唐晓明

期刊论文

1. 潘金林，陈雪莲，苏远大，唐晓明（2026）. 沿套管周向传播的准弯曲型Lamb波频散与衰减特征研究. 《地球物理学报》.
2. 古希浩，唐晓明，苏远大，李盛清，黄建平（2026）. 井中多极声源在渗透孔隙地层中的辐射特征. 《地球物理学报》.
3. 庄春喜，苏远大，张凯，谭宝海，唐晓明（2026）. 双源反激过套管测井仪设计与应用实例. 《地球物理学进展》.
4. Wenhao Wang, Shengqing Li, Yuanda Su, Xiaoming Tang (2026). A unified model for characterizing wave propagation in a microcracked porous background with intersecting fractures. Geophysical Journal International.DOI
5. 郑凯尹，苏远大，张恒建，古希浩，李盛清，庄春喜，唐晓明（2025）. 神经网络驱动的多极子模式波频散正演及其现场应用. 《测井技术》.DOI
6. 纪玉磊，苏远大，李盛清，陈雪莲，唐晓明（2025）. 过油管偶极声波测井固井质量评价方法研究. 《地球物理学报》.
7. 陈声远，苏远大，段文星，李盛清，唐晓明（2025）. 基于角谱法的偶极SH横波远探测声场模拟方法. 《地球物理学报》.
8. 苏远大，饶博，庄春喜，李盛清，谭宝海，唐晓明（2025）. 井中偶极横波远探测方位180°不确定性问题的求解:理论、方法和实验. 《中国科学:地球科学》.
9. 程凤，陈雪莲，苏远大，唐晓明（2025）. 弯曲型Lamb波在非均匀套管中的散射特征研究. 《地球物理学报》.
10. 唐晓明，王文浩，王鹤鸣，郑凯尹（2025）. 裂隙地层的弹性波反射“亮点”:理论分析和深井声波远探测例证. 《中国科学:地球科学》.
11. Xiaoming Tang, Feng Ju, Anye Cao (2025). Prevention and cure of rock burst on the mining face in the stress concentration area of the residual coal pillar. Discover Applied Sciences.DOI
12. Weijie Chen, Xiaoming Tang, Leilei Wang, Hong Ma, An-Liang Chen, Jian Zhang, Weian Huang, Guan-Zheng Zhuang, Hanyi Zhong, Xianbin Zhang (2025). A Novel Thermo-Thickening Oil-Based Drilling Fluid Based on Composite Thickener Under High Temperature and Pressure. Energies.DOI
13. Wenhao Wang, Xiaoming Tang (2025). Frequency-dependent seismic reflection and transmission of layered cracked porous media. Geophysical Journal International.DOI
14. Shengyuan Chen, Yuanda Su, Xi-Hao Gu, Shengqing Li, Xiaoming Tang (2025). SH wavefield simulation of dipole acoustic reflection survey for multi-fracture system. Geophysics.DOI
15. Fangfang Zhao, Xuelian Chen, Jinlin Pan, Yuanda Su, Xiaoming Tang (2025). The influence of casing curvature and thickness on the attenuation of circumferential SH-waves. Journal of Geophysics and Engineering.DOI
16. Yuanda Su, Bo Rao, Chunxi Zhuang, Shengqing Li, Baohai Tan, Xiaoming Tang (2025). Solving the azimuthal 180°-ambiguity problem in borehole dipole shear wave reflection imaging: Theory, method and experiment. Science China Earth Sciences.DOI
17. Wenhao Wang, Shengqing Li, Chun-Xi Zhuang, Yuanda Su, Xiaoming Tang (2025). Dynamic seismic S-wave anisotropy in vertically fractured rocks: Modeling and field application. Geophysics.DOI
18. Wenhao Wang, Shengqing Li, Junxin Guo, Chengsen Zhang, Xingneng Wu, Yuanda Su, Xiaoming Tang (2025). Pressure effect on wave propagation in saturated porous rocks with aligned fractures. Geophysics.DOI
19. Xiaoming Tang, Wenhao Wang, Heming Wang, Kaiyin Zheng (2025). Elastic-wave reflection “bright spot” of a fractured rock formation: Theoretical analysis and deep-well acoustic imaging evidence. Science China Earth Sciences.DOI
20. 王文浩，李盛清，陈鸣，毛锐，苏远大，唐晓明（2024）. 海域天然气水合物地层的弹性波特征及井孔多频数据研究. 《地球物理学报》.
21. 苏远大，饶博，孔令文，李盛清，谭宝海，庄春喜，唐晓明（2024）. 井中方位纵波远探测：理论、实验与现场应用. 《地球物理学报》.
