结合已有的地质信息分析其平面分布特点。
At last, combined with the obtained geological data, character of oil-water plane distribution is analyzed.
实现了工程地质信息的可视化管理与查询。
Finally, visual management and information query are achieved.
把握好煤炭地质信息资源，也就把握了赢得市场的机会。
Holding information resources of coal geology means catching the opportunity of gaining market.
通过对地震勘探资料的重新解译，获得了很多地质信息。
Through renewedly interpreting seismic exploration data, have obtained a large number of geological information.
通过引入窗口核函数，准确地反映了不同深度的地质信息。
Geological information at different depth was described by introducing a mixed window kernel function to SVM.
阐述了两种仪器在获取不同地质信息时，具有各自的优点。
These two instruments show each merits during obtaining different geological information.
镁 铁质 岩 体由于来自地幔，而含有丰富的深部地质信息。
Owing to ultramafites coming from mantle, it contains abundant deep information of geology.
这些变化反映锆石结晶历史、后期事件叠加以及锆石成因等地质信息。
This compositional variation can provide meaningfully geological information of crystallization history, overprint of late geological events and genesis of zircon grains.
通过异常信息的筛选，分析了各元素异常反映的地球化学及地质信息。
According selecting anomalistic information, the geochemical and geologic info reflected by each element were analysed.
结合地质信息得到了关于斜坡变形体的分布范围、规模及内部不均匀性的结果。
With geological information, the distribution of deformation bodies, their scales and internal non-uniform structures were obtained.
自然伽马曲线包含丰富的地质信息，能够很好地反映由气候变化引起的地层旋回。
Natural gamma-ray curves that include great amount of geological information can well reflect stratigraphic cycles caused by climate changes.
地层三维重构及其三维可视化对地质信息的获取和地质解释具有十分重要的意义。
The three-dimension reconstruction and three-dimension visualization of stratum model are very important for obtaining geological information and geological explanation.
在许多情况下，重要的地质信息可能是通过与振幅特征无关的奇异性参数来传递的。
In many cases important information is carried by singularities that are not necessarily associated to a certain amplitude pattern.
另一方面，从深部获取的有关地质信息有利于完善和补充“金川矿床深部成矿理论”。
On the other hand , the geological information which is from deep department can help to perfect and supplement the deep mineralization theory of Jinchuan .
基于所建立的地质模型，可实现与地下洞室群相关的多项地质信息的三维可视化分析。
With the developed geological model, 3d visualized analysis of some relevant geological information about underground cavern groups was realized.
因此，建立合理的长江堤防工程地质信息处理模型及其成熟的技术方法具有重要的意义。
Therefore, it is important to constitute reasonable Changjiang River embankment engineering geological information processing model and to get this technical method mature.
详细研究井田及相邻地段内的270余个钻孔所提供的地质信息及大量的矿井地质资料。
This paper also researches the geological information and vast scale mine geologic data by the more than 270 drill hole in the research zone and adjacent zone;
建立了首都城市地质信息管理与服务系统，实现了地理信息系统和城市地质工作的有机结合。
Capital City Geological Information Management and service System is established, and a structural integration of Geographical Information System and City geology is realized.
测井曲线包含了丰富的地质信息，对研究地层多级别旋回性及识别地层信息多分辨突变具有优势。
Logging curve contains a great amount of geologic information and it has advantage in studying multilevel cycle of strata and in recognizing multi-resolution abrupt change of strata.
大型水利水电工程所处地区地质构造复杂，涉及的地质信息众多，给工程设计带来了很大的困难。
Due to the complicated geological structure and huge related information, great difficulties have been encountered during the engineering design of large-scale hydraulic projects.
该系统具有较强的查询、分析矿山地质信息的能力和各种报表输入输出功能，以及相关图形绘制。
The system is characterized by its strong capabilities of inquiring, analyzing geological information, inputting and outputting report forms and making related drawings.
因此，野外工作平台要求能够装载GIS和数据库系统软件，实现对野外地质信息进行现场的完整记录。
So fieldwork platform have to load GIS and database system to come true integrity geologic information in spot.
隧道施工安全的前提是对隧道所在区域宏观地质构造和掌子面前方微观(相对而言)地质信息的掌握程度。
The premise of tunnel construction safety depends on the grasp of the information about the macroscopic geologic structure and the microscopic geologic structure of the area where the tunnel is.
以遥感、地面测绘、地震、电法等综合勘查手段为主，并充分利用已有成果，在较短的时里获得大量地质信息。
It can achieve large amount of geological information in a short time by the way of remote sensing, geological survey, seismic prospecting, electrical prospecting.
同时建立相应的地质信息数据库，将三维地质模型与数据库信息链接起来，实现工程地质信息的可视化管理与查询。
At the same time, setting up relevant database of geological information, to link 3d geological model to information in database for visual management and inquiry.
从布样到野外异常查证都注意地质信息和化探信息的相结合，从而总结出一套简便快捷、行之有效的野外工作方法。
The geological information and geochemical information should be integrated. In doing so, a set of explicit, effective, quick working ways can be worked out.
实际资料处理结果表明，所提出的算法可以获得真实的、高信噪比和高分辨率的相干体图像，从而提供更丰富的各种地质信息。
Application of our algorithm to real dataset shows that it can generate real coherent cube image with high resolution and signal-to-noise ratio, thus providing more abundant geological information.
神经网络方法从模拟人脑的形象思维入手，对于处理具有强噪声、模糊性、非线性的地下工程地质信息，它具有广阔的应用前景。
The ANN starts with simulating cerebric visual thought, and it has wide application foreworld for geological information of underground engineering, taking on strong buzzing, fuzziness, nonlinear.
本文从煤矿设计的角度，针对煤田地质的有关问题，运用各种可能的分析方法和手段，进一步深化对有效地质信息的认识，为煤矿设计提供客观的可行性论证。
On the basis of getting a deeper understanding for effective geological information by various analytical methods, this paper presents a feasible demonstration for coal mine design.
本文从煤矿设计的角度，针对煤田地质的有关问题，运用各种可能的分析方法和手段，进一步深化对有效地质信息的认识，为煤矿设计提供客观的可行性论证。
On the basis of getting a deeper understanding for effective geological information by various analytical methods, this paper presents a feasible demonstration for coal mine design.
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