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随着经济社会的快速发展,对测井技术提出了更高的要求。与常规直井相比,基于偶极子的声波测井有自身的一些特点,即井眼小,井斜度较大,测井风险大,测井施工难度高[1]。为了达到优化井身结构的目的,需要我们对测井技术加以研究和创新。基于偶极子的声波测井以其独有的优势得到了广泛的应用。我国在基于偶极子的声波测井方面与西方发达国家存在一定的差异,因此,我们必须从我国当前测井的技术发展实际出发,加强对基于偶极子的声波测井的研究和应用。
With the rapid economic and social development, logging technology put forward higher requirements. Compared with conventional vertical wells, dipole-based acoustic logging has some characteristics of its own, that is, the wellbore is small, the well inclination is large, the logging risk is high, and the logging construction is difficult [1]. In order to optimize the well structure, we need to research and innovate the logging technology. Dipole-based acoustic logging has been widely used for its unique advantages. In our country, there are some differences between dipole-based acoustic logging and Western developed countries. Therefore, we must start from the actual development of current logging technology in our country and strengthen the research and application of dipole-based acoustic logging.