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分辨率层序
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  resolution sequence
     Based on the principles of high resolution sequence stratigraphy, Es3middle6-10 reservoirs in Pucheng Oilfield would be divided into 3 categories of 27 flow units.
     依据高分辨率层序地层学原理,将濮城油田Es_3~中6~10油藏划分为3类27个流动单元。
短句来源
     Based on the high resolution sequence stratigraphy and the sedlmentology theory, by the describing of cores and the analyzing of well log data, the paper establish the Es4 Member stratigraphic framework in the first time in the Wangjiagang area.
     应用高分辨率层序地层学理论与沉积学等理论,通过岩心描述、钻测井资料的分析,对王家岗地区沙四段进行了高分辨率层序地层学的划分与对比,首次建立了区域范围内的高分辨率层序地层格架。
短句来源
     A Study on the high resolution sequence stratigraphy for the third member of Shahejie Formation in Tuo 826 block of Wangzhuang Oilfield
     王庄油田坨826块沙三段高分辨率层序地层学研究
短句来源
     For the purpose of studying the method and effect of logging curves wavelet transform in high-resolution sequence research,this paper analyzes the demand for high resolution sequence study according to the logging curves in different gradation sequences demarcation,researches the optimum decomposition gradation of wavelet transform in logging curve and the choosing of optimum wavelet function.
     为了研究测井曲线小波变换用于高分辨率层序地层研究的方法效果,从小波系数模极值点、过零点与信号突变点数学关系出发,分析高分辨率层序地层研究对测井曲线划分不同级别层序的要求,探讨了测井小波变换最佳分解级次和适于测井曲线分层的小波函数选择,以一取心率高钻孔为例,用2种小波函数对4种测井曲线进行小波变换和高分辨率地层界面解译。
短句来源
     RESEARCH FOR HIGH RESOLUTION SEQUENCE STRATIGRAPHY OF JURASSIC ON SOUTH MARGIN IN ILI BASIN
     伊犁盆地南缘侏罗系高分辨率层序地层学研究
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  “分辨率层序”译为未确定词的双语例句
     This paper studies the research method of sequence stratigraphy in fluvial facies by using high-resolution sequence stratigraphy relies on base-level cycle recognition.
     本论文以河流相沉积学研究为基础,运用以基准面旋回为参照面的高分辨率层序地层理论和研究方法分析了河流相层序地层单元的构成,探讨了河流相层序地层研究方法。
短句来源
     Analysis of high-resolution sequence stratigraphy in Guangbei 12-Xie 1 well.
     广北12-斜1井高分辨率层序地层学分析
短句来源
     Cross, the concept "sediment volume distribution theory" , " phase segragation" and " basal level cycle transition point" can be applied in the research, combining methods of contributing factor about structural analysis , sequence or sedimentary cycle, sedimentary system and dispersion of sediment in the process of basin evolution.
     Cross建立的高分辨率层序地层学作为研究的理论基础,将“沉积物体积分配原理”、“相分异”、“基准面旋回的转换点”等概念应用到研究中去,结合盆地形成演化过程中各种构造作用与层序或沉积旋回、沉积体系域以及沉积物分散体系分布的成因分析等研究方法。
短句来源
     There are obvious differences between two analytical methods named classic sequence stratigraphy and Cross' high-resolution sequence stratigraphy on identification method, applicability, inner structure and the knowledge of formation distribution of the sequence in the terrestrial rift basin.
     陆相断陷盆地高精度层序地层研究常采用经典层序地层学和Cross高分辨率层序地层学两种分析方法,这两种方法存在明显的差别,主要体现在层序识别方法与适用范围、层序结构与对地层分布的认识等方面。
短句来源
     ANALYSIS OF HIGH-RESOLUTION SEQUENCE STRATIGRAPHY FOR UPPER PALEOZOIC IN ORDOS BASIN
     鄂尔多斯盆地上古生界高分辨率层序地层分析
短句来源
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  相似匹配句对
     A discussion on sequence stratigraphic resolution
     层序地层学的分辨率问题初探
短句来源
     Logging Data High-Resolution Sequence Stratigraphy
     井资料高分辨率层序地层学
短句来源
     On seismic resolution
     地震分辨率
短句来源
     SEQUENCE BIOSTRATIGRAPHY
     层序生物地层学
短句来源
     (3) sequence stratigraphy;
     层序地层学;
短句来源
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  resolution sequence
High-resolution sequence stratigraphy of the Lower Triassic 'Buntsandstein' in the Netherlands and northwestern Germany
      
A high-resolution sequence with a matrix of 300 × 512 and a double oblique localizing strategy was used for measurement.
      
