摘要
这里叙述了在大港油田进行的羊11~12井和羊11~13井及港9~72~1井和港8~71~1井井间声波层析试生产的成果,层析图上含油砂体在二口井边棱的深度与以往地质和测井解释的油层深度相吻合,层析解释深度和测井解释的油层深度最大差异为0.8 m^1.6 m,并圈定了含油砂体的分布形态。表明了井间声波层析成像技术对查明油层横向分布,确定油层尖灭位置和圈定含油砂体的分布形态是有效的,同时也显示出井间声波层析成像作为一种油田开发、监测技术更具有潜力和应用前景。
The test results of cross-borehole acoustic tomographic surveys for two pairs of boreholes, Boreholes Yang 11-12 ～ Yang 11-13 and Boreholes Gang 9-72-1 ～ Gang 8-71-1 in the Dagang Oil Field have been presented in the paper. The depths of oil-bearing bodies shown in the tomograms roughly coincides with those interpreted from geological and well-logging data, with deviation of only 0.8 ～ 1.6 m. The appearances of oil-bearing bodies could be mapped with the tomography, indicating that the tomographic technolog...
出处
《物探化探计算技术》
CAS
CSCD
2007年第S1期148-151,8,共5页
Computing Techniques For Geophysical and Geochemical Exploration
关键词
井间声波探测系统
定点扇形测量
层析反演
井间声波CT图像
cross-borehole acoustic tomographic system
sector survey with fixed point
inversion of tomographic data
cross-borebole acoustic tomogram
