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3-D可视化环境中的3-D图像处理和立体描述技术提供了一种真实的3-D地震解释方法。现在,复杂油藏的几何形态可用地震表达形式从3-D地震体中分离出来,并存贮以备今后的油藏管理使用。立体解释使地震解释过程的速度和质量都得到提高,3-D图像处理工具的应用将使3-D地震解释结果更趋于一致,甚至可以更加定量化。背景 3-D地震勘探于1972年首次在工业上提出,实质上它是将封闭空间数据体经处理形成的
The 3-D image processing and stereoscopic techniques in the 3-D visualization environment provide a true 3-D seismic interpretation method. Now, the geometry of complex reservoirs can be separated from the 3-D seismic body using seismic representations and stored for future reservoir management use. Stereoscopic interpretation improves the speed and quality of the seismic interpretation process. The application of the 3-D image processing tool will make the 3-D seismic interpretation results more consistent and even quantifiable. Background 3-D seismic exploration was first proposed industrially in 1972. In essence, it is the process of processing closed-space data