d seismic data造句

• D seismic data
  三维地震数据
• Aiming at studying algorithm of 3 - d seismic data and 3 - d grid data of topography , a interactive visualization system of 3 - d seismic and topography data was discussed
  本文以研究三维地震数据体和三维地形网格的可视化算法为主要目的，讨论了三维地震地形数据体的交互可视化系统。
• Seismic coherence technique is a remarkably simple yet powerful seismic attribute analysis technique , which is developed recently and can reduce the cycle time of 3 - d seismic data interpretation
  摘要地震相干体技术是一项功能强大的地震属性解释技术，可大大缩短三维地震数据的解释周期。
• Application the scientific visualization technology of 3 - d seismic data , researchers can interpret original seismic data exactly , so can get the important information of position and reserves of mineral resources
  应用三维地震数据体可视化技术，可以对原始地震测井数据做出正确解释，从而得到矿藏是否存在、位置和储量等重要信息。
• The system main realized interactive rendering of 3 - d seismic data , interactive rendering of three crossed slices , interactive rendering of rand - cutting face and interactive rendering of 3 - d topography grid data
  本系统主要实现了三维地震数据体的直接交互显示、三组正交切片的交互显示、任意角度的切面交互显示和三维地形网格数据的交互显示。
• Finally , using the static reservoir description as the basis , pre - stack and post - stack 4 - d seismic data processing result as the constraint , the 4 - d seismic feasibility study as the evidence , began basic dynamic reservoir description in order to analyz
  最后，以地震静态油藏描述为基础，以迭前和迭后四维地震资料处理结果为约束，以四维地震可行性研究结论为依据，进行初步的油藏动态描述，主要分析注水前沿的推进过程。
• The research contents include the foundational research on petrophysics , the feasibility of 4 - d seismic in water driven reservoir , pre - stack and post - stack 4 - d seismic data processing , static reservoir description , 4 - d seismic interpretation and dynamic reservoir description
  研究内容涉及岩石物理基础理论、水驱四维地震可行性分析、迭前和迭后四维地震资料。处理、静态油藏描述和四维地震资料解释与动态油藏描述等，取得了许多重要的研究成果。
• The traditional algorithm of volume rendering is ray - casting , not a proper algorithm for the large 3 - d seismic data , referring some improved method and considering the characteristic of seismic data , a new fast ray - casting algorithm of oriented image space and negative - view transform was brought forward . as a result , this algorithm excels the traditional obviously by speed with image quality in experiment
  体绘制的传统算法是光线投射法，由于地震数据量大而绘制速度太慢，本文在借鉴一些改进算法的基础上，结合地震数据的特点，提出了一种基于图像空间的逆视变换的加速光线投射算法，实验结果表明该算法在保证相同图像效果的同时，具有明显的速度优势。
• Fourthly , summarized the methods and the principals for pre - stack and post - stack 4 - d seismic data processing ; proposed the criteria for seismic data process ; built a set of processing flow . through the real data processing ( 029 fault block ) , obtained reasonable results . the processed result was approved by the further production well
  第四，总结了迭前、迭后四维地震资料处理的方法与原理，针对高29断块的实际资料，提出了处理准则，建立了处理流程，获得了良好的处理效果，并得到开发开发调整井的证实。