2025年论文
|日期：2026-01-31 |访问量：
| 序号 | 论文题目 | 论文作者 | 发表年月 | 收录类型 | 期刊名称 |
| 1 | Dowel-like morphology of Cu2Al3 enhances shear strength of interfacial layers in Cu-Al composites | Tian, SK(Tian, Shuke)[1,2];Zhao, F(Zhao, Fan)[1,2,3];Wu, GL(Wu, Guilin)[4];Liu, M(Liu, Ming)[5];Godfrey, A(Godfrey, Andrew)[6];Xie, JX(Xie, Jianxin)[1,2,3];Liu, XH(Liu, Xinhua)[1,2,3] | 2025-01 | SCIE | ACTA MATERIALIA |
| 2 | Lurid Bolete-Inspired Damage Reporting Coating with Simultaneous Weathering and Corrosion Resistance: Construction Strategy and Real-Time Degradation Monitoring | Wang, JK(Wang, Jinke)[1,2];Liu, SP(Liu, Shaopeng)[1,2];Zhou, YH(Zhou, Yinhan)[3];Yu, SY(Yu, Siyuan)[3];Chen, ZB(Chen, Zhibin)[1,2];Li, ZB(Li, Zongbao)[1,2];Chen, WT(Chen, Weiting)[1,2];Li, N(Li, Ning)[4];Ma, LW(Ma, Lingwei)[1,2,5];Zhang, DW(Zhang, Dawei)[1,2,5] | 2025-01 | SCIE | ADVANCED FUNCTIONAL MATERIALS |
| 3 | Regulating the electronic structure of Pt SAs-Ni2P for enhanced hydrogen evolution reaction | Wang, YS(Wang, Yushun)[1];Zhang, XZ(Zhang, Xinzheng)[2];Yang, YQ(Yang, Yuquan)[1];Wang, HC(Wang, Huichao)[1];Lau, WM(Lau, Woon-Ming)[1,4];Wang, CJ(Wang, Chenjing)[1];Fu, ZH(Fu, Zhongheng)[2];Pang, DW(Pang, Dawei)[3];Wang, Q(Wang, Qian)[2];Zheng, JL(Zheng, Jinlong)[1,4] | 2025-01 | SCIE | JOURNAL OF COLLOID AND INTERFACE SCIENCE |
| 4 | Iron group elements (Fe, Co, Ni) in Electrocatalytic applications: Evaluation, characterization and prospects | Wu, JW(Wu, Jiwen)[1,2];Liu, NY(Liu, Naiyan)[1];Li, FS(Li, Fengshi)[3];Jia, BB(Jia, Binbin)[4];Zheng, JL(Zheng, Jinlong)[1,2] | 2025-02 | SCIE | COORDINATION CHEMISTRY REVIEWS |
| 5 | The dispersoid evolution, recrystallization and mechanical properties of an Al-Mg-Sc alloy under various homogenization and annealing processes | Su, Y(Su, Yi)[1];Ding, LP(Ding, Lipeng)[2];Zhang, Y(Zhang, Yu)[1];Weng, YY(Weng, Yaoyao)[4];Wang, CL(Wang, Chenglin)[2];Jia, ZH(Jia, Zhihong)[2,3];Zhuang, LZ(Zhuang, Linzhong)[1] | 2025-02 | SCIE | JOURNAL OF MATERIALS SCIENCE |
| 6 | Toward long-life Zn anode using highly polar electrolyte additives | Cai, NB(Cai, Nengbin)[1,2];Chen, HM(Chen, Hongming)[1,2];Zhang, BS(Zhang, Busheng)[1,2];Liu, ZJ(Liu, Zijing)[3];He, XB(He, Xinbo)[1,2];Zhou, D(Zhou, Dan)[1,2] | 2025-02 | SCIE | JOURNAL OF ENERGY CHEMISTRY |
| 7 | Machine learning assisted composition design of high-entropy Pb-free relaxors with giant energy-storage | Wang, XC(Wang, Xingcheng)[1];Zhang, J(Zhang, Ji)[2];Ma, XS(Ma, Xingshuai)[1];Luo, HJ(Luo, Huajie)[1];Liu, LJ(Liu, Laijun)[3];Liu, H(Liu, Hui)[1];Chen, J(Chen, Jun)[1] | 2025-02 | SCIE | NATURE COMMUNICATIONS |
| 8 | Steel design based on a large language model | Tian, SH(Tian, Shaohan)[1];Jiang, X(Jiang, Xue)[1,2];Wang, WR(Wang, Weiren)[1];Jing, ZH(Jing, Zhihua)[1];Zhang, C(Zhang, Chi)[1];Zhang, C(Zhang, Cheng)[1];Lookman, T(Lookman, Turab)[3];Su, YJ(Su, Yanjing)[1] | 2025-02 | SCIE | ACTA MATERIALIA |
| 9 | Applications of natural language processing and large language models in materials discovery | Jiang, X(Jiang, Xue)[1,2];Wang, WR(Wang, Weiren)[1];Tian, SH(Tian, Shaohan)[1];Wang, H(Wang, Hao)[1];Lookman, T(Lookman, Turab)[3];Su, YJ(Su, Yanjing)[1,4] | 2025-03 | SCIE | NPJ COMPUTATIONAL MATERIALS |
| 10 | Accelerated rust stabilization for weathering steels via a high-throughput approach | Li, ZB(Li, Zongbao)[1,2];Ma, LW(Ma, Lingwei)[1,2,3];Ren, CH(Ren, Chenhao)[1,2];Wang, JK(Wang, Jinke)[1,2];Tian, R(Tian, Rui)[1,2];Chen, ZB(Chen, Zhibin)[1,2];Chen, WT(Chen, Weiting)[1,2];Li, XG(Li, Xiaogang)[1,2];Zhang, DW(Zhang, Dawei)[1,2,3] | 2025-03 | SCIE | CORROSION SCIENCE |
| 11 | Efficient Computation Offloading and Data Transmission Strategy for 3D Object Detection in Edge Computing Networks | Guo, Y(Guo, Yu)[1,2];Zhang, RH(Zhang, Ruiheng)[1];Song, TT(Song, Tingting)[2,3];Ban, XJ(Ban, Xiaojuan)[1,2,3,4] | 2025-03 | SCIE | INTERNATIONAL JOURNAL OF COMMUNICATION SYSTEMS |
| 12 | Giant Capacitive Energy-Storage in BaTiO3-Based Fine-Grained Relaxors via Local Polarization Enhancement | Chen