1.
Study on the Method of High Resolution Processing for Cross-Dipole Shear Wave Logging;
交叉偶极横波测井高分辨率处理方法研究
2.
Application of dipole shear wave FMI log in discriminating gas and water in northeastern Sichuan
偶极横波测井在川东北地区气水识别中的应用
3.
Application of Dipole Shear Wave Logging in Evaluation of Fracturing Effect
偶极子横波测井在压裂效果评价中的应用
4.
Design of Data Acquisition and Processing Circuit of Cross-Dipole Acoustic Logging
交叉偶极声波测井的数据采集与处理电路设计
5.
The Design of Sandwich Dipole Transducer Based on Finite Element Method
三叠片型偶极声波测井换能器的有限元设计
6.
Realization of Dipole Array Acoustic Logging System and Research on Detection Algorithm;
偶极子阵列声波测井仪的实现及相关检测算法研究
7.
In thoery, it is feasible to obtain the shear wave of the formation by dipole acoustic imaging well logging through the casing.
过套管利用偶极子声波成像测量获得地层横波资料,在理论上讲是可行的。
8.
Acoustoelastic Theory of Guide Waves in a Cased Hole and Inversion of Formation Stress by Cross-dipole Acoustic Logging;
套管井正交偶极声测井异常地应力正、反演研究
9.
IGNEOUS ROCK FRACTURES AND HYDROCARBON IDENTIFICATION BASED ON DSL DATA
基于偶极横波资料的火山岩裂缝及油气识别
10.
Numerical Study for Measurement of Shear Wave Velocity in Logging-while-drilling Environment
随钻测井环境中地层横波速度测量的数值研究
11.
Calculation Method of Shear-wave Slowness and Application Based on Conventional Well Logging Information
基于常规测井资料的横波时差估算方法及应用
12.
Processing of Multipole Array Acoustic Log Data and Its Application
多极子阵列声波测井资料处理及应用
13.
Dual-tree Complex Wavelet Analysis and Its Application in Defect Detection of Workpiece for Cross Wedge Rolling
对偶树复小波分析及其在楔横轧轧件缺陷检测中的应用
14.
Study on Extracting Attenuation and Permeability of Anisotropic Reservoir from Acoustic Diploe Logging Data
利用声偶极测井资料求取各向异性储层衰减与渗透率研究
15.
Shear Wave Velocity Inversion with Routine Well Logs Based on Rock Physics and Multi-Mineral Analysis
利用常规测井资料基于岩石物理和多矿物分析反演横波速度
16.
The comparison and study of two kinds of isolators of mulipole array acoustic logging tool
MPAL多极子阵列声波测井仪新型隔声体研究
17.
Transducer Firing Method for Multi-pole Array Acoustic Logging Tool
多极子阵列声波测井仪的换能器激励方法
18.
and synthetic acoustic log and other techniques were used for describing and predicting the lateral extent of Archaeozoic and Lower Paleozoic oil bearing reservoirs in the whole oil field.
采用合成声波测井等技术完成全区太古界、下古生界的储集层横向描述和预测。