1.期刊论文

[1] X.G. Jiang et al, Hierarchical microporous Ni-based electrodes enable “Two Birds with One Stone” in highly efficient and robust anion exchange membrane water electrolysis (AEMWE), Chemical Engineering Journal, 486(2024): 150180.

[2] X.G. Jiang et al, A novel multi-channel porous structure facilitating mass transport towards highly efficient alkaline water electrolysis, J. Energy Chemistry, 93(2024): 511-518.

[3] T. Liu et al, Mechanism of corrosion and sedimentation of nickel electrodes for alkaline water electrolysis, Materials Chemistry and Physics, 303(2023): 127806.

[4] X.G. Jiang et al, Improved 3D porous structures of Ni electrodes prepared by high-pressure cold spray and post annealing for water splitting, Int. J. Hydrogen Energy, 47(2022): 13226-133.

[5] T. Jiang, et al, Dynamic Self-Optimization of Hierarchical Nial Architecture Catalysing Oxygen Evolution Reaction in Alkaline Water Electrolysis, Applied Materials Today, 28(2022): 101526.

[6]Y.P. Zhang et al, A novel nickel electrode with gradient porosity distribution for alkaline water splitting, Int. J. Hydrogen Energy, 45(2020): 24248-24252.

[7]X.G. Jiang et al, Performance of Nickel Electrode for Alkaline Water Electrolysis Prepared by High Pressure Cold Spray, Int. J. Hydrogen Energy, 45(2020): 33007-33015.

[8] T. Liu et al, Improving plasma sprayed Raney-type nickel–molybdenum electrodes towards high-performance hydrogen evolution in alkaline medium, Scientific Reports, 10(2020): 10948.

[9] T. Liu et al, Experimental and Numerical Study of the effect of Gas-shrouded Plasma Spraying on Cathode Coating of Alkaline Electrolysis Cells, Journal of Thermal Spray Technology, 27(2018): 35-49.

[10] T. Liu et al, A Study of the Influence of the Surrounding Gas on the Plasma Jet and Coating Quality during Plasma Spraying，Plasma chemistry and plasma process, 37(2017): 1009-1032.

2.专利

[1] 一种用于电解水制气的电解单元、电解水制气装置及其应用与电解水制气工艺,发明专利, ZL202010733141.X，刘太楷，邓春明，刘敏，张亚鹏，姜欣格,授权。

[2] 电解水制气装置和方法，发明专利，ZL202010712332.8，刘太楷，邓春明，刘敏，宋琛，授权。

[3] 一种电化学反应装置，实用新型，CN202120028340.0，刘敏,刘太楷,宋琛,董东东,文魁,邓春明,马文有，授权。

[4] 一种电化学反应装置及其制作方法,发明专利，CN202110015798.7, 刘敏,刘太楷,宋琛,董东东,文魁,邓春明,马文有,实审。

[5] 基于增材制造的金属支撑型自密封固体氧化物燃料电池/电解池及电堆，发明专利，ZL202011112244.0，刘敏，宋琛，刘太楷，董东东，邓春明，周克崧，张亚鹏，文魁，邓畅光，马文有，授权。

[6] 电解单元、直驱式电解水制气装置、系统与电解制气场及其应用，ZL202210623893.X, 刘太楷，宋琛，毛杰，邓春明，邓畅光，刘敏，周克崧。

[7] SOLID OXIDE FUEL CELL/ELECTROLYTIC CELL AND ELECTRIC STACK PREPARED BASED ON ADDITIVE MANUFACTURING, US11502320B2, Liu Min, Song Chen, Liu Taikai, Dong Dongdong, Zhou Kesong et al。

[8]一种电解水制氢装置及其应用，ZL202111439029.6， 刘太楷，宋琛，邓春明，邓畅光，刘敏

[9] 一种电堆测温装置及方法，CN202311176753.3， 刘太楷，刘敏，宋琛，文魁，董东东。毛杰，邓春明，邓畅光，周克崧。

[10]固体氧化物燃料电池的燃料加湿装置、方法和应用，CN2024103408957，刘太楷，刘敏，宋琛，文魁，邓春明，邓畅光