[1]  Baonan Jia et al., Defect engineered Janus MoXTe (X=S, Se) monolayers for hydrogen evolution reaction: A first principles study, International Journal of Hydrogen Energy 51: 897-906, 2023

[2]  Baonan Jia et al., The electron transfer mechanism between metal and silicon oxide composites for triboelectric nanogenerators, Advanced Composites and Hybrid Materials 5(4): 3223-3231, 2022

[3]  Baonan Jia et al., Atomic structures and electronic properties of different interface types at Al/c-SiO₂ interfaces, Applied Surface Science 578: 151932, 2022

[4]  Baonan Jia et al., Defect engineering in MA₂Z₄ monolayer family for enhancing the hydrogen evolution reaction: First-principles calculation, Sustainable Energy & Fuels 7(1): 164-171, 2022

[5]  Baonan Jia et al., Conversion mechanism from trivalent bismuth to bivalent bismuth defect center in Bi-doped silica optical fiber, IEEE Journal of Selected Topics in Quantum Electronics 26(4): 4500406, 2019

[6]  Baonan Jia et al., Response to comment on “Near-IR luminescence characteristics of monovalent bismuth in Bi-doped pure silica optical fiber: First-principle study”, Journal of Luminescence 207: 636-639, 2019

[7]  Baonan Jia et al., Structural disorder in fused silica with ODC (I) defect, Applied Physics A-Materials Science & Processing 124(10): 696, 2018

[8]  Baonan Jia et al., Adsorption characteristics of F and Cl atoms on fused silica surface defects, Journal of Non-Crystalline Solids 497: 7-11, 2018

[9]  Baonan Jia et al., Influence of ring structures on optical properties of trivalent bismuth in Bi-doped silica optical fiber, Journal of Cluster Science 29(5): 861-865, 2018

[10] Baonan Jia et al., Near-IR luminescence characteristics of monovalent bismuth in Bi-doped pure silica optical fiber: First-principle study, Journal of Luminescence 198: 384-388, 2018

[11] 贾宝楠等, 掺铋光纤铋活性中心发光机理的研究进展, 激光技术44(16): 657-663, 2020（中文综述）