| 1. | 3d seismic data processing methods for data from tbm area and their effects
塔巴庙地区三维地震资料处理方法与效果 |
| 2. | Calculating relative thickness of coal seam in qudi area by 3d seismic data
利用三维地震资料计算曲堤地区煤层相对厚度 |
| 3. | Slicing technique and its application in coalmine district 3d seismic data interpretation
煤矿采区三维地震资料解释中的切片技术及其应用 |
| 4. | In traditional visualization method of 3d seismic data sets , a series of 2d slices are used to indicate the 3d seismic data sets
摘要传统的地震资料可视化方法中，采用一组二维切片来表示三维地震数据。 |
| 5. | Volume rendering based on texture mapping takes advantage of graphic hardware to render the 3d seismic data , speeds the calculation
基于纹理映射的体绘制方法借助于图形硬件，采用由硬件实现的纹理映射功能来进行三维地震数据的体绘制，从而明显提高了计算速度。 |
| 6. | In this paper , using sufficiently drilling data , log data - , core data and 3d seismic data , stratum sequence qikou depression , huanhua sag is partitioned by using sequence stratigraphy theory
本文利用三维地震资料、测井、岩芯、岩屑等资料，对黄骅坳陷歧口凹陷第三系进行层序地层学研究。 |
| 7. | Forecasting subtle trap by sequence stratigraphy and 3d seismic data is a sensitive topic in hydrocarbon exploration . search for subtle trap by geophysical data is the most popular and difficulty
如何有效地应用层序地层学理论和三维地震资料进行隐蔽油气藏预测是目前进行隐蔽油气藏勘探中最敏感的课题。 |
| 8. | Based on arcgis , discovery and gocad software platform , we built a 3d geological model of the yanjinggou anticline using 3d seismic data in the area
文中基于arcgis 、 discovery以及gocad等三维软件平台，对川西盐井沟地区地震资料进行精细的解析，得出盐井沟背料是一个典型的三剪断层传播褶皱，并建立了它的三维模型。 |
| 9. | The paper realize the 3d seismic data volume ' s visualization methods and software , and by the display of the characteristics of seismic wave amplitude , the 3d seismic amplitude space distribution of the variation of intensity has been revealed
并实现了三维地震数据体可视化方法和软件，经对三维地震波振幅特征透视显示，可揭示三维地震振幅强弱变化的空间分布。 |
| 10. | In view of the need of the 3d seismic data volume display , the paper has some improvement on the base of analyzing the 3d visualization method and technique of the direct volume rendering in addition to the characteristics of the 3d seismic data
摘要针对三维地震数据体显示需求，在分析直接体绘制三维可视化方法及技术的基础上，结合三维地震数据的特点，对其进行了一定地改进。 |
