Page 173 - 《应用声学》2024年第6期

第 43 卷 第 6 期 吴柏志等： 声波远场三维成像测井技术及应用 1349

异常体方位。经过酸化压裂储层改造工艺，试油获 sonic logging tool for incident plane waves[J]. Geophysics,
得高产，验证了该方位识别方法的有效性，同时论证 2017, 82(6): 353–368.
[4] Donald A, Bennett N, Schlicht P, et al. Reservoir struc-
了声波远探测技术与地震勘探资料结合在指导钻
tural characterization at multiple scales using vertical seis-
井设计的可行性。该技术为压裂选层和一井多靶等 mic profiling, 3D sonic imaging from dipole and monopole
开发方案的制定提供了有效技术手段，有助于提高 sources, and wellbore microresistivity images: case study
缝洞油气藏勘探成功率和开发效率。本研究提出的 from offshore Abu Dhabi, UAE[C]. SPWLA 61st Annual
Logging Symposium, 2020.
方位远探测方法，对接收器阵列的一致性要求高，要
[5] Tang X M. Imaging near-borehole structure using di-
接收时间采样间隔需足够短，以精细分辨到时。本 rectional acoustic-wave measurement: USA, US7035165-
文主要利用了成像剖面属性开展了方位识别，且针 B2[P]. 2006-04-25.
[6] 唐晓明, 魏周拓. 声波测井技术的重要进展 ——偶极横波远
对应用区域特殊条件开展，仅是初步探索性工作，不
探测测井 [J]. 应用声学, 2012, 31(1): 10–17.
同仪器对幅度影响，以及综合利用幅度和相位信息 Tang Xiaoming, Wei Zhoutuo. Significant progress of
定量反射体方位等方面的理论研究和全面应用待 acoustic logging technology: remote acoustic reflection
进一步深化。 imaging of a dipole acoustic system[J]. Journal of Applied
Acoustics, 2012, 31(1): 10–17.
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