Different environments of the basin are believed to occur in different phases of the basin evolution and in different places.
区内不同沉积环境，出现在盆地演化的不同阶段和盆地的不同部位。
The tectonic subsidence analysis and dynamic mechanism of the basin evolution are processed in the main sedimentary basins across this belt.
并对组成喜马拉雅造山带各种主要沉积盆地进行了构造沉降分析，研究盆地演化动力机制；
The basin evolution, hydrocarbon generation, resource abundant, oil and gas field scale are different between two basins since they are located on different tectonic setting.
由于两盆地所处的区域构造背景不同，致使其盆地演化、成烃演化、资源丰度、油气田规模差异很大。
According to the analysis of Mesozoic and Cenozoic tectonic evolution, Bohai Bay basin is a strike slip pull apart basin formed in the Cenozoic Eocene epoch.
从渤海湾盆地的中、新生代构造演化分析，渤海湾盆地是一个新生代早第三纪始新世形成的走滑拉分盆地。
A generalized sedimentary-tectonic model for extensional coal basin is presented, together with the explanation for the evolution of basin architecture and the conditions of peat accumulation.
本文提出了拉伸煤盆地最一般的沉积—构造模式，并用以解释盆地结构的演化和泥炭聚积的条件。
At last, according to the palaeogeography characteristic and sedimentary evolution model, the general sedimentary facies model of Jurassic in Qiangtang basin was founded.
根据羌塘盆地侏罗系古地理特征及沉积演化模式，建立了适合于本区的侏罗系综合沉积模式。
This paper established the model of basin evolution and analyzed the whole process of the evolution.
本文建立了该盆地的演化模式并分析了其完整的演化过程。
Characteristics of Diagenetic evolution of clastic reservoir in the upper and middle Jurassic in Qiangtang basin are studied using data from chemical examination and reservoir measurement.
运用分析化验、储层测试等多种资料，对羌塘盆地中上侏罗统碎屑岩储层的成岩演化特征进行了研究。
The tectonic evolution controlled the subsidence, sedimentation, pyrogenesis and structure framework of the basin.
构造演化控制了盆地的沉降作用、沉积作用、火成活动和构造格架。
The sequence stratigraphic division of basin filling succession in Huangxian faulted basin is conducted, and combined with the analysis of tectonic evolution stages of basin.
进行了黄县盆地充填沉积的层序地层划分，并与盆地构造演化阶段分析有机的结合起来。
The Mesozoic volcanism in Songliao basin revealed one aspect of the history of formation and evolution of Songliao basin.
松辽盆地中生代火山作用从一个侧面揭示了松辽盆地形成与演化历史。
Tectono -sedimentary evolution of the basin may be divided into three stages: continental margin rift, back-arc rift, and depression basin.
其沉积—构造演化可划分为三个阶段：大陆边缘裂谷、弧后裂谷和拗陷盆地。
Based on field survey and indoor experiments, the paper mainly researches the evolution of groundwater chemical field in time and space in Guanzhong Basin and related environmental problems.
本文在野外调查与室内试验的基础上，重点研究了关中盆地浅层地下水水化学场时空演化及其相关环境问题。
The Permian period is an important period for geological evolution of the Tarim basin.
二叠纪是塔里木盆地演化的一个很重要阶段。
Tectono - sedimentary evolution of the basin may be divided into three stages: continental margin rift, back-arc rift, and depression basin.
其沉积—构造演化可划分为三个阶段：大陆边缘裂谷、后裂谷和拗陷盆地。
In Triassic, the evolution of this basin experienced a complete structural cycle from extended rift basin to compressed flexure one, then rising above the sea level.
三叠纪，盆地演化经历了一个由拉伸作用形成的断陷盆、构造挤压形成的扰曲盆地和挤压隆升暴露于海面之上的完整构造旋回过程。
Wuxi fault is the boundary fault of western Wuerxun depression in Hailar Basin, which plays an important role in tectonic evolution to the depression.
海拉尔盆地乌尔逊凹陷西部的边界断层—乌西断裂，对该凹陷的构造演化具有明显的控制作用。
Functions of water system connecting rivers and lakes in the Taihu Basin have been different, along with the evolution of our economy and society.
太湖流域河湖水系和社会经济演变过程，说明不同时期太湖流域河湖水系的基本功能不同。
The metallogenetic environment is a closed bathyal-abysmal basin and the metallogenetic setting is a rifting with characteristics of "ocean basin evolution".
成矿环境为半深水一深水局限盆地，成矿背景是以“洋盆化”为特征的裂谷作用。
The Norwegian Ekofisk Oilfield was introduced in detail covering the exploration history, basin evolution, petroleum systems, regional stratigraphy and depositional facies.
介绍了挪威埃科菲斯克油田的基本概况及油田勘探历史，描述了该盆地的演化、油气系统、区域地层及沉积相。
On the basis of tectonic evolution in Junggar coal basin and taking coal mineral as "the fossil" and by way of studying the basin formation and tectonic evolution in every stage.
以准噶尔煤盆地的构造演化为依据，以煤矿产为“化石”，通过对煤盆地形成和构造演化各个阶段的研究，确定了准噶尔煤盆地具有前寒武纪的结晶基底。
The changes of paleoenvironment in western Pearl River Mouth basin is closely associated with the formation and evolution of the basin.
珠江口盆地(西部)早第三纪的古环境变迁与盆地的形成及演化紧密相关。
There is a close relationship between basin filling succession and evolution of the basin.
盆地充填序列和盆地演化关系密切。
The neotectonics controls the evolution of the sediment basin, paleo - depositional environment and pattern of the present Changjiang delta plain.
构造地质背景与新构造运动控制着长江三角洲沉积盆地的演化，影响着古地理环境与沉积格局。
Based on the field analysis of deformation and stress field inversion from fault slip data, the formation and tectonic evolution history of the Liupanshan basin has been preliminarily established.
基于野外变形分析与断层滑动矢量构造应力场反演，初步确定了六盘山盆地形成与构造演化历史。
Methods Disscuss the basin evolvement phases according to the characteristic of the basin stratum, fault activity and depositional evolution.
方法通过盆地断裂活动特征、沉积演化特征探讨盆地演化阶段。
The paper also discusses the structural evolution history of the foreland basin in Mesozoic.
并讨论了龙门山中段中生代前陆盆地的构造演化历史。
The interlayer slide breccia type gold deposit was resulted from a secular evolution of the basin, which had experienced extension, compression and slip.
层间滑动角砾岩型金矿在盆地的长期演化过程中形成，经历了从伸展—挤压—走滑的构造环境。
The interlayer slide breccia type gold deposit was resulted from a secular evolution of the basin, which had experienced extension, compression and slip.
层间滑动角砾岩型金矿在盆地的长期演化过程中形成，经历了从伸展—挤压—走滑的构造环境。
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