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夏明岗

教授博士生导师硕士生导师

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学历：博士研究生毕业
学位：博士
职称：教授

论文成果

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.Nitrogen plasma-induced phase engineering and titanium carbide/carbon nanotubes dual conductive skeletons endow molybdenum disulfide with significantly improved lithium storage performance[J],SCI,2025,678:704-716
.Negative differential transconductance effects on anomalous n-type characteristics in p-type WSe2 semiconductor field effect transistors,SCI,13(11):5746-5753
娄琦.Template-Free Gradient Selective Etching of Porous Carbon Nanospheres: Synergistic Dielectric Loss Optimization and Bifunctional Microwave Absorption-Corrosion Resistance Integration,SCI、SCI,2025,21(44)
程曌芳.Influence of monolayer MoS2 grain boundaries on MoS2 cluster nucleation during layer-by-layer growth of bilayer MoS2,SCI、SCI,2025,715:164549
.Continuously tunable absorption bands in electromagnetic absorber implemented by a dual phase-transition thermal metamaterial[J],SCI、SCI,2025,188:112943
.L. N. Chen, Z. F. Cheng, S. D. He, Z. P. Wu, X. D. Zhang, Z. W. Ren, D. H. Zong, K. L. Deng and M. G. Xia*.Influence of monolayer MoS2 grain boundaries on MoS2 cluster nucleation during layer-by-layer growth of bilayer MoS2,2025,715:164549
.Q. Lou, D. L. Zong, S. D. He, X. D. Zhang, L. N. Chen, Z. P. Wu and M. G. Xia*.Template-Free Gradient Selective Etching of Porous Carbon Nanospheres: Synergistic Dielectric Loss Optimization and Bifunctional Microwave Absorption-Corrosion Resistance Integration,2025
.Q. Lou, M. G. Xia*.Continuously Tunable Absorption Bands in Electromagnetic Absorber Implemented by a Dual Phase-transition Thermal Metamaterial,2025,188:112943
.S. D. He, Z. F. Cheng, S. J. Duan, X. D. Zhang, L. N. Chen, Q. Lou, Z. P. Wu, S. M. Zhang, S. L. Zhang, M. G. Xia*.Negative differential transconductance effects on anomalous n-type characteristics in p-type WSe2 semiconductor field effect transistors,2025,13:5746-5753
.D. Q. Xin, S. D. He, X. D. Zhang, R. S. Li, W. Y. Qiang, S. J. Duan, Q. Lou, Z. F. Cheng , M. G. Xia*.Nitrogen plasma-induced phase engineering and titanium carbide/carbon nanotubes dual conductive skeletons endow molybdenum disulfide with significantly improved lithium storage performance,2025,678:704

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