旋迴單元 的英文怎麼說

中文拼音 [xuánhuídānyuán]
旋迴單元 英文
cyclic unit
  • 旋 : 旋Ⅰ動詞1 （旋轉） whirl 2 （用車床切削或用刀子轉著圈地削） turn sth on a lathe; lathe; pare Ⅱ名詞...
  1. There are 7 sedimentary microfacies that can be recognized, including underwater distributive river course, estuarine bar, submerged natural levee, etc. 2 ) on the basis of high - resolution sequence stratigraphy, distinguished basic level and base - level cycle, chang - 6 formation can be divided into 6 strata and 15 substrata, consequently the isochronous formation structure is set up

    自下而上依據高解析度地層學原理，根據識別出的基準旋迴界面以及3種在研究區常見的短期基準旋迴層序基本類型，將長6油層組劃分出6個砂層， 15個小層，建立以小層為單元的長6儲層的等時地層格架。
  2. Relationship between base - level cycles and hiberarchy of reservoir flow units of lower shihezi formation in daniudi gas field

    大牛地氣田下石盒子組基準面旋迴與儲層流動單元的層次性
  3. Depositional cycles on basin scale have been interpreted as the result of depositional response to tectonism such as episodic rifting, polyphasic compressive flexural subsidence and reversion, and differential subsidence of fault blocks ; while the formation of high frequency sequences was attributed to variation in lake level and sediment supply

    盆地規模的沉積旋迴多是盆地幕式裂陷、多幕擠壓撓曲沉降、多期構造反轉、斷塊差異沉降等構造作用的沉積回應；高頻層序單元的發育則主要與湖平面和沉積物供給量的變化有關。
  4. For hydrodynamic force, the oil - gas would migrate at vertical and lateral, and accumulate at suit traps. at the same time, for hydrogeology gyrations, petroleum would periodic migrate and ringed distribute. therefore, ground fluid is at different hydrodynamic systems

    同時，由於古水文地質的旋迴性導致同一流體動力體系內不同流體動力系統的油氣一致階段式運移，並形成一個以凹陷為單元階梯式一環帶狀的油氣分佈規律。
  5. Being or the base of depositional systems, eight pieces of sequence paleogeographic map have been drawned up on condition of long - term cycle sequence as drawing unit, then discussing the distribution of depositional systems on different phases, paleogeographic spread and evolution have been disclosed

    在沉積體系研究基礎上，以長期旋迴為編圖單元，編制了8張層序巖相古地理圖，討論不同時期沉積體系的配置關系，揭示了不同時期巖相古地理展布特徵和演化規律。
  6. On the basis of sand dividing and isochronous tracing correlation which is making in supershort - term cycle sequence, choose two layers of 11 and 35 as units to make isopach map of sand and isochronous depositional microfacies map in short time and big scale. comparison with the same work which was made by predecessor, the precision and degree of reliability of these maps is outstanding

    在相當超短期旋迴層序級別的砂層劃分和等時對比基礎上，選擇1 ~ 1和3 ~ 5兩砂層為編圖單元編制大比例尺短時間尺度的砂體等厚圖和等時沉積微相圖，並與前人所編的同類圖件進行比較，突出了本文所編圖件的精度及可靠程度。
  7. Applying small scale strata units tracking and correlation method, the middle to small strata units of the jurassic middle cycles in the studied area has been tracked and correlated in this paper

    本文採用小尺度地層單元的等時追蹤對比方法，對研究區侏羅系中相當于中期旋迴層序中的中、小層尺度地層單元進行了等時追蹤對比。
  8. And discuss the structure types, depositional array and stacking pattern of the three orders of cycle sequences. on the basis of these studies, high degree of accuracy of time distinguishability and isochronous stratigraphy framework is established. and directing the sands into these isochronous stratigraphy framework, making isochronous tracing correlation

    通過這些研究建立了以中期旋迴層序界面和洪泛面為年代地層框架、以短期和超短期旋迴層序為?時地層對比單元的高時間精度解析度等時地層格架。
  9. Regarding the long base - level cycles as skeleton, the middle ones as correlation unit, the stratigraphy framework of the studied area has been constructed. by analyzing the significance of the long base - level cycles in the stratigraphy framework, source, reservoir and cap has been revealed and described more detailedly, the time and space extent and involvement rule of which has become more clearly. thus, effective geological evidence and information can be provided, and petroleum exploration and development efficiency be improved accordingly

    以長期基準面旋迴層序為骨架，以中期基準面旋迴層序為單元進行等時對比，建立研究區的等時地層對比格架，並對長期旋迴層序在層序地層格架中生、儲、蓋組合特徵進行分析，更為清晰地揭示和描述有利生、儲、蓋相帶的時空展布與演化規律，為提高油氣勘探和開發的成功率提供有效的地質依據和信息。
  10. According to the former research results, by the method of reservoir correlation, that is, by combining sedimentary cycle correlation, hierarchical control and discriminating different sedimentary facies association, the - type oil reservoir in the research target was divided 28 sedimentary units and sedimentary microfacies mode of - type oil reservoir was built. in the light of sedimentary development characteristics, - type oil reservoir was divided into 5 sorts again

    根據前人的研究成果，利用「旋迴對比，分級控制，不同相帶區別對待」油層對比方法，將研究區二類油層劃分為28個沉積單元，建立了二類油層沉積微相模式，按沉積發育特徵，將研究區二類油層分為5種類型。
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