沉积物来源分析是盆地分析的重要内容之一。
Analysis of sediment source is one of an important content of basin analysis.
沉降史分析目前已成为盆地分析中的重要技术。
Subsidence history analysis becomes an important technology now in basin analysis.
如何控制陆相地层横向不稳定性，是盆地分析的难点。
The difficulty for analysing basin sedimentation is how to control the horizontal variation of continental strata.
沉积盆地波动过程分析方法是一种较新的盆地分析方法。
Wave process analysis is a new method for the study of sedimentary basin.
油气盆地分析是一门研究油气形成正演过程的系统工程方法。
Petroliferous basin analysis is a system engineering for study of forward hydrocarbon formation.
近年来，(有机)流体包裹体在含油气沉积盆地分析研究中的作用日愈重要。
In recent years, much attention was paid to the application of (organic) fluid inclusions in the study of sedimentary basins generating petroleum.
此文证明了半地堑理论的实用性与优越性，是盆地分析工作中的一种新思路、新方法。
This paper proves the practicality and advantages of the half-graben theory which is a new thinking and a new method in basin analyses.
山系、盆地、油气三者之间关系的研究，是油气盆地分析系统工程中的一个重要组成部分。
To study the relationship among mountain system, basin and hydrocarbon is an important (element) in hydrocarbon-bearing basin analysis.
构造活动强烈盆地的构造控制沉积研究是近年来国际上沉积盆地分析和层序地层学研究的一个热点。
In recent years, the research in tectonic controls on sedimentary of intense tectonic activity basin is one of the focuses in sedimentary basin analysis and sequence stratigraphy study.
本文仅侧重讨论盆地分析系统中的沉积充填、构造演化与动力系统等基础部分的主要进展与研究思路。
The new advance and breakthrough of sedimentary basin research and many relative subjects give a possibility for making a new system of basin analysis, esp…
层序地层学为沉积盆地分析的一个重要手段和方法。层序地层学在沉积盆地分析中的参数包括宏观参数和微观参数。
As an important method, the parameter of sequence stratigraphy applied to the sedimentary basin includes macroscopic one and microcosmic one.
利用整体、动态、综合的含油气盆地分析方法和油气运移的倒汇水模式，天然气自生成后至今主要运移聚集在五个有利区带；
Five prospective gas plays are outlined by means of a method of integral, dynamic and comprehensive basin analysis and synthesis prediction of oil and gas pool formation.
碎屑沉积物记录着有关源岩性质和构造演化等诸多重要的信息，对于沉积盆地分析和理解区域构造演化都有重要的指示意义。
Clastic sediments bears much information about the nature of source rocks and their tectonic evolution, which is significant for sedimentary basin analysis.
DEM具有丰富的数据形态，根据汇水盆地分析对DEM数据的要求，对DEM数据进行了分类，并详细探讨了各类数据形态形成的原因和与实际地貌的对应关系。
Because DEM contains plentiful data shapes, the dissertation classified the data shape and discussed in details the reason and correlative relationship with real geomorphologic features of it.
DEM具有丰富的数据形态，根据汇水盆地分析对DEM数据的要求，对DEM数据进行了分类，并详细探讨了各类数据形态形成的原因和与实际地貌的对应关系。
Because DEM contains plentiful data shapes, the dissertation classified the data shape and discussed in details the reason and correlative relationship with real geomorphologic features of it.
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