structural belt造句
例句與造句
- The structural style ; thrust ; kongxi structural belt
構(gòu)造樣式逆沖構(gòu)造孔西構(gòu)造帶 - Tectonic geometric characters of kongxi structural belt
黃驊盆地孔西構(gòu)造帶的構(gòu)造幾何學(xué)特征 - Gas genesis and reservoir formation rules of taiyangdao - kuihuadao structural belt
葵花島構(gòu)造帶天然氣成因及成藏地質(zhì)規(guī)律 - Control of faulting over oil - gas pools of buried hills in beidagang structural belt
斷裂作用對(duì)北大港構(gòu)造帶潛山油氣藏的控制 - Ancestral structural belt
古老構(gòu)造帶 - It's difficult to find structural belt in a sentence. 用structural belt造句挺難的
- Characters of deep - buried clastic reservoir rocks in hexiwu structural belt of langgu depression
廊固凹陷河西務(wù)構(gòu)造帶深部碎屑巖儲(chǔ)層特征 - Finally , through comparison and analysis , we believe that weimake - kaiping and longkou structural belts possess better potential for exploration
最后通過仔細(xì)對(duì)比分析，認(rèn)為該區(qū)維馬克屏構(gòu)造帶以及龍口構(gòu)造帶具有良好的勘探潛力。 - 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(fā)，冷湖地區(qū)以冷湖三、四、五號(hào)，馬仙隆起以南斜坡為最有利勘探目標(biāo)區(qū)。 - The lower tertiary oil - type gas is mainly positioned in the west of the mangai depression and the aljin slope , while the lower coal - type gas in the east of the mangai depression , the yiliping depression and the erboliang - yikeyawuru structural belt
下第三系油型氣主要分布于茫崖凹陷西部和阿爾金斜坡；下第三系煤型氣主要分布于茫崖凹陷東部、一里坪凹陷和鄂博梁伊克雅烏汝構(gòu)造帶。 - Ostracoda , and so on . in the deep lake facies of niujuanhu and mazhong structural belts , there were also discovered gravity - flow microfacies , which was mainly composed of turbidite in which the slump structure and convolute bedding were often found
馬朗凹陷牛圈湖構(gòu)造帶、馬中構(gòu)造帶的半深湖相中，發(fā)育湖泊重力流微相，典型的表現(xiàn)為濁積巖的發(fā)育，其中可見到重力滑塌構(gòu)造及包卷層理等。 - The upper tertiary oil - type gas is mainly positioned in the east of the mangai depression , the aljin slope and the southwestern faulted depression , while the upper coal - type gas in the yiliping depression , the sanhu depression and the erboliang - yikeyawuru structural belt
上第三系油型氣主要分布于茫崖凹陷東部、阿爾金斜坡和柴西南斷陷區(qū)；上第三系煤型氣主要分布于一里坪凹陷、三湖凹陷和鄂博梁伊克雅烏汝構(gòu)造帶。 - Through reservoir prediction , it indicated that the reservoir in mainan structure and mopan - laowan buried structure which located in short limb and bottom wall were finely developed , this two areas were the primary area for the further exploration and drill site design in dachiganjing structural belt
通過儲(chǔ)層橫向預(yù)測(cè)，發(fā)現(xiàn)麥南構(gòu)造和陡翼斷層下盤的磨盤老灣潛伏構(gòu)造儲(chǔ)層較發(fā)育，是大池乾井構(gòu)造帶下一步勘探及井位部署的重點(diǎn)區(qū)域。 - 2 . the tectonic framework in the basin presents the lozenge patterns which are consist of the w - e structural belts and nw - se structural belts . the w - e structural belts are primary , and that the nw - se structural belts are the transfer belts related to the former
認(rèn)為盆地內(nèi)構(gòu)造變形具有南北分帶、東西分塊的菱形格局特征，盆地以東西向的擠壓沖斷構(gòu)造帶為主，北西向構(gòu)造帶是一個(gè)與東西向擠壓構(gòu)造帶伴生的構(gòu)造變換帶，主要在變形過程中起調(diào)節(jié)作用。 - Moreover , a series of solution to these difficulties are brought forward : applying the theory of fold related to fault to interpret complex structural belts in piedmont : analyzing the features of the surface and underground seismic reservoir prediction and porosity model construction to predicate effectively the texture and quality of sandbodies ; using structural model to direct the construction of velocity model and process prestack migration imaging of seismic data ; utilizing interval velocity to forecast reservoir pressure : improving the drilling technology for pressure detection and prompt protection of vertical well against incline well
并針對(duì)主要難點(diǎn)提出了解決對(duì)策：正確應(yīng)用斷層相關(guān)褶皺理論解釋山前復(fù)雜改造、開展地表井下地震儲(chǔ)層與孔隙建模有效預(yù)測(cè)砂體結(jié)構(gòu)與質(zhì)量，利用有效構(gòu)造建模指導(dǎo)速度建模與疊前偏移成像、開展層速度預(yù)測(cè)地層壓力與鉆井壓力檢測(cè)及快速防斜打直配套鉆井技術(shù)攻關(guān)等。 - Firstly , based on the basin prototype , the triassic and jurassic mudstone and coal , the main source rocks of the basin , did not develop better in baicheng sag than in the northern thrust belt including keyi structural belt ; secondly , because of the thrusting happened in late cenozoic , the triassic and jurassic source rocks reach to a high to over high maturity and thus generate gas or condensate oil mainly . thirdly , the thrust faults compelled the natural gas to migrate from the north to the south or from the deep to the shallow . as a result , the keyi structural belt and the eastern qiulitage structural belt enriched in natural gas because they were not only located on the migration routines of the natural gas , but also developed simultaneously when the gas migration happened
從盆地構(gòu)造史研究的角度認(rèn)為庫車盆地的天然氣主要來源于北部山前沖斷帶： 1受原型盆地構(gòu)造格局的制約，三疊系侏羅系烴源巖發(fā)育的最有利位置不是在拜城凹陷，而是在克依構(gòu)造帶及其以北的北部山前沖斷帶2晚第三紀(jì)以來的逆沖推覆作用使得烴源巖提早進(jìn)入高過成熟階段，并以產(chǎn)氣和凝析油為主3逆沖推覆作用所產(chǎn)生的北傾逆斷層控制天然氣自下而上自北而南運(yùn)移，位于運(yùn)移路線上的克依構(gòu)造帶和秋里塔格構(gòu)造帶的東段與烴源巖的排氣期匹配較好，從而使這些地區(qū)最富集天然氣。
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