22. 唐晓明，庄春喜，饶博，苏远大（2024）. 偶极横波远探测消除方位180°不确定性处理方法研究. 《2024年中国地球科学联合学术年会论文集——专题三十七 煤炭资源与矿山地球物理、专题三十八 井孔地球物理学及深部钻测技术》.DOI
23. 赵岳，苏远大，李盛清，唐晓明（2024）. 过套管声波测井理论与实验研究. 《2024年中国地球科学联合学术年会论文集——专题三十八 井孔地球物理学及深部钻测技术》.DOI
24. 郑凯尹，苏远大，徐欧阳，李盛清，唐晓明（2024）. 神经网络支持的随钻四极横波最优化联合反演. 《2024年中国地球科学联合学术年会论文集——专题三十八 井孔地球物理学及深部钻测技术》.DOI
25. 陈雪莲，程凤，韩旺，唐晓明（2024）. 套管中弯曲型Lamb波频散特征的理论和实验分析. 《中国石油大学学报(自然科学版)》.
26. 谈笑宇，李盛清，苏远大，唐晓明（2024）. 基于斯通利波的反射源定位及裂缝宽度反演. 《应用声学》.
27. 张翰林，苏远大，王淼，唐晓明（2024）. 基于岩石力学的井周裂缝流体疏导性分析与产能评价. 《石油物探》.
28. Yang-Hu Li, Zhenlin Wang, Yuanda Su, Xiaoming Tang (2024). A theoretical analysis of the logging-while-drilling dipole acoustic reflection measurement. Frontiers in Earth Science.DOI
29. Xi-Hao Gu, Fantong Kong, Yuanda Su, Xiaoming Tang (2024). Radiation efficiency and energy distribution from a borehole dipole source in the vertical transverse isotropic formation. Petroleum Science.DOI
30. Bo Rao, Yuanda Su, Shengqing Li, Xiaoming Tang (2024). Borehole radiation wavefield for multipole logging while drilling with an eccentric collar. Journal of Physics Conference Series.DOI
31. Shuiqing Li, X. M. Zhang, Chun‐Xi Zhuang, Quan Wang, H. Xiao, Xiaoming Tang (2024). Four-component dipole shear-wave reflection imaging in high-angle wells. Second International Meeting for Applied Geoscience & Energy.DOI
32. He‐Ming Wang, Xiaoming Tang, Mai‐Linh Doan (2024). The power-law distribution of the rock pore structure: inversion and analysis of laboratory velocity-pressure data.DOI
33. Wenhao Wang, Shengqing Li, Junxin Guo, Chengsen Zhang, Wenxing Duan, Yuanda Su, Xiaoming Tang (2024). Frequency-dependent elastic properties of fracture-induced VTI rocks in a fluid-saturated porous and microcracked background. Geophysics.DOI
34. Wenhao Wang, Shengqing Li, Junxin Guo, Long Zhao, Shangjing Guo, Yuanda Su, Xiaoming Tang (2024). Dispersion and attenuation characteristics of an obliquely incident SV wave in a fluid-saturated porous rock containing aligned penny-shaped fractures. Geophysics.DOI
35. Song Xu, Xiaoming Tang, Lingling Zhao, Zhihui Zou, Xuelian Chen (2024). A novel filtering technique for extracting formation slowness from poorly bonded cased boreholes. Geophysics.DOI
36. 饶博，苏远大，李盛清，孙云涛，陈文轩，唐晓明（2023）. 钻铤偏心对随钻四极子横波测井影响：理论与实例分析. 《地球物理学报》.
37. 陈雪莲，庄妍，殷晓康，唐晓明（2023）. 套管中环向传播的准SH波的衰减特征. 《地球物理学报》.
38. 王文浩，李盛清，苏远大，唐晓明（2023）. 海域天然气水合物地层声衰减规律及井孔多频数据研究. 《2023年中国地球科学联合学术年会论文集——专题三十四 煤炭资源与矿山地球物理、专题三十五 井孔地球物理学及深部钻测技术》.DOI
39. 陈声远，苏远大，李盛清，唐晓明（2023）. 偶极SH横波远探测声场快照的快速模拟. 《2023年中国地球科学联合学术年会论文集——专题三十四 煤炭资源与矿山地球物理、专题三十五 井孔地球物理学及深部钻测技术》.DOI
40. 潘金林，陈雪莲，唐晓明（2023）. 滑移界面表征的套管井声场的理论计算. 《地球物理学报》.
41. 凌子晨，苏远大，李盛清，唐晓明（2023）. 随钻阵列超声波速度测井数值模拟与实验研究. 《2023年中国地球科学联合学术年会论文集——专题三十四 煤炭资源与矿山地球物理、专题三十五 井孔地球物理学及深部钻测技术》.DOI
42. 饶博，苏远大，李盛清，唐晓明（2023）. 钻铤偏心对随钻远探测声场的影响研究. 《2023年中国地球科学联合学术年会论文集——专题三十四 煤炭资源与矿山地球物理、专题三十五 井孔地球物理学及深部钻测技术》.DOI
43. 纪玉磊，苏远大，李盛清，唐晓明（2023）. 双层套管井中单极和偶极模式波的频散特征研究. 《2023年中国地球科学联合学术年会论文集——专题三十四 煤炭资源与矿山地球物理、专题三十五 井孔地球物理学及深部钻测技术》.DOI
44. 沈钦宇，李盛清，崔云江，苏远大，王培春，唐晓明（2023）. 裂缝性储层产能综合测井评价新方法及应用. 《测井技术》.
