精细构造解释识别出数目繁多的四级断层。
Many fourth faults are identified through fine structural analysis.
并对这种函数关系进行了两种可能的构造解释。
Two different tectonic interpretations may possibly accounts for this good linear functional relationship.
南堡油田；构造解释；储层预测；属性分析；目标优选。
Nanpu oilfield; Tectonic Interpretation; Reservoir prediction; Attribute analysis; Target optimization.
通过精细构造解释及变速成图，准确反映地下构造形态。
During the interpretation, the accurate structure interpretation and variable velocity mapping is used to reflect the complex underground structure.
地震层位标定是地震资料构造解释和地震储层研究的基础。
Seismic horizons labeling is basis of structural interpretation of seismic data and study of seismic reservoir.
同时利用该油田的密井网优势，进一步提高构造解释的精度。
Meanwhile combining the advantage of dense well pattern of the oilfield, structure interpretation accuracy can be further increased.
其中分量图更能反映构造特征，给构造解释带来极大的方便。
The component plot provided by SCAT can better reflect the structural feature and is very convenient for structural interpretation.
探索性地研究了全三维构造解释、潜山裂缝预测的技术及原理。
The techniques and the principles of full 3d structural interpreting and the buried hill fracture predicting have been studied exploringly.
地震属性不仅能用于构造解释、储层解释，还能用于沉积环境解释。
Seismic attributes are not only used for structure interpretation and reservoir interpretation, but also used for interpretation of sedimentary environment.
然后根据典型露头照片所示的构造特征对断层进行组合和构造解释；
Second, we make fault and structural interpretations based on the structural characteristics of the outcrop pictures.
薄层厚度定量解释对构造解释、储层描述和储层横向预测都非常重要。
Quantitative interpretation of the thin bed thickness is essential to thin bed structure interpretation, reservoir description, and lateral reservoir prediction.
断层相关褶皱的几何学运动学分析方法是复杂构造带构造解释的重要工具。
Geometric analysis of the fault related folding is a very important approach to complicated structure interpretation.
在本东含油区块的发现和勘探过程中，主要应用了构造解释、储层预测技术。
The structural interpretation and reservoir prediction technique is mainly used in a process of discovery and exploration of eastern Benbutu oil bearing block.
最终处理剖面信噪比较高，地震波组特征明显，满足了该区构造解释的需要。
The processed profiles have high S/N ratio and clear seismic wave group feature, so meet the structural interpretation demand.
松辽盆地火山岩埋藏较深，下伏地层成像精度极低，对构造解释造成了一定的影响。
The deeply buried volcanics in Songliao basin leads to very low imaging accuracy for underlying formation, which has some negative effect on the structure interpretation.
将通常用于构造解释和地质建模的随机地震反演技术引入到剩余油平面分布预测中。
Random seismic inversion, usually applied in structure elucidation and geological modeling, is introduced to predict the distribution of remaining oil.
根据对航磁、重力资料的分析，划分出五个磁异常区(带)，并作了相应的构造解释。
By analysing the aeromagnetic and gravitational data, five magnetic anomalous areas have been delineated with their relative tectonic interpretation.
为此，要想在该区上第三系目的层段优选有利目标，必须对其进行精细构造解释和储层预测。
Therefore, if good objects are going to be chosen in zones of palaeogene, the fine tectonic interpretation and reservoir prediction must be needed.
库车再生前陆盆地地下构造复杂，正确的构造解释就成为了解盆地成因机理和油气圈闭的关键所在。
The subsurface structures of the Kuqa rejuvenated foreland basin are really complex, so a correct interpretation of them is the key for understanding the genesis of the basin and hydrocarbon traps.
准确的地震速度求取对于观测系统设计、地下地质目标体的精确定位、构造解释和储层预测等至关重要。
The exact velocity is vital to layout design, exact orientation of the geologic target underground, structure interpretation and reservoir forecast, etc.
大断层的解释是构造解释的关键，地震解释结果必须既符合地震资料的实际，又遵循从区域到局部的地质规律。
The interpretation of main faults is the key of seismic structural interpretation. The interpretation result must be in accordance with actual seismic data and follow the geological rules.
解释实例表明，只有充分利用大量的钻井信息，并使其与地震资料最大限度地结合、互补，才能达到精细构造解释的目的。
Interpreted cases showed the goal of fine structural interpretation can be achieved only by fully using abundant drilling information and making it maximum combination with seismic data.
然而，板块构造不能完全解释某些巨大的地表特征，例如非洲南部的“superswell”，即一个直径超过1000英里、高度接近1英里的巨大高原。
However, plate tectonics cannot fully explain certain massive surface features, such as the "superswell" of southern Africa, a vast plateau over 1,000 miles across and nearly a mile high.
解释可能是在地球的地幔中，这是在构造板块下面的岩石层，向下延伸超过1800英里到地球铁芯的外边缘。
The explanation may be in Earth's mantle, the layer of rock underlying the tectonic plates and extending down over 1,800 miles to the outer edge of Earth's iron core.
该模型是否足够清楚，或者是否存在应该如何构造事物的多种解释？
Is the model clear enough, or are there multiple interpretations of how things should be structured?
找到其中的缘由将有助于解释如此小的构造是如何有用超导性的。
To find the reason of which will help to explain such How useful for small structures superconductivity.
还有12%的受访者选择的是智慧生物设计论，即认为光靠进化论本身还是解释不了生命的(复杂)构造。
About 12% preferred intelligent design, the idea that evolution alone is not enough to explain the structures of living organisms.
刚才解释了应用程序的函数，现在来看用户界面是如何构造的。
With this explanation of the function of the application out of the way, now look at how the user interface is constructed.
正如在本系列的第一篇文章中解释过的，构造函数注入表明框架会提供类在初始化时需要的构造函数参数。
As explained in the first article of this series, constructor injection implies that the framework supplies constructor parameters required by the class upon instantiation.
正如在本系列的第一篇文章中解释过的，构造函数注入表明框架会提供类在初始化时需要的构造函数参数。
As explained in the first article of this series, constructor injection implies that the framework supplies constructor parameters required by the class upon instantiation.
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