While high-resolution T1-weighted sequences, such as three-dimensional magnetization-prepared rapid gradient-echo imaging, are widely available, there is a lack of an equivalent fast high-resolution sequence providing T2 contrast.
      
Through the combination of high-resolution sequence stratigraphy and cyclostratigraphy, and supported by biostratigraphy and absolute dating, it becomes possible to analyze paleoenvironmental changes in a very narrow time framework.
      
Trace fossils and ichnofabrics on the Lower Muschelkalk carbonate ramp (Triassic) of Germany: tool for high-resolution sequence
      
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  resolution sequences
Construction of high resolution images from low resolution sequences is often important in surveillance applications.
      
The high-resolution sequences probably represent alternating, relatively wet and dry climatic periods, with a periodicity of about 100 000 years.
      
Comparison of the low- and high spatial resolution sequences and the short and long TE times of the half-Fourier RARE (HASTE) sequence revealed no statistically significant differences regarding accuracy of the examination.
      
Combination of low and high resolution sequences in two orientations for dynamic contrast-enhanced MRI of the breast: more than
      
These parameters were obtained after performing extensive experiments and are those that better fit for QCIF resolution sequences.
      


A significant development of modern sedimentology mainly includes the occurrence and development of a series of frontier,branch,inter,and cross discinplines,of which sequence stratigraphy has diverted its attention from traditionally sequence to sequence biostratigraphy,diagenetic-sequence stratigraphy, high-frequency sequence stratigraphy, high-resolution-sequence stratigraphy, applied-sequence stratigraphy,and quantitative-sequence stratigraphy; resource sedimentology from mineral resource sedimentology to...

A significant development of modern sedimentology mainly includes the occurrence and development of a series of frontier,branch,inter,and cross discinplines,of which sequence stratigraphy has diverted its attention from traditionally sequence to sequence biostratigraphy,diagenetic-sequence stratigraphy, high-frequency sequence stratigraphy, high-resolution-sequence stratigraphy, applied-sequence stratigraphy,and quantitative-sequence stratigraphy; resource sedimentology from mineral resource sedimentology to the limitation and rarity and utilization of natural resource related to coordinated development of society;environmental sedimentology from pure environment science to the economy,exploitation,planing,administration,protection,and prevention and control of environment;tectonic sedimentology from relationship between plate tectonics and sedimentaion to dynamic model of sedimentary process in various basins under differenttectonic settings in order to precisely predict related mineral resources;evental sedimentology from traditionally simple geological events to probable modern-future global events;reservoir sedimentology from pure sedimentology of reservoirs to diagenetic,karst,organic,fissure,combinedreservoir sedimentology,and reservoir description;global cyclostratigraphy from global paleo-olimatology,-geography,-tectonics,and sedimentation based on global sedimentary rocks to put global natural resources to rational exploitation, use,and planing;geodynamics sedimentology from the origin,development,and evolution of sedimentary basins of different geodynamic conditions based on geodynamics and sedimentology,to interpret the genedcal relationship between lithosphere and biosphere,atmosphere,and hydrosphere;experimental sedimentology,as the result of the application of sophisticated technology to sedimentology,from tradltlonally qualitatlve description to quantitative statistics,genetlcal law,and machanical model;global change sedimentology from the genesis,process,and consequence of the past global change to possible future global change.

现代沉积学重大进展主要表现在各种边缘、分支、交叉、横断学科的诞生和发展。其中,层序地层学的进展表现在层序生物地层学、成岩层序地层学、高频层序地层学、高分辨率层序地层学、应用层序地层学、定量层序地层学等理论的涌现和发展;资源沉积学从过去的矿产型资源沉积学研究转向了资源的有限性和稀有性、资源的永续利用与社会经济持续协调发展研究;环境沉积学从单一的环境科学研究转向了与环境经济、开发、规划、管理、保护、防治等相结合的研究;大地构造沉积学从板块构造与沉积作用关系研究转向了对不同板块构造背景下盆地沉积过程的动态模拟,进而更有效、更精确地对相关矿产进行预测;事件沉积学从传统的地质灾害事件研究发展到了近现代乃至未来全球事件的研究和预测;全球旋回地层学以全球沉积岩为研究对象,以全球古气候、全球古地理、全球构造运动和沉积作用为研究内容;大陆动力沉积学以大陆动力学和沉积学为基础,探讨不同大陆动力学背景下沉积盆地的形成机制和发展演化,最终了解大陆岩石圈演化与生物圈、大气圈及水圈之间的关系;实验沉积学屏弃了传统的定性和描述性研究,注重定量统计、成因规律和机制模拟等的研究;全球变化沉积学通过过去全球变化的成因、过程和后果的研...

