根据岩石类型、颜色、自生矿物等特征，对沉积体系进行划分。
The sedimentary systems were divided according to the characteristics in rock types, color and authigene.
各时期发育不同的沉积体系。
两种沉积体系均有储层发育的良好地质条件。
Both the two deposit systems have fine geological conditions with developed reservoir.
每个体系域的沉积体系组合具有成因上的连续性。
Combinations of sedimentary systems in each system tract have genetic continuity.
海平面变化是控制沉积体系发育和空间分布的重要因素。
The most important factor of controlling the spatial and temporal evolution of depositional system is sea level fluctuation.
主要沉积体系为河流、三角洲、冲积扇及滨浅湖相。
The main sedimentary system includes fluvial, delta, alluvial fan and lake facies.
长江水下三角洲是一个以径、潮流相互作用为主的沉积体。
The subaqueous Changjiang River delta has its own distinctive depositional processes and products.
流沙港组主要发育辫状河三角洲相和湖泊相两种沉积体系。
Braided delta and lacustrine facies are two major depositional systems developed in Liushagang Fm.
低水位时期坡折带控制了下切谷-低位三角洲沉积体系的发育。
The depositional slope-break belt controls the development of sediment system of eroded valley-low stand delta.
高位体系域主要发育滨浅湖相、河流相及进积型三角洲沉积体系。
Highstand System Tract mainly develops depositional system of offshore-meare, fluvial facies and prograded delta.
分形几何学理论在沉积体定量建模和模拟方面具有较好的应用前景。
The fractal geometry theory will be relatively well applied to the quantitative modeling and simulation of the sedimentary bodies.
该场所的构造变形样式和沉积体系特征决定了深部油气藏的主要类型。
Their structural deformation, styles and sediment features control the basic types of deep oil-gas reservoirs which distribute in a pattern.
应用层序地层学和沉积体系分析方法，建立了泌阳凹陷的等时地层单元。
By using the analytical method of sequence stratigraphy and sediment system, an isochronous unit of Biyang Depression was established.
通过体系域表征和沉积体系分析与研究，可以预测岩性油气藏类型及其分布。
The type and distribution of lithologic pools could be predicted by characterization of system tracts and analysis of depositional systems.
勘探实践证明，层序地层与沉积体系研究是隐蔽油气藏勘探的关键基础性环节。
The exploration proved that the study of stratigraphy sequence and sedimentary system is the key tache.
经分析发现，这个沉积体系，完全受控于黄海暖流、冷涡及其相关的环流体系。
It is discovered, that sedimentary system have been controled by the Yellow Sea warm current and its derivative (cold eddy system).
中生代构造快速沉降的沉积体的楔形展布表明盆地具有前陆岩石圈挠曲成因特征；
The Mesozoic rapid tectonic subsidence and wedge shaped sedimentary bodies indicate the origin of lithospheric flexure in the Chuxiong Basin.
伸展运动控制着沉积序列、沉积体系的分布，从而控制着生储盖组合的空间展布。
The extensional movement controlled the distribution of sedimentary sequences and systems, and the spatial distribution of source-reservoir-cap rockassemblage.
高水位体系域主要由滨浅湖沉积体系、扇三角洲沉积体系和浊积扇沉积体系组成。
High stand system tract is composed of coast and shallow lake sedimentary system, fan delta sedimentary system and turbidite fan sedimentary system.
详细研究了塔里木盆地塔北隆起轮台断隆第三系盐湖—碎屑岩沉积体系的沉积环境。
Sedimentary environments of Tertiary saline lake and clastic depositional system in Luntai fracture uplift of Tabei uplift, Tarim basin are studied in detail.
在对烃源岩、沉积体系和储层等综合研究基础上，提出了新的勘探思路和勘探方向。
A new exploration idea and direction are proposed based on the comprehensive study of the source rocks, the sedimentary system and the reservoir.
目的为讨论潮湿扇、河流、湖泊沉积体系中沼泽的沉积特征，确定沼泽的沉积模式。
Aim To make sure the march sedimentary feature of The damp fans, rivers and lakes sedimentary systems , define the sedimentary model of march.
在河口湾、潮间带和河流三角洲前缘环境中形成的沉积体也不适合进行构型单元分析。
It is also not suitable for the deposits formed in sedimentary environments such as firths, tidal zones and fluvial deltas.
勘探实践表明，曲流河三角洲沉积体系对于研究区天然气的富集有着更为重要的作用。
Exploration practices show that the meandering river delta sedimentary system would have played a more important role in gas accumulation in the study area.
其中对河流沉积体系及三角洲沉积体系进行了着重的论述，并划分出众多亚相和微相。
One of the river delta sediment deposition system and the system has focused on the exposition, and divided into many sub-phase and micro-phase.
碳酸盐台地沉积体系又可进一步分为局限台地、开阔台地、台地边缘礁滩及缓坡等沉积相。
The carbonate platform sedimentary system is further divided into such facies as restricted platform, open platform, platform margin reef and ramp.
利用地震反射剖面的多组数据、电缆测井和生物地层检验单来描述沉积体系和石油体系要素。
Multiple data sets of seismic reflection profiles, wireline logs, and biostratigraphic checklists are used to characterize depositional systems and delineate petroleum system elements.
利用地震反射剖面的多组数据、电缆测井和生物地层检验单来描述沉积体系和石油体系要素。
Multiple data sets of seismic reflection profiles, wireline logs, and biostratigraphic checklists are used to characterize depositional systems and delineate petroleum system elements.
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