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- 1. 陈紫琪,续化蕾*,赵康佳,江厚顺,汪杰. Numerical simulation study on the placement behavior of composite particle size proppants in hydraulic fractures of coal rock reservoirs.Physics of Fluids,2025-11-01,37.10.1063/5.0293838.
- 2. 程咏,续化蕾*,马攀,汪杰. Low-dose and high-efficiency polyethylene glycol-based composite inhibitors' synergistic inhibition mechanism in the formation of methane hydrate.Chemical Physics,2026-05-01,610.10.1016/j.chemphys.2026.113294.
- 3. 陈紫琪,续化蕾*,李建宇,江厚顺,赵康佳,汪杰. Research on the Migration and Placement Laws of Proppants in Fractures and Key Influencing Factors during Supercritical CO2 Fracturing.ACS OMEGA,2026-06-01,11(26):39141–39159.10.1021/acsomega.6c03260.
- 4. 续化蕾,江厚顺,汪杰*,范龙飞,郭盼阳. Experimental study on particle-based temporary plugging material selection and diversion law of shale gas reservoirs in WY area, Sichuan, China.Experimental study on particle-based temporary plugging material selection and diversion law of shale gas reservoirs in WY area, Sichuan, China,2022-10-01,10(9).10.3390/pr10091720.
- 5. 续化蕾,江厚顺,汪杰*,王挺,赵康佳,张良君. Frac-Hit Prevention Countermeasures in Shale Gas Reservoirs with Natural Fractures.Processes,2023-08-01,11(8).10.3390/pr11082509.
- 6. 续化蕾,汪杰,江厚顺*,张良君. Evaluation of Self-egradation and Plugging Performance of Temperature-Controlled Degradable Polymer Temporary Plugging Agent.Polymers,2023-09-01,15(18).10.3390/polym15183732.
- 7. 续化蕾,江厚顺,汪杰*,赵祺楠,雷奕,范龙飞. Effect of CO2 soaking time on replacement efficiency and reservoir properties of tight oil and gas reservoirs.Journal of Natural Gas Science and Engineering,2021-11-01,97.10.1016/j.jngse.2021.104357.
- 8. 续化蕾,江厚顺,汪杰*,王挺,张良君. Simulation of fracture propagation law in fractured shale gas reservoirs under temporary plugging and diversion fracturing.Physics of Fluids,2023-06-01,35(6).10.1063/5.0151148.
- 9. 续化蕾,江厚顺,汪杰*,王挺,张良君. Formulation optimization of materials used in temporary plugging diversion between fracture front end and cluster in shale gas: From laboratory research to field application.Physics of Fluids,2023-06-01,35(6).10.1063/5.0151878.