现代沉积学重大进展主要表现在各种边缘、分支、交叉、横断学科的诞生和发展。其中,层序地层学的进展表现在层序生物地层学、成岩层序地层学、高频层序地层学、高分辨率层序地层学、应用层序地层学、定量层序地层学等理论的涌现和发展;资源沉积学从过去的矿产型资源沉积学研究转向了资源的有限性和稀有性、资源的永续利用与社会经济持续协调发展研究;环境沉积学从单一的环境科学研究转向了与环境经济、开发、规划、管理、保护、防治等相结合的研究;大地构造沉积学从板块构造与沉积作用关系研究转向了对不同板块构造背景下盆地沉积过程的动态模拟,进而更有效、更精确地对相关矿产进行预测;事件沉积学从传统的地质灾害事件研究发展到了近现代乃至未来全球事件的研究和预测;全球旋回地层学以全球沉积岩为研究对象,以全球古气候、全球古地理、全球构造运动和沉积作用为研究内容;大陆动力沉积学以大陆动力学和沉积学为基础,探讨不同大陆动力学背景下沉积盆地的形成机制和发展演化,最终了解大陆岩石圈演化与生物圈、大气圈及水圈之间的关系;实验沉积学屏弃了传统的定性和描述性研究,注重定量统计、成因规律和机制模拟等的研究;全球变化沉积学通过过去全球变化的成因、过程和后果的研究,预测并?

When high-resolution sequence stratigraphy represented by T.A.Cross Genetic Stratigraphy Group of Colorado School of Mines was introduced to the pubic,it immediately drew the attention of academic circles.The practical effect in application is remarkable.This marks a new development in sequence stratigraphy.The high-resolution sequence stratigraphy introduced in this paper focuses on more accurate prediction of sedimentary mineral deposit,especially concrete objective of oil and gas exploration.The high-resolution...

When high-resolution sequence stratigraphy represented by T.A.Cross Genetic Stratigraphy Group of Colorado School of Mines was introduced to the pubic,it immediately drew the attention of academic circles.The practical effect in application is remarkable.This marks a new development in sequence stratigraphy.The high-resolution sequence stratigraphy introduced in this paper focuses on more accurate prediction of sedimentary mineral deposit,especially concrete objective of oil and gas exploration.The high-resolution sequence stratigraphy takes the stratigraphic and sedimentary process-response dynamic principles,including the principles of stratigraphic base level,volumetric partition,factes differentiation and rule for chronostratigraphic cycle correlation as its theoretical bases.The practice of hydrocarbon exploration and development has proved that the high-resolution sequence stratigraphy has significant importance in factes analysis,3-D prediction of reservoir and the establishment of petrophysical model for fluid-flow numerical simulation.

以科罗拉多T.A.Cross成因地层研究组为代表的高分辨率层序地层学问世后,立即得到学术及实业界有识人士的高度重视,实际应用效果显著,这标志着层序地层学的新发展。高分辨率层序地层学着眼于沉积矿产,特别是油气勘探中具体目标的精确预测。以地层过程一响应沉积动力学为理论基础,具体有四,即:地层基准面原理、体积划分原理、相分异原理与旋回等时对比法则。油气勘探开发实践证明,该方法对相分布、储层三维预测、流体流动数值模拟物理模式的建立有着重要意义。

Sedimentary environments of southern Guizhou were alternative carbonate and clastic rocks in middle devonian. Based on the analysis of sequence stratigraphy in outerops and well logs, the authors recognized 4 sequence and 21 high resolution sequence stratigraphy of middle devonian in southern Guizhou. Sedimenting time of middle devonian has been calculated is 14.5 Ma. Applying sequence stratigraphy methods, the author has distinguished 4 T-R cycles in middle devonian in southern Guizhou. Compared with sea level...

Sedimentary environments of southern Guizhou were alternative carbonate and clastic rocks in middle devonian. Based on the analysis of sequence stratigraphy in outerops and well logs, the authors recognized 4 sequence and 21 high resolution sequence stratigraphy of middle devonian in southern Guizhou. Sedimenting time of middle devonian has been calculated is 14.5 Ma. Applying sequence stratigraphy methods, the author has distinguished 4 T-R cycles in middle devonian in southern Guizhou. Compared with sea level changing patterns in north america platform and european mainland at the same period, the 4 T-R cycles of middle devonian in southern Guizhou are global.

在生物地层和岩石地层研究的基础上,通过露头层序地层分析和测井资料层序地层分析,应用米兰柯维奇旋回的原理,对测井曲线进行快速富里埃变换成高分辨频谱曲线的计算机处理,对黔南地区中泥盆地层进行详细研究,识别出4个层序和21个高分辨率层序,并计算出它们的沉积速率和持续时间。

 
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