45. Shengqing Li, Wenhao Wang, Yuanda Su, Junxin Guo, Xiaoming Tang (2023). P- and SV-wave dispersion and attenuation in saturated microcracked porous rock with aligned penny-shaped fractures. Petroleum Science.DOI
46. Bo Rao, Yuanda Su, Shengqing Li, Xiaoming Tang (2023). Effects of collar eccentricity on azimuthal response characteristics for acoustic reflection measurement while drilling. Geophysics.DOI
47. Xi-Hao Gu, Xiaoming Tang, Yuanda Su, Shengqing Li (2023). Elastic wave radiation and reception of a borehole dipole source in a vertically transverse isotropic formation. Geophysics.DOI
48. 陈雪莲，庄妍，夏飞月，殷晓康，唐晓明（2022）. 在套管中激发环向传播的准SH波的有限元模拟及实验研究. 《地球物理学报》.
49. 古希浩，唐晓明，苏远大（2022）. 井中偶极声源在横向各向同性地层中的辐射波场. 《地球物理学报》.
50. 李焕然，唐晓明，李盛清，苏远大（2022）. 压裂缝的动态渗透性能及其声波测井评价. 《石油勘探与开发》.
51. 夏飞月，苏远大，唐晓明（2022）. 斯通利波在渗透地层和裂缝带的反射及透射：解析和数值方法模拟对比. 《地球物理学报》.
52. 李杨虎，唐晓明，苏远大（2022）. 偶极横波远探测在裸眼井及套管井中接收波场的方位响应特征. 《地球物理学报》.
53. 饶博，唐晓明，苏远大（2022）. 横向各向同性地层随钻多极子测井声场的分波分析与特性研究. 《地球物理学报》.
54. 许松，李舜，邹志辉，唐晓明（2022）. 基于声波测井资料的裂缝参数反演方法及应用. 《2022年中国地球科学联合学术年会论文集——专题三十九：井中多物理场探测技术新进展、专题四十：有色金属矿产资源定位预测关键地球物理勘探技术、方法与应用》.DOI
55. 陈雪莲，潘金林，唐晓明，朱雷，田隆梅，王华伟（2022）. 双层套管井中界面胶结差时单极全波响应特征的对比. 《中国石油大学学报(自然科学版)》.
56. Yang-Hu Li, Xiaoming Tang, Yuanda Su (2022). Borehole radiation and reception responses for azimuthal shear-wave reflection imaging with an off-centred dipole acoustic tool. Journal of Geophysics and Engineering.DOI
57. Huanran LI, Xiaoming Tang, Shengqing Li, Yuanda Su (2022). Dynamic fluid transport property of hydraulic fractures and its evaluation using acoustic logging. Petroleum Exploration and Development.DOI
58. Song Xu, Zhihui Zou, Xiaoming Tang (2022). Estimation of Elastic Wave Velocity From Logging-While-Drilling Measurement in Unconsolidated Formation of Accretionary Wedge in Nankai Trough. IEEE Transactions on Geoscience and Remote Sensing.DOI
59. 孔令文，苏远大，李盛清，谭宝海，唐晓明（2021）. 井中方位反射声波测井实验研究. 《2021年中国地球科学联合学术年会论文集（十二）—专题三十四 井孔地球物理及深部钻测、专题三十五 光纤传感技术及其地球物理学应用、专题三十六 岩石物理与井中探测前沿》.DOI
60. 李焕然，唐晓明，李盛清，苏远大（2021）. 井周复杂压裂缝的波致动态渗流数值模拟与分析. 《2021年中国地球科学联合学术年会论文集（十二）—专题三十四 井孔地球物理及深部钻测、专题三十五 光纤传感技术及其地球物理学应用、专题三十六 岩石物理与井中探测前沿》.DOI
61. 申富豪，李盛清，唐晓明（2021）. TI孔隙地层随钻声波测井模式波特性分析. 《2021年中国地球科学联合学术年会论文集（十二）—专题三十四 井孔地球物理及深部钻测、专题三十五 光纤传感技术及其地球物理学应用、专题三十六 岩石物理与井中探测前沿》.DOI
62. 刘汇鑫，古希浩，李焕然，苏远大，唐晓明（2021）. 双偶极源反相激励压制井中直达波的横波远探测方法研究. 《地球物理学进展》.
63. 林剑松，李盛清，刘忠华，张聪慧，苏远大，唐晓明（2021）. 随钻划眼采集模式的过套管声波测井数值模拟与实验研究. 《地球物理学进展》.
64. 唐晓明，古希浩，李杨虎，苏远大（2021）. 井孔与弹性波的相互作用：理论、方法和应用. 《地球物理学报》.
65. 唐晓明，王鹤鸣，苏远大，陈雪莲（2021）. 用孔隙、裂隙介质弹性波理论反演岩石孔隙分布特征. 《地球物理学报》.
66. 陈雪莲，唐晓明（2021）. 偶极子声波测井在双层套管井中激发的声场特征. 《地球物理学报》.
