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1·Drilling speed can be predicted through sonic logging.

测井资料可以用来进行钻速的预测。

2·Based on acoustics, one can study the testing depth of sonic logging.

从波动声学的角度讨论声波测井的探测深度问题。

3·The impact of noise on waveform is evident by using array sonic logging.

阵列声波测井时，井下噪声对于波形的影响是十分明显的。

4·This is cardinal reason of skip on high-resolution sonic logging traces.

这是目前高分辨率声波测井曲线“跳跃”的根本原因。

5·In borehole sonic logging, these may be the shear, flexural and Stoneley waves.

在井眼声波测井中，这些波是横波、弯曲波、斯通·利波。

6·Sonic logging in cased hole is of great significance and has extensive application.

套管井声波测井有着重要的意义和广泛的用途。

7·The seismic multi-attribute analysis technology to predict 3D pseudo-sonic logging datum was introduced.

介绍了利用地震属性分析技术预测三维拟声波测井曲线数据体的方法。

8·In the processing of array sonic logging waveforms, the selection of time window is effected by various factors.

阵列声波测井资料处理时窗宽的选择受多种因素的影响，选择固定窗宽处理不是一条最佳的途径。

9·An interactive processing technique of full wave sonic logging data is developed to enhance the veracity of various wavelets.

开发了声波全波列测井资料的人机交互处理技术，大大提高了各种分波信息处理的准确性。

10·Sonic logging has been seldom applied in average velocity field, owing to some limits of data collection and defection of sonic logging.

在平均速度场研究中很少利用声波测井资料，这是因为声波测井资料本身的缺陷所致。