[1] Zou Yushi*, Li Ning, Ma Xinfang, Zhang Shicheng, Li Sihai. Experimental study on the growth behavior of supercritical CO2-induced fractures in a layered tight sandstone formation. Journal of Natural Gas Science and Engineering 2018, 49: 145-156. (SCI)

[2] Zou Yushi*, Li Sihai, Ma Xinfang, Zhang Shicheng, Li Ning. Effects of CO2–brine–rock interaction on porosity permeability and mechanical properties during supercritical-CO2 fracturing in shale reservoirs. Journal of Natural Gas Science and Engineering 2018, 49: 157-168. (SCI)

[3] Zou Yushi*, Ma Xinfang, Zhou Tong, Li Ning, Chen Ming, Li Sihai, Zhang Yinuo, Li Han. Hydraulic Fracture Growth in a Layered Formation based on Fracturing Experiments and Discrete Element Modeling. Rock Mech Rock Eng 2017 , 50: 2381-2395. (SCI , Top 期刊)

[4] Zou Yushi*, Ma Xinfang, Zhang Shicheng, Zhou Tong, Li Han. Numerical Investigation into the Influence of Bedding Plane on Hydraulic Fracture Network Propagation in Shale Formations. Rock Mech Rock Eng 2016, 49: 3597-3614. (SCI , Top 期刊)

[5] Zou Yushi*, Zhang Shicheng, Ma Xinfang, Zhou Tong, Zeng Bo. Numerical Investigation of Hydraulic Fracture Network Propagation in Naturally Fractured Shale Formations. Journal of Structural Geology 2016, 84: 1-13. (SCI)

[6] Zou Yushi*, Zhang Shicheng, Zhou Tong, Zhou Xiang, Guo Tiankui. Experimental Investigation into Hydraulic Fracture Network Propagation in Gas Shales Using CT Scanning Technology, Rock Mech Rock Eng 2016, 49: 33-45. (SCI , Top 期刊)

[7] Zou Yushi*, Ma Xinfang, Zhang Shicheng, Zhou Tong, Economides Christine, Li Han. The Origins of Low-fracture Conductivity in Soft Shale Formations: An Experimental Study. Energy Technology 2015, 3(12): 1233-1242. (SCI)

[8] Zou Yushi*, Zhang Shicheng. Experimental Method to Simulate Coal Fines Migration and Coal Fines Aggregation Prevention in the Hydraulic Fracture. Transport in Porous Media 2014, 101(1), 17-34. (SCI)

[9] Ma Xinfang, Zou Yushi*, Ning Li, Ming Chen, Yinuo Zhang, Zizhong Liu. Experimental Study on the Mechanism of Hydraulic Fracture Growth in A Glutenite Reservoir. Journal of Structural Geology 2017, 97: 37-47. (SCI)

[10] Li Ning, Zhang Shicheng, Zou Yushi*, Ma Xinfang, Wu Shan, hang Yinuo. Experimental analysis of hydraulic fracture growth and acoustic emission response in a layered formation. Rock Mech Rock Eng 2018 , 51(4): 1047-1062. (SCI , Top 期刊)

[11] Li Ning, Zhang Shicheng, Zou Yushi*, Ma Xinfang, Zhang Zhaopeng, Li Sihai, Chen Ming, Sun Yueyue. Acoustic Emission Response of Laboratory Hydraulic Fracturing in Layered Shale. Rock Mech Rock Eng 2018. (SCI , Top 期刊)

[12] Chen Ming, Zhang Shicheng, Ma Xinfang, Zhou Tong, Zou Yushi*. A semi-analytical model for predicting fluid partitioning among multiple hydraulic fractures from a horizontal well. Journal of Petroleum Science and Engineering 2018. (SCI , Top 期刊)

[13] 马新仿, 李宁, 尹丛彬, 李彦超, 邹雨时*, 吴珊, 何封, 王小琼, 周彤. 页岩水力裂痕扩展形态与声发射诠释——以四川盆地志留系龙马溪组页岩为例. 石油勘探与开发, 2017, 44(6): 974-981. (SCI)

[14] 陈铭, 张士诚, 柳明, 马新仿, 邹雨时*, 周彤, 李宁, 李四海. 水力压裂支持剂嵌入深度盘算要领. 石油勘探与开发, 2018, 45(1): 1-8. (SCI)

[15] 邹雨时*, 张士诚,, 马新仿. 页岩气藏压裂支持裂痕的有用性评价.自然气工业, 2012, 32(9): 52-55. (EI)

[16] 邹雨时*, 张士诚, 张劲, 王欣,卢海兵. 煤粉对裂痕导流能力的危险机理.煤炭学报, 2012, 37(11): 1890-1894. (EI)

[1] 发明专利: 压裂实验装置及要领, 专利号ZL 201510784720.6 授权日期 2017.7.21.
[2] 发明专利: 一种用于真三轴水力压裂模拟实验的声发射探头装置装置, 专利号ZL 201610415076.X 授权日期 2017.8.25.
[3] 发明专利: 倾斜地层真三轴压裂物理模拟实验的岩样加工要领和装置, 专利号ZL 201610461475.X 授权日期 2017.11.3.
[4] 发明专利: 裂痕支持剂铺置模拟实验装置及要领, 专利号ZL 201710200755.X 授权日期2018.4.13.
[5] 发明专利: 水平井分段压裂试验要领及井筒, 专利号ZL 201710114967.6 授权日期 2018.5.23.
[6] 适用新型: 压裂实验装置, 专利号ZL 201520911352.2 授权日期 2016.4.13.
[7] 适用新型: 裂痕支持剂铺置模拟实验装置, 专利号ZL 201720328134.5 授权日期 2017.12.5.
[8] 软件著作权: 网络裂痕压裂模拟系统(简称NetworkFrac V1.0), 注册号2015SR198078.