67. Xiaoming Tang, Heming Wang (2021). Using cracked porous medium wave theory to determine rock pore structure and predict seismic wave dispersion. Second International Meeting for Applied Geoscience & Energy.DOI
68. He‐Ming Wang, Xiaoming Tang (2021). Inversion of dry and saturated P- and S-wave velocities for the pore-aspect-ratio spectrum using a cracked porous medium elastic wave theory. Geophysics.DOI
69. Xi-Hao Gu, Xiaoming Tang, Yuanda Su (2021). Delineating a cased borehole in unconsolidated formations using dipole acoustic data from a nearby well. Geophysics.DOI
70. Song Xu, Xiaoming Tang, Ming Chen, Yuanda Su, Yu Ping Qian, Dianqiang Sun, Carlos Torres‐Verdín (2021). Estimation of directional crack density and fluid properties from well logs in vertical wells. Geophysics.DOI
71. Song Xu, Xiaoming Tang, Carlos Torres‐Verdín, Zhen Li, Yuanda Su (2021). Evaluation of 3D shear-wave anisotropy based on elastic-wave velocity variations around the borehole. Geophysics.DOI
72. Xi-Hao Gu, Xiaoming Tang, Yuanda Su (2021). Delineating a Cased Borehole in Unconsolidated Formations Using Dipole Acoustic Data from a Nearby Borehole. EAGE Annual Conference & Exhibition.DOI
73. 张广栋，李盛清，张淼鹤，苏远大，唐晓明（2020）. 基于阵列声波的固井质量评价方法. 《2020年中国地球科学联合学术年会》.DOI
74. 程小康，李宁，何秋凯，苏孝勇，唐晓明（2020）. 权重τ-p变换阵列声波处理方法及其在套管井中的应用. 《测井技术》.
75. 李盛清，苏远大，唐晓明（2020）. 基于四分量偶极横波远探测的井周构造走向快速反演方法研究. 《地球物理学报》.
76. 陈雪莲，唐晓明（2020）. 套管中周向传播准SH波的传播特征. 《石油学报》.
77. 陈雪莲，江灿，庄春喜，唐晓明（2020）. 双层套管井中单极子声波测井的响应特征. 《地球物理学报》.
78. 陈雪莲，唐晓明，李盛清，李疾翎，江灿，刘临政（2020）. 基于黏弹滑移界面理论揭示套管中模式波的传播特征. 《地球物理学报》.
79. 李盛清，林剑松，江灿，苏远大，唐晓明（2020）. 随钻声波测井固井质量评价理论与数值模拟研究. 《地球物理学报》.
80. 张正鹏，刘玉凯，苏远大，唐晓明（2020）. 考虑压电声源-井孔系统的随钻方位声波测井数值模拟. 《测井技术》.DOI
81. 张悟群，唐晓明，张凯，谭宝海（2020）. 可控敲击声源在干井声波测井中的可行性研究. 《测井技术》.DOI
82. 夏飞月，唐晓明，苏远大（2020）. 斯通利波在渗透地层和裂缝带的反射及透射:解析和数值方法模拟对比. 《2020年中国地球科学联合学术年会》.DOI
83. 古希浩，唐晓明，庄春喜，江灿，李盛清（2020）. 用滑移界面理论模拟多裂缝体系的偶极横波远探测声场. 《地球物理学进展》.
84. 李思亦，唐晓明，何娟，许松，孙福亭，苏远大（2020）. 基于声波远探测和岩石力学分析的井旁裂缝有效性评价方法. 《石油学报》.
85. Yang-Hu Li, Xiaoming Tang, Shengqing Li, Sheng-Qing Lee (2020). Characterizing the borehole response for single-well shear-wave reflection imaging. Geophysics.DOI
86. Xiaoming Tang, Yang-Hu Li, Sheng-Qing Lee (2020). Analysis of the borehole response for shear-wave reflection imaging. Second International Meeting for Applied Geoscience & Energy.DOI
87. David Li, Xiao Tian, Hao Hu, Xiaoming Tang, Xinding Fang, Yingcai Zheng (2020). Gaussian beam imaging of fractures near the wellbore using sonic logging tools after removing dispersive borehole waves. Geophysics.DOI
88. Song Xu, Yuanda Su, Xiaoming Tang (2020). Elastic properties of transversely isotropic rocks containing aligned cracks and application to anisotropy measurement. Applied Geophysics.DOI
89. Zhifeng Sun, Xiaoming Tang, Xiao Dong He, Xien Liu (2020). Numerical simulations of wave fields for acoustic logging while drilling tools in a fluid-filled trough. Journal of Geophysics and Engineering.DOI
90. Yang-Hu Li, Song Xu, Can Jiang, Yuanda Su, Xiaoming Tang (2020). Joint inversion of logging-while-drilling multipole acoustic data to determine formation shear-wave transverse isotropy. Geophysics.DOI
91. Song Xu, Xiaoming Tang, Yuanda Su, Carlos Torres‐Verdín (2020). Crack‐Induced Shear‐Wave Orthorhombic Anisotropy: Modeling and Inversion of Shear‐Wave Borehole Measurements. Journal of Geophysical Research Solid Earth.DOI
92. 孙志峰，唐晓明，苏远大，刘西恩，仇傲，张勇（2019）. 随钻多极子声波测井仪接收换能器的数值模拟. 《测井技术》.
