应用平衡剖面技术对研究区的构造演化史进行了分析。
The Balanced cross section technique is used to Analyses the tectonic evolution of work area.
平衡剖面技术近十几年已成为油气勘探的一项基本技术。
Balanced cross section has become a basic technique for hydrocarbon exploration.
另外，本文还对平衡剖面技术的局限性和发展趋势进行了探讨。
In addition, this article probes into limitations and development of balanced cross section study.
而平衡剖面法乃是识别和定量研究活动逆断层，特别是隐伏断层的最好方法。
It was considered that method of equilibrium profile is the best method to recognize and quantitatively study active thrust fault and underlying fault.
对河125断层进行了几何学再造，利用平衡剖面分析了运动学和动力学特征。
This paper analyzes the kinematics and kinetics characteristics of Fault he 125 through the analysis of balanced section and the geometric reconstruction of Fault He125.
通过平衡剖面的基本原理，对潍北盆地NS向剖面，进行构造演化过程的恢复。
The basic rules of balanced section are applied in restoring the tectonic evolution of the NS direction section.
利用平衡剖面对地震剖面进行了平衡恢复，恢复了侏罗纪与白垩纪的原始与剥蚀后形态。
Meanwhile, the cross sections before and after erosion in Jurassic and Cretaceous times were revealed by cross section restoration.
不同的段具有迥然不同的构造变形样式，平衡剖面分析可以估算出不同段落缩短量和缩短率的明显差异。
Distinct structural styles occur in different segments. The analysis of balanced cross section may estimate differential amounts and rates of shortening in different segments.
平衡剖面技术作为现代构造地质学领域的一项重大成就，在构造地质、石油地质与勘探以及盆地模拟方面应用广泛。
As an important technique in the study of tectonic evolution of basins, balanced section technique has been widely used in structural geology, petroleum geology, exploration and basin simulation.
装置包括一个双面的凳子，它经过一系列119度独特的相互交织的剖面之后变为一个躺椅，而后又变成一个互动的平衡板。
The installation is comprised of a double-sided bench which transforms through a series of 119 unique and interconnected sections into a chaise lounge and finally an interactive balance board.
但其面积(体积)、地层厚度、各标志层的长度在变形前后保持相等，即变形前后的剖面是平衡的。
But the area, bed thickness and marker bed length remain unchanged; that is to say, the geological section keeps balanced before and after deformation.
通过求解全球能量平衡方程，得到地幔温度剖面。
A mantle temperature profile is presented, which was obtained by solving the global energy balance equations.
模型包括土壤中稀土化学热力学平衡体系、土壤水分物理形状和土壤剖面的稀土通量。
It includes the chemical thermodynamic balance system of REEs, soil water physical characters and REEs flux in soil profile.
挤压构造的平衡地质剖面分析已经广泛应用于造山带构造分析，但伸展构造区的平衡地质剖面分析实例仍然很少。
The balanced geological section has been widely used for the analysis of orogenic belt, but it is infrequent for extensional basins.
平衡地震剖面理论和方法的研究是本文的核心内容。
The study of the theories and the methods of BSCS is the main content of this thesis.
对灌区的水盐平衡问题进行了研究，包括灌区总体上、灌区内不同地区、土壤剖面的不同层次上的盐分平衡问题。
The problems of water_and_salt balance is studied from irrigation district integer, and water_and_salt balance problem at different regions, different levels of soil profiles.
结果表明，达到动力平衡时，河道中发育的床面结构越强，消耗水流能量越多，从而稳定维持的纵坡降越大，因此在一定程度上决定了河道纵剖面。
The results indicated that more intense streambed structure means greater stream power consumption and steeper channel slope when rivers are in dynamic equilibrium.
结果表明，达到动力平衡时，河道中发育的床面结构越强，消耗水流能量越多，从而稳定维持的纵坡降越大，因此在一定程度上决定了河道纵剖面。
The results indicated that more intense streambed structure means greater stream power consumption and steeper channel slope when rivers are in dynamic equilibrium.
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