地质剖面图具有许多实际用途。
文章介绍了断层在地质剖面图上倾角大小的确定方法。
This paper introduces the calculating method of the faults' slope angles in section plan.
在分析地质剖面图的几何特征的基础上，建立了地质剖面图的数据模型。
On the basis of analyzing the geometry characteristic of geologic section, the data model of section is built.
本论文的研究工作通过区域调查和测定地质剖面，了解区内总体构造框架；
The research method of this work is: survey geological section to understand the framework of tectonics;
通过统计、分析、综合多种测井资料，实现计算机自动连续评价和划分钻井地质剖面。
Based on the statistical analysis and synthesis of various well logging information, automatic and continuous evaluation and division of the drilled geological profiles by Computer have been realized.
此法用于处理三峡工程和乌江构皮滩水利枢纽地质剖面资料，取得了较好的地质成果。
Application of this method to the geologic profilings at Three Gorges and Goupitan projects has achieved satisfactory results.
地质剖面图和柱状图是整个地质工作成果的基础和先导图件，是地质工程师经常性绘制的图件。
The Section-map, Column-map is the key and precursor chart during the all geology work and was draw by geologist frequently.
通过研究地质剖面相关数据模型，地质图和钻孔数据的融合模型，建立地质剖面绘制空间数据库。
By researching into relevant data model of geological section and integrated data model of geological map and bores, this paper establishes the spatial database of drawing geological section.
基于构造地质学中断层、褶皱的几何形态及描述要素，总结出在地质剖面图上反映断层、褶皱的方法。
The method to show fold and fault on the section is proposed on the basis of the geometrical shape and description elements of fold and fault.
地质剖面图是反映地层结构、岩体属性特征的重要成果图件，是地层在垂向上最直观最有效的表达方式。
Geologic section is an important diagram of reflecting the structure and lithology of stratum. It is the most intuitionistic and effectual expression of stratum.
结合矿山地质剖面图及相关地质资料，对矿体进行地质解译并圈定矿体，形成了矿体的三维可视化模型。
Interpreted and determined mineral body underground according to the geological sections and data of mine to set up 3d visual model of mineral body.
根据新测构造地质剖面资料，指出印支运动导致地台盖层和右江盆地构造层全面褶皱的主张是一大误解。
It is confirmed that the theory of the overall folds of the platform cover and the Youjiang basinal synthem of South China caused by the Indosinian movement is a great misunderstanding.
变面积剖面显示技术能够反映界面的形态，直观性强，外形与地质剖面接近，其缺点波的动力学特征不清。
Variable area can clearly show the interface geometry and moreover, it gives a strong intuition, but it has a disadvantage in depicting the features of the dynamics.
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.
选择典型地质剖面，分别建立岩体力学模型，运用有限元及离散元方法进行模拟，确定坝址斜坡变形破坏机制模型；
To simulate the dynamic process and analyze the mechanics mechanism of the slope using the methods of finite element and distinct element;
变方向折线剖面是在地形、地质情况较为复杂地区普遍采用的实测地质剖面方法。其地质剖面图目前一般用几何作图方法以投影法成图。
The construction of the direction changing section is a method of measuring a geological section applied commonly in areas with complex topographic and geological condition.
利用基于马尔科夫链理论的正演模拟方法生成的合成地震剖面，通过众多地震属性的提取，分析研究了地震属性与地质剖面中所包含的储层特征的相关性。
The relativity of the seismic attributes with reservoir characters was researched by utilizing synthetic seismic profile generated with simulation method based on the Markov Chain theory.
利用基于马尔科夫链理论的正演模拟方法生成的合成地震剖面，通过众多地震属性的提取，分析研究了地震属性与地质剖面中所包含的储层特征的相关性。
The relativity of the seismic attributes with reservoir characters was researched by utilizing synthetic seismic profile generated with simulation method based on the Markov Chain theory.
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