93. 许松，唐晓明，苏远大（2019）. 随偏心单极声源的多极分解理论和实验研究. 《2019年中国地球科学联合学术年会论文集（二十九）——专题77：井孔地球物理学及深部钻测、专题78：地球化学进展、专题79：地球深部碳循环、专题80：航空地球物理勘查技术与应用》.DOI
94. 陈雪莲，唐晓明（2019）. 套后介质声学性质对套管中三种模式波影响的对比分析. 《地球物理学报》.
95. 庄春喜，李杨虎，孔凡童，陈鸣，张聪慧，苏远大，唐晓明（2019）. 随钻斯通利波测井反演地层渗透率的理论、方法及应用. 《地球物理学报》.
96. 江灿，庄春喜，李盛清，苏远大，唐晓明（2019）. 多极子阵列声波测井数据的纵横波慢度联合反演方法. 《地球物理学报》.
97. Fantong Kong, Can Jiang, Yuanda Su, Xiaoming Tang (2019). A multiple filtering and correlation array signal processing technique for cased-hole acoustic logging and applications. Interpretation.DOI
98. Xuelian Chen, Xiaoming Tang, Aihua Tao, Jiling Li, Linbo Cheng (2019). Modeling casedhole lamb-wave characteristics for an oriented transmitter and receiver system. Review of Progress in Quantitative Nondestructive Evaluation.
99. Huan-Ran Li, Xi-Hao Gu, Zhang Cong-hui, Yuanda Su, Xiaoming Tang (2019). Effect of perforation on borehole acoustic wave logging: Modeling and application. Geophysics.DOI
100. Yuanda Su, Xinding Fang, Xiaoming Tang (2019). Measurement of the shear slowness of slow formations from monopole logging-while-drilling sonic logs. Geophysics.DOI
101. Song Xu, Xiaoming Tang, Yuanda Su, Chun‐Xi Zhuang (2019). Seismic shear wave anisotropy of an anisotropic rock containing aligned cracks: theory and applications to experiment and field data. Geophysical Journal International.DOI
102. Sheng-Qing Lee, Chen Ming, Xi-Hao Gu, Yuanda Su, Xiaoming Tang (2019). Application of four-component dipole shear reflection imaging to interpret the geological structure around a deviated well. Applied Geophysics.DOI
103. Chun‐Xi Zhuang, Song Xu, Huanran Li, Yuanda Su, Xiaoming Tang (2019). Azimuthal shear-wave anisotropy measurement in a borehole: Physical modeling and dipole acoustic verification. The Journal of the Acoustical Society of America.DOI
104. Song Xu, Xiaoming Tang, Yuanda Su (2019). A sphere-equivalency approach for calculating the elastic property of an isotropic solid containing aligned inclusions: Modeling and experiment data verification. Geophysics.DOI
105. Zhoutuo Wei, Xiaoming Tang, Jingji Cao (2019). Acoustic radiation and reflection of a logging-while-drilling dipole source. Geophysical Journal International.DOI
106. Can Jiang, Xuelian Chen, Yuanda Su, Xiaoming Tang (2019). Cased borehole acoustic-wave propagation with varying bonding conditions: Theoretical and experimental modeling. Geophysics.DOI
107. Sheng-Qing Lee, Huan-Ran Li, Xi-Hao Gu, Xiaoming Tang (2019). Near-borehole characteristics of hydraulic fractures and fracturing-induced sonic-wave attenuation. Geophysics.DOI
108. Sheng-Qing Lee, Xiaoming Tang, Yuanda Su (2019). Shear wave imaging to determine near-borehole faults for ocean drilling exploration. Geophysical Journal International.DOI
109. 谭宝海，唐晓明，张凯（2018）. 随钻声波测井的正弦脉冲激励方法和实验研究. 《测井技术》.
110. 许松，唐晓明，苏远大，庄春喜（2018）. 斯通利波和弯曲波联合反演地层VTI各向异性的阵列声波处理方法. 《地球物理学报》.
111. 唐晓明，江灿，苏远大，陈雪莲（2018）. 用黏弹滑移界面表征的固井声波测井理论. 《中国科学:地球科学》.
112. 刘开明，唐晓明，庄春喜（2018）. 交叉偶极各向异性快速处理新方法. 《地球物理学进展》.
