[1] Bai, Ruijun¹; Zhang, Miaoxin¹; Zhang, Xin¹; Zhao, Shijing²; Chen, Weifeng³; Chen, Ning³; Ji, Puguang¹; Kurbanov, Mirtemir Sh⁴; Wang, Hua⁵; Gou, Huiyang²; Wang, Gongkai¹ . A Multidimensional Topotactic Host Composite Anode Toward Transparent Flexible Potassium-Ion Microcapacitors. ACS Applied Materials and Interfaces, 2022, 14 1, 1478-1488.

[2] Jiao, Zhixian¹;Wang, Qingzhou¹;Yin, Fuxing¹;Zhang, Jianjun¹;Liu, Li¹;Ji, Puguang¹;Chu, Huanghai¹;Yu, Jiaojiao¹;. Novel laminated multi-layer graphene/Cu–Al–Mn composites with ultrahigh damping capacity and superior tensile mechanical properties. Carbon, 2022, 188 , 45-58.

[3] Bai, Ruijun¹; Zhang, Miaoxin¹; Zhang, Xin¹; Zhao, Shijing²; Chen, Weifeng³; Chen, Ning³; Ji, Puguang¹; Kurbanov, Mirtemir Sh⁴; Wang, Hua⁵; Gou, Huiyang²; Wang, Gongkai¹ . A Multidimensional Topotactic Host Composite Anode Toward Transparent Flexible Potassium-Ion Microcapacitors. ACS Applied Materials and Interfaces, 2022, 14 1, 1478-1488.

[4] Jiao, Zhixian¹;Wang, Qingzhou¹;Yin, Fuxing¹;Zhang, Jianjun¹;Liu, Li¹;Ji, Puguang¹;Chu, Huanghai¹;Yu, Jiaojiao¹;. Novel laminated multi-layer graphene/Cu–Al–Mn composites with ultrahigh damping capacity and superior tensile mechanical properties. Carbon, 2022, 188 , 45-58.

[5] Niu, Haoyuan¹;Yin, Fuxing¹;Ji, Puguang¹;Jiao, Zhixian¹;Zhang, Jianjun¹;Liu, Li¹;Liu, Yafei¹;Wang, Qingzhou¹;. Effects of multi walled carbon nanotubes and multilayer graphene on the damping and quasi-static compressive mechanical properties of novel EP/ZA22 composites. Journal of Composite Materials, 2022, 56 13, 2095-2105.

[6] Niu, Haoyuan¹;Yin, Fuxing¹;Ji, Puguang¹;Jiao, Zhixian¹;Zhang, Jianjun¹;Liu, Li¹;Liu, Yafei¹;Wang, Qingzhou¹;. Effects of multi walled carbon nanotubes and multilayer graphene on the damping and quasi-static compressive mechanical properties of novel EP/ZA22 composites. Journal of Composite Materials, 2022, 56 13, 2095-2105.

[7] Ji, Pu-Guang¹; Liu, Ying¹; Han, Shuang-Bin¹; Yan, Yu-Fu¹; Tolochko, Oleg Victorovich²; Strativnov, Eugene³; Kurbanov, Mirtemir Shodievich⁴; Wang, Hua⁵; Zhang, Cheng-Wei¹; Wang, Gong-Kai¹ . Synergistical heterointerface engineering of Fe-Se nanocomposite for high-performance sodium-ion hybrid capacitors. Rare Metals, 2022, , .

[8] Zhiyi Guo¹;Zhiwei Wang¹;Shuangbin Han¹;Hongjian Zhao¹;Ying Liu¹;Yufu Yan¹;O.G. Klimova^2,3;E.S. Vasilyeva²;V.E. Gasumyants^2,4;O.V. Tolochko²;Puguang Ji¹;;Fuxing Yin¹;. Improvement of MoS₂ thermoelectric power factor by doping WSe₂ nanoparticle. Materials Today Communications, 2022, 31 , 103420.

[9] Ji, Pu-Guang¹; Liu, Ying¹; Han, Shuang-Bin¹; Yan, Yu-Fu¹; Tolochko, Oleg Victorovich²; Strativnov, Eugene³; Kurbanov, Mirtemir Shodievich⁴; Wang, Hua⁵; Zhang, Cheng-Wei¹; Wang, Gong-Kai¹ . Synergistical heterointerface engineering of Fe-Se nanocomposite for high-performance sodium-ion hybrid capacitors. Rare Metals, 2022, , .

[10] Zhiyi Guo¹;Zhiwei Wang¹;Shuangbin Han¹;Hongjian Zhao¹;Ying Liu¹;Yufu Yan¹;O.G. Klimova^2,3;E.S. Vasilyeva²;V.E. Gasumyants^2,4;O.V. Tolochko²;Puguang Ji¹;;Fuxing Yin¹;. Improvement of MoS₂ thermoelectric power factor by doping WSe₂ nanoparticle. Materials Today Communications, 2022, 31 , 103420.