Zhang Y. Y., Jin Z. J., D. SZ. The comparison between Full-Stack Data and Pure P-wave Data on deeply buried Ordovician Paleokarst reservoir prediction. Earth Science research [Internet]. 2016;5(1):57-66. 访问链接

张远银, 孙赞东, 金之钧. P-P与P-SV波联合反演方法分类与对比. 石油物探 [Internet]. 2016;55(4):587-596. 访问链接

Zhang Y. Y., Jin Z. J., Sun Z. D. An Amplitude-based Modeling Method and Its Application on the Impedance Inversion. Earth Science research [Internet]. 2016;5(2):199-208. 访问链接

Zhang Y. Y., Sun Z. D., Han J. F. Fluid mapping in deeply buried Ordovician paleokarst reservoirs in Tarim Basin, western China. Geofluids [Internet]. 2015. 访问链接

Fan C.Y., Song Y., Zhang Y. Y.*, Zhang J. F. An amplitude-normalized pseudo well-log construction method and its application on AVO inversion in a well-absent marine area. Acta Geophysica [Internet]. 2015. 访问链接

Jeffery. G., Zhang Y. Y., Mauricio. D. S. Sharp mantle transition from cratons to Cordillera in southwestern Canada. Journal of Geophysical Research [Internet]. 2015. 访问链接

Sun Z. D., Zhang Y. Y.*, Zhang J. F. An iterative AVO inversion workflow for pure P-wave computaiton and S-wave improvement. The first break [Internet]. 2014;32:23-26. 访问链接

张远银, 孙赞东, 唐志远. 基于AVO反演的溶蚀孔洞型碳酸盐岩储层预测. 石油地球物理勘探 [Internet]. 2013;48(1):109-113. 访问链接

张津海, 张远银*, 孙赞东. 提高道集质量对叠前AVO/AVA同时反演的影响分析. 石油地球物理勘探 [Internet]. 2012;47:68-73. 访问链接

张远银, 王天奇, 苏玉平. 苏丹Melut盆地扇体识别方法. 石油地球物理勘探 [Internet]. 2012;47:35-39. 访问链接

Seismic study for gas hydrate characterization in a marine case. Advanced Material Research [Internet]. 2012;(468-471):2759-2763. 访问链接

唐志远, 孙赞东, 张远银. AVO/AVA反演对非均质储层横向分辨率影响. 科技导报 [Internet]. 2012;30(25):5-11. 访问链接

Zhang Y. Y., Sun Z. D., Yang H. J. Pre-stack inversion for caved carbonate reservoir prediction: A case study from Tarim Basin, China. Petroleum Science [Internet]. 2011;8(4):415-421. 访问链接

Sun Z. D., Yang H. J., Zhang Y. Y. The application of amplitude-preserved processing and migration for carbonate reservoir prediction in the Tarim Basin, China. Petroleum Science [Internet]. 2011;8(4):406-414. 访问链接