113. Zhen Li, Yuanda Su, Xiaoming Tang, Huanran Li, Qing Huo Liu (2018). A hybrid method to simulate elastic wave scattering of three-dimensional objects. The Journal of the Acoustical Society of America.DOI
114. Song Xu, Chun‐Xi Zhuang, Yuanda Su, Yukai Liu, Zhengpeng Zhang, Shangjing Guo, Xiaoming Tang (2018). Acoustic source characterization for a logging while drilling tool: Theoretical and experimental modeling. The Journal of the Acoustical Society of America.DOI
115. Song Xu, Xiaoming Tang, Carlos Torres‐Verdín, Yuanda Su (2018). Shear-wave anisotropy in cracked rocks and its application to evaluate hydraulic fracturing from acoustic logging data. Second International Meeting for Applied Geoscience & Energy.DOI
116. Song Xu, Chun‐Xi Zhuang, Yuanda Su, Xiaoming Tang (2018). Joint inversion of formation shear-wave transverse isotropy from borehole multipole dispersion data. Second International Meeting for Applied Geoscience & Energy.DOI
117. Sheng-Qing Lee, Shengqing Li, Xiaoming Tang, Zhen Li, Xi-Hao Gu, Yuanda Su, Chun‐Xi Zhuang (2018). Evaluation of downhole hydraulic fracturing by sonic attenuation logging. Second International Meeting for Applied Geoscience & Energy.DOI
118. David Li, Xiao Tian, Hao Hu, Xiaoming Tang, Yingcai Zheng (2018). Removal of dispersive borehole waves and beam imaging of fractures around the wellbore using sonic logging data. Second International Meeting for Applied Geoscience & Energy.DOI
119. Song Xu, Xiaoming Tang, Carlos Torres‐Verdín, Yuanda Su (2018). Seismic Shear Wave Anisotropy in Cracked Rocks and an Application to Hydraulic Fracturing. Geophysical Research Letters.DOI
120. Xiaoming Tang, Can Jiang, Yuanda Su, Xuelian Chen (2018). An acoustic-wave theory for casing bond evaluation using viscoelastic slip boundary modeling. Science China Earth Sciences.DOI
121. Yukai Liu, David Smeulders, Yuanda Su, Xiaoming Tang (2018). Seismoelectric interface electromagnetic wave characteristics for the finite offset Vertical Seismoelectric Profiling configuration: Theoretical modeling and experiment verification. The Journal of the Acoustical Society of America.DOI
122. 许松，苏远大，唐晓明（2017）. 基于超级混合虚折射干涉法的阵列声波处理方法及其在套管井中的应用. 《地球物理学报》.
123. 古锐瑶，许松，唐晓明，苏远大，庄春喜，李盛清（2017）. VTI各向异性地层偶极横波测井及其应用. 《测井技术》.
124. 孔凡童，庄春喜，苏远大，唐晓明（2017）. 随钻四极横波测量的数据驱动频散处理方法. 《地球物理学报》.
125. 陈俊圆，唐晓明，苏远大，刘玉凯，许松，庄春喜（2017）. 随钻方位声波发射换能器性能数值模拟分析. 《测井技术》.
126. 孟贺，唐晓明，陈雪莲，徐志彦，韩海力，程翠鹏（2017）. 应力诱导饱和流体岩石弹性波各向异性. 《地球物理学进展》.
127. 唐晓明，李盛清，许松，苏远大，庄春喜（2017）. 页岩气藏水平测井裂缝识别及声学成像研究. 《测井技术》.
128. 苏远大，许松，江灿，唐晓明（2017）. 随钻四极子横波测井钻铤尺寸优化设计的理论研究. 《地球物理学报》.
129. Yuanda Su, Zhen Li, Song Xu, Chun‐Xi Zhuang, Xiaoming Tang (2017). Elastic-wave evaluation of downhole hydraulic fracturing: Modeling and field applications. Geophysics.DOI
130. Xiaoming Tang (2017). Acoustic characterization and imaging of shale gas fractures in horizontal wells. Second International Meeting for Applied Geoscience & Energy.DOI
131. Zhen Li, Yuanda Su, Song Xu, Chun‐Xi Zhuang, Xiaoming Tang (2017). Evaluation of downhole hydraulic fracturing by acoustic logging. Second International Meeting for Applied Geoscience & Energy.DOI
132. Song Xu, Xiaoming Tang, Yuanda Su, Sheng-Qing Lee, Chun‐Xi Zhuang (2017). Determining formation S-wave transverse isotropy from borehole flexural-wave dispersion data. Geophysics.DOI
133. Xiaoming Tang (2017). Advances in borehole acoustic reflection imaging. Proceedings of meetings on acoustics.DOI
134. 唐晓明，苏远大，张博（2016）. 过套管声波测井技术新进展. 《测井技术》.
135. 曹景记，唐晓明，苏远大，魏周拓，庄春喜（2016）. 随钻偶极远探测声场的辐射特性. 《地球物理学报》.
136. 黑创，唐晓明，李振，苏远大（2016）. 井孔声场中的弹性波散射效应及其应用. 《中国科学:地球科学》.
137. 唐晓明，许松，庄春喜，苏远大，陈雪莲（2016）. 基于弹性波速径向变化的岩石脆裂性定量评价. 《石油勘探与开发》.
138. 谭宝海，唐晓明，魏周拓，曹景记，苏远大（2016）. 随钻偶极横波远探测优势频带及反射声场. 《石油学报》.
139. 刘玉凯，唐晓明，苏远大（2016）. 随钻条件下井旁界面声电效应的辐射电磁波响应特征. 《地球物理学报》.
