structure belt and chengbei fault step oil accumulation belt, which directs the explorations of neogene in qikou depression

    7 、指出了有利的勘探區帶是北大港潛山?披覆背斜油氣聚集帶、白東構造帶和埕北斷階式油氣聚集帶，為歧口凹陷上第三系的勘探明確了實施方向。
  14. The northeast ehen secondary fault depression, maoxi fault - nose and maonan slope should be favorable places for prospecting in the near future

    提出了額很窪陷東北部和毛西斷鼻構造以及毛南斜坡，是近期首選的有利勘探目標區帶。
  15. Finally, the author points out luliang uplift, mobei uplift, dabasong uplift, slopes of west - of - well - pen - no. 1 and mahu sags as well as maqiao uplift are all favourable exploration regions

    袖氣源和成藏史研究表明，盆1井西凹陷區勘探潛力十分巨大，有利勘探領域廣闊，值得深入勘探。
  16. Under the guidance of new principles and methods of modern sedimentology, detrital petrography, reservoir geology, diagenesis, this thesis has carried out detailed study on paleogene formation correlation, sedimentary environment, characteristics of sedimentary facies and diagenesis of the eastern kuche depression, tarim basin, dina area being taken as the main target of the study. based on the core, geology logging, log and seismic data from 9 typical wells, combined with the data of the adjoining area, the dominant sedimentary types of the study area have been recognized and illustrated, such as fan - delta, lacus and normal delta. in terms of the analysis on the sedimentary facies of typical and connecting wells in different areas and facies belt, together with the paleogene tectonic evolution characteristics of foreland basin, the distribution and evolution of the sedimentary facies of the study area have been clearly discovered both vertically and laterally

    通過對該區9口井的巖芯、錄井、測井、地震資料及鄰區資料的分析，識別並闡述了庫車坳陷東部下第三系的幾種主要的沉積相類型，如扇三角洲相、湖泊相和正常三角洲相；通過對不同地區、不同相帶典型井及連井的沉積相分析，結合前陸盆地在下第三系的構造演化特點，弄清了迪那地區下第三系沉積相的縱橫相發育展布和演化規律，並建立了沉積相模式；同時，初步開展了成巖作用、儲層孔隙演化和儲層發育模式的研究工作，科學合理地解釋了現今迪那地區下第三系儲產層主要發育在粉砂巖中的特殊現象，首次建立了下第三系儲層的發育演化模式，為庫車坳陷東部地區進一步尋找下第三系大儲量、高產油氣藏和有利的勘探區塊提供科學的、可靠的和最直接的地質依據。
  17. From the adsorption characteristic curve based on potential theory, a formula for adsorption capacity, pressure and temperature is obtained and will be useful in the cbm resource evaluation in deep or virgin areas and other aspects

    以吸附勢理論為基礎，利用煤吸附甲烷的特徵曲線，得到了吸附量、壓力和溫度三參數間的關系式，對深部和未勘探區的煤層氣資源評價具有指導作用。
  18. The signal - to - noise of seismic data is relatively low for complex mountanious region in qaidam basin affected by complicated surface condition and underground structure, as result of that, this region is blank of seismic exploration or seismic data, directly influencing on the exploration potential evaluation and favorable targets selection

    摘要柴達木盆地復雜山地由於受復雜地表條件和地下構造的影響，地震資料信噪比較低，地震勘探難度較大，是多年來勘探的地震空白區或資料空白區，直接影響了該區勘探潛力評價及有利勘探目標的選擇。
  19. The most favorable regions for cap rocks are evaluated. the comprehensive result is that the lenghu structural belt and the nanbaxian - mahai structural belt are the best ones of oil and gas accumulation conditions

    9 、從油氣有利聚集帶出發，冷湖地區以冷湖三、四、五號，馬仙隆起以南斜坡為最有利勘探目標區。
  20. Optimizing favourable coalbed methane exploration target area by the aid of gis

    支持下的煤層氣有利勘探目標區優選
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