depositional framework 中文意思是什麼

depositional framework 解釋
沉積格架
  1. Tectonic framework and metallogenic - depositional environm ents in west kunlun mts

    西昆侖山構造格架與成礦堆積環境
  2. In the chronstratigraphic framework, the facies, the depositional system and the principle and range of reservoirs distribution are studied. the main depositional system is braided delta ? ub - lake fan. the coarse lithofacies which form braided delta depositional system is sub - water channel deposits ; the coarse lithofacies which form the sub - lake fan depositional system include turbidity channel deposits and bedded turbidity deposits

    在等時地層格架內,總結了各個中期旋迴的沉積相類型、沉積體系和展布規律及范圍,認為研究區在該時期以辮狀三角洲?湖底扇沉積為主;構成辮狀三角洲的粗碎屑相為水下分支河道;構成湖底扇的粗碎屑相包括:濁流水道相、層狀濁積巖相。
  3. Under the guidance of new principles and methods of sedimentology and reservoir sedimentology, this thesis takes jialingjiang formation in qianwei area as the main object of study. the petrology characteristics and sedimentary facies of nine basic wells have been studied exhaustively, from which it is deducted the depositional framework, and main types and characteristics of sedimentary facies in jialingjiang formation. then four types of sedimentary facies are recognized and their facies models are established

    本論文以現代沉積學與儲層沉積學的新理論、新觀點、新方法為指導,以犍為地區嘉陵江組為重點研究對象,通過9口基幹井的單井巖石學特徵、沉積相的分析,闡述了犍為地區嘉陵江組的沉積格局以及主要的沉積相類型與特徵,識別出了四種不同類型的亞相,並分別建立了沉積相模式;在單井沉積相分析的基礎上,通過三條連井剖面沉積相的對比研究,闡明了犍為地區嘉陵江組沉積相的縱向與橫向發育規律。
  4. The sequence units formed in different evolutional stages of basin show significant difference in sequence architecture, in depositional systems tracts and in sedimentary disposal patterns, which were predominantly determined by the paleo structural framework and the activation of syndepositional structures in the basins

    不同構造演化階段的層序結構和沉積體系域構成等存在顯著差異,主要取決于古構造格架和同沉積構造的活動。
  5. Through the analysis of petrology characteristics and individual well section of sedimentary facies of five core holes, direction of sedimentary source area, the depositional framework and main facies types and its features of penglaizhen formation, baimamiao - songhua area are elaborated on the basis of sedimentary backgroud of region. from this above, in view of the study of the correlation of 3 cross sections of sedimentary facies, it is pointed out that distribution regularities of sedimentary facies and possible places of distribution of sand bodies of iii, iv member of penglaizhen formation are vertically and laterally developed in baimamiao - songhua area. by the analysis and contrast of seven plans of sedimentary facies and nine isopach maps of sandstone, the planar characteristics of distribution of sedimentary facies are summarized, meanwile, macroscopic distribution regularities of sand bodies is studied in iii, iv member, penglaizhen formation of baimamiao - songhua area

    通過5口取心井的巖石學特徵、單井剖面相分析,結合區域沉積背景,闡述了研究區蓬萊鎮組的物源方向、沉積格局、主要沉積相類型及其特徵;在此基礎上,通過3條連井剖面的沉積相對比研究,揭示了研究區蓬段、蓬段縱向與橫向上沉積相的分佈規律及砂體的大體分佈位置;通過7張沉積相平面圖、 9張砂巖等厚圖的分析對比,總結了蓬段、蓬段沉積相的平面分佈特徵,宏觀上研究了蓬段、蓬段的砂體展布規律。
  6. Based on well logs, three - dimension seismic profiles, cores and other basic data, author recognized the sequence horizons of high - scale by the changes of a / s ratio, and established high - resolution chronostratigraphic framework using multi - term base - level cycles of high - resolution sequence stratigraphy, combining sequence theory with sedimentology. the depositional system characters and distribution were outlined and the prospective areas for stratigraphic traps were defined : jishan and jiangjiadian

    本文是以鉆井、地震資料、巖心和各種分析化驗資料為基礎,以多級次基準面旋迴為參照面的高解析度層序地層學理論與研究方法將層序地層分析技術與沉積學原理緊密結合起來,運用a / s比值的變化趨勢可以識別高級次層序界面,建立高解析度層序地層對比格架。
  7. 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。
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