140. 曹景记，唐晓明，苏远大，魏周拓（2016）. 充液井中多极声源的辐射效率. 《地球物理学报》.
141. 张博，唐晓明，苏远大，祁晓（2016）. 一种利用双源反激的随钻声波测井方法. 《地球物理学报》.
142. 苏远大，庄春喜，唐晓明，黑创，许松，李振，杨喜龙（2016）. 一种刻槽式随钻声波测井隔声体的理论与实验研究. 《地球物理学报》.
143. Xiaoming Tang (2016). Reflection imaging away from borehole: A paradigm shift. Second International Meeting for Applied Geoscience & Energy.DOI
144. Jingji Cao, Xiaoming Tang, Yuanda Su, Sheng-Qing Lee (2016). Radiation characteristics of an acoustic dipole source for single-well imaging. Second International Meeting for Applied Geoscience & Energy.DOI
145. Sheng-Qing Lee, Xiaoming Tang, Yuanda Su, Chun‐Xi Zhuang (2016). Dispersion correction of borehole dipole shear data to enhance reservoir-fluid characterization. Second International Meeting for Applied Geoscience & Energy.DOI
146. Zhoutuo Wei, Xiaoming Tang, Jingji Cao (2016). Investigation of radiation and reflection on dipole logging-while-drilling remote acoustic reflection survey. Second International Meeting for Applied Geoscience & Energy.DOI
147. Yuanda Su, Can Jiang, Chun‐Xi Zhuang, Song Xu, Xiaoming Tang (2016). Joint inversion of logging-while-drilling multipole acoustic data to determine P- and S-wave velocities in unconsolidated slow formations. Geophysics.DOI
148. Xiaoming Tang, Jingji Cao, Zhen Li, Yuanda Su (2016). Detecting a fluid-filled borehole using elastic waves from a remote borehole. The Journal of the Acoustical Society of America.DOI
149. Xiaoming Tang, Song Xu, Chun‐Xi Zhuang, Yuanda Su, Xuelian Chen (2016). Quantitative evaluation of rock brittleness and fracability based on elastic-wave velocity variation around borehole. Petroleum Exploration and Development.DOI
150. Xiaoming Tang, Song Xu, Chun‐Xi Zhuang, Yuanda Su, Xuelian Chen (2016). Assessing rock brittleness and fracability from radial variation of elastic wave velocities from borehole acoustic logging. Geophysical Prospecting.DOI
151. Xiaoming Tang, Zhen Li, Chuang Hei, Yuanda Su (2016). Elastic wave scattering to characterize heterogeneities in the borehole environment. Geophysical Journal International.DOI
152. 唐晓明，祁晓，张博，李盛清，苏远大（2015）. 基于波干涉原理的套管井阵列声波处理方法及其应用. 《地球物理学报》.
153. 陈雪莲，唐晓明，张聪慧，魏涛，董兴蒙，魏周拓（2015）. 套管井贴壁声源激发的非轴对称声场的有限差分模拟及结果分析. 《地球物理学报》.
154. Sheng-Qing Lee, Xiaoming Tang, Yuanda Su, Chun‐Xi Zhuang (2015). Model-based dispersive processing of borehole dipole wave data using an equivalent-tool theory. Geophysics.DOI
155. Yuanda Su, Xiaoming Tang, Yukai Liu, Song Xu, Chun‐Xi Zhuang (2015). Extensional-wave stopband broadening across the joint of pipes of different thickness. The Journal of the Acoustical Society of America.DOI
156. Zhoutuo Wei, Hua Wang, Xiaoming Tang, Chunxi Zhuan (2015). Directional P-wave Remote Acoustic Imaging in an Acoustically Slow Formation. The Open Petroleum Engineering Journal.DOI
157. Yuanda Su, Xiaoming Tang, Song Xu, C.X. Zhuang (2015). Evaluating Rock Brittleness from Radial P-wave Velocity Variation in the LWD Condition. Proceedings.DOI
158. Yuanda Su, Xiaoming Tang, Song Xu, Chun‐Xi Zhuang (2015). Acoustic isolation of a monopole logging while drilling tool by combining natural stopbands of pipe extensional waves. Geophysical Journal International.DOI
159. 庄春喜，燕菲，孙志峰，刘西恩，唐晓明，苏远大（2014）. 偶极横波远探测测井数据处理及应用. 《测井技术》.
160. 钱玉萍，唐晓明，陈雪莲（2014）. 利用实验室加压条件下声速测量数据估计岩石裂隙参数. 《测井技术》.
161. 陈雪莲，唐晓明，钱玉萍（2014）. 含孔隙、裂隙致密介质中多极子声波的传播特征. 《地球物理学报》.
162. 张博，苏远大，唐晓明，谭宝海，祁晓（2014）. 套管井双源反激声波测井方法研究. 《2014年中国地球科学联合学术年会——专题17：油气田与煤田地球物理勘探》.
163. 曹景记，唐晓明，魏周拓（2014）. 偶极声源在裸眼井及套管井外的横波辐射特征. 《地球物理学报》.
