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[1] Qu, Luping,罗勇,Li, Cong,Du, Zhengliang,Li, Xie,Cui, Jiaolin.Chemical Composition Modulation Realizing Remarkable Improvement of Thermoelectric Performance in CuInTe2-Based Alloy,2024,卷: 16期: 18页: 23596-23605
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[2] Wu, Jianlei,Guo, Jing,罗勇,Sun, Jianfeng,Xu, Liangwei,Zhang, Jianxing,Liu, Yunfeng.Constitutive model for shape memory polymer and its thermodynamic responses in finite element analysis,2024,卷: 32期: 5页: 3383-3391
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[3] Zhang, Weipeng,Shen, Jiajia,Xu, Jiangchuan,Zhang, Liuwang,罗勇.Preparation and biotribological properties of PSBMA polyelectrolyte brush on PEEK surface,2023,v 140,n 47,
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[4] Sun, Xiaolei,Song, Hanke,罗勇.Depth profiling analysis of the nitriding layer formed by gas nitriding of Ti13Nb13Zr alloy,2023,卷: 10期: 11
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[5] Yang, Hongli,Hou, Huilin,Yang, Man,Zhu, Zhongli,Fu, Hui,Zhang, Dongdong,罗勇,Yang, Weiyou.Engineering the S-scheme heterojunction between NiO microrods and MgAl-LDH nanoplates for efficient and selective photoreduction of CO2 to CH4,2023,卷: 474
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[6] Zhang, Weipeng,Huang, Tianbo,Yang, Pengfei,Xu, Zhentao,Xie, Xiaodong,罗勇.Study on the Grafting Polyelectrolyte on Cross-Linked Polyethylene Surface and Its Biotribological Behaviors,2023,v 9,n 2,
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[7] Yang, Chao,Qu, Luping,罗勇,Xia, Yafen,Li, Cong,Li, Xie,Cui, Jiaolin.Electronic Structure- and Entropy-Driven Design of Thermoelectric Chalcogenide Cu5Sn2Se7 Leading to the Optimization of Carrier Concentration and Reduction in Thermal Conductivity,2023,卷: 6期: 10页: 5388-5395
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[8] Qu, Luping,Yang, Chao,罗勇,Li, Cong,Du, Zhengliang,Cui, Jiaolin.Improved Thermoelectric Performance of Cu2SnSe4 by Proper Decoupling Between Electron and Phonon Through Replacement of Sn with In,2023,卷: 25期: 9
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[9] Yang, Hongli,Gao, Junlun,Yang, Man,Hou, Huilin,Gao, Fengmei,罗勇,Yang, Weiyou.One-Pot MOFs-Encapsulation Derived In-Doped ZnO@In2O3 Hybrid Photocatalyst for Enhanced Visible-Light-Driven Photocatalytic Hydrogen Evolution,2023,v 7,n 4,
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[10] Yu, Tongtong,沈瑞璘,Wu，Zishuai,Du，Changhe,Shen，Xiaojun,Jia，Ning,Deng，Haoyu,Zhao，Yongkang,Zhang，Liqiang,Feng，Yange,Zhang，Zhinan,罗勇,Zhou，Feng,Wang，Daoai.Monolayer NbSe2 Favors Ultralow Friction and Super Wear Resistance,2023,v 23,n 5,p1865-1871
