Kongnan Area; Shahejie Period; Sequence Stratigraphy; Tectonic - Sedimentary Response Model.
孔南地区；沙河街期；层序地层；构造-沉积响应模型。
Sedimentary response of Galacticyear cycle and the great anamoly of Earth system will provide a new thinking way to study the period changes of Earth history and it's coupling of Earth shell.
银河年旋回的沉积学响应与地球系统大异常，为研究地球历史阶段性变化及其圈层耦合，提供了一个新的思考途径。
The response of dual laterolog in tilted anisotropic sedimentary formation was simulated with the three-dimensional finite element method.
利用三维有限元法，模拟了电性各向异性倾斜沉积岩层的双侧向测井响应。
Sedimentary rock layers are always characterized by a particular seismic response.
沉积岩地区，总是以一种独特的地震响应为特征的。
In this paper, various types of structure and the relationship between sedimentary dynamic process and strata response of the short cycle sequences is discussed.
讨论了短期基准面旋回层序的各种结构类型和沉积动力学过程与地层响应的关系。
The developments of those two types of sequences are the sedimentary and stratal response to the basin dynamics of the Songliao basin at rifting time.
这两种不同类型的层序发育正是松辽盆地断陷阶段盆地动力学机制的沉积、地层响应。
Their variations are consistent with the sedimentary facies and the sea level curve, showing a good response to the sedimentary environment.
在垂向上，碳、氧同位素的变化与沉积相演化和海平面曲线相吻合，说明它们与沉积环境的演化密切相关。
Therefore, the sedimentary soil of Shanghai is deep and fully saturated and has important influences upon earthquake response of soil layers.
上海地区上覆深厚、饱和的沉积土层，对土层的地震反应特性具有重要的影响。
It is shown that cycle of sedimentary wave is response to each order sequence and the character of high frequency wave is correlated with oil source, reservoir and cap rock.
通过分析沉积波动周期与各级层序持续时间的对应关系，找出了高频沉积波动特征与生储盖之间的对应关系。
It is shown that cycle of sedimentary wave is response to each order sequence and the character of high frequency wave is correlated with oil source, reservoir and cap rock.
通过分析沉积波动周期与各级层序持续时间的对应关系，找出了高频沉积波动特征与生储盖之间的对应关系。
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