164. 许松，苏远大，陈雪莲，唐晓明（2014）. 含孔隙、裂隙地层随钻多极子声波测井理论. 《地球物理学报》.
165. 谭宝海，张博，唐晓明（2014）. 多极子随钻声波测井的声源激励方法. 《2014年中国地球科学联合学术年会——专题17：油气田与煤田地球物理勘探》.
166. Xiaoming Tang, Jingji Cao, Zhoutuo Wei (2014). Shear-wave radiation, reception, and reciprocity of a borehole dipole source: With application to modeling of shear-wave reflection survey. Geophysics.DOI
167. 魏周拓，唐晓明，庄春喜（2013）. 慢速地层中具有方位指向性的偶极纵波远探测测井. 《石油学报》.
168. 唐晓明，魏周拓，苏远大，庄春喜（2013）. 偶极横波远探测测井技术进展及其应用. 《测井技术》.
169. 唐晓明，钱玉萍，陈雪莲（2013）. 孔隙、裂隙介质弹性波理论的实验研究. 《地球物理学报》.
170. 魏周拓，唐晓明，苏远大，谭宝（2013）. 利用井中低频偶极横波进行声波远探测的新方法. 《地球物理学报》.
171. Xuelian Chen, Xiaoming Tang, Yuping Qian (2013). Simulation of multipole acoustic logging in cracked porous formations. Geophysics.DOI
172. Yuanda Su, Xiaoming Tang, Chun‐Xi Zhuang, Song Xu, Zhao Long (2013). Mapping formation shear-velocity variation by inverting logging-while-drilling quadrupole-wave dispersion data. Geophysics.DOI
173. Xiaoming Tang, Jingji Cao, Zhoutuo Wei (2013). Reciprocity in the radiation and reception of shear waves from a borehole dipole source and its application to fast simulation of shear-wave reflection survey. Second International Meeting for Applied Geoscience & Energy.DOI
174. 唐晓明，魏周拓（2012）. 利用井中偶极声源远场辐射特性的远探测测井. 《地球物理学报》.
175. 陈雪莲，唐晓明（2012）. 孔、裂隙并存地层中的声波测井理论及多极子声场特征. 《地球物理学报》.
176. Xiaoming Tang, Xuelian Chen, Xiao-kai Xu (2012). A cracked porous medium elastic wave theory and its application to interpreting acoustic data from tight formations. Geophysics.DOI
177. Zhoutuo Wei, Xiaoming Tang (2012). Numerical simulation of radiation, reflection, and reception of elastic waves from a borehole dipole source. Geophysics.DOI
178. Xiaoming Tang, Xuelian Chen, Xiao-kai Xu (2012). Application of a cracked porous medium elastic wave theory to interpreting acoustic logging data from tight formations. Second International Meeting for Applied Geoscience & Energy.DOI
179. Yuanda Su, Xiaoming Tang, Baohai Tan, Yukun Qin (2012). A logging while drilling acoustic isolation technology by varying thickness of drill collars at a distance greater than wavelength. The Journal of the Acoustical Society of America.DOI
180. Zhuang Chunxi, Yuanda Su, Xiaoming Tang (2012). Processing dipole acoustic logging data to image fracture network in shale gas reservoirs. The Journal of the Acoustical Society of America.DOI
181. Xiaoming Tang, Xuelian Chen (2012). Acoustic wave propagation in cracked porous rocks and application to interpreting acoustic log data in tight formations. The Journal of the Acoustical Society of America.DOI
182. 苏远大，庄春喜，唐晓明（2011）. 随钻声波测井钻铤模式波衰减规律研究与隔声体设计. 《地球物理学报》.
183. 唐晓明（2011）. 含孔隙、裂隙介质弹性波动的统一理论——Biot理论的推广. 《中国科学:地球科学》.
184. Chun Lan, Д. Паттерсон, Xiaoming Tang (2011). New Acoustic Log Data Interpretation for Gas-bearing Shaly Sands. SPE Annual Technical Conference and Exhibition.DOI
185. Xiaoming Tang (2011). A unified theory for elastic wave propagation through porous media containing cracks—An extension of Biot’s poroelastic wave theory. Science China Earth Sciences.DOI
186. Yuanda Su, Xiaoming Tang, Chuang Hei, Chun‐Xi Zhuang (2011). An equivalent-tool theory for acoustic logging and applications. Applied Geophysics.DOI
187. Xiaoming Tang, Charles R．Jackson, 葛焕曾, 王炳章（1996）. 利用井中斯通利波透射和反射数据分析裂缝. 《美国勘探地球物理学家学会第66届年会》.
188. Xiaoming Tang, 牛毓荃（1995）. 由压缩波测井曲线作地震P波衰减的波形反演. 《美国勘探地球物理学家学会第65届年会》.
189. Xiaoming Tang, Daniel R, 卢雅云（1992）. 非均质岩性引起的地震散射和速度频散. 《美国勘探地球物理学家学会第62届年会》.
190. 唐晓明，郑传汉（1991）. 论裸眼井中的“共振纵波”和“共振横波”. 《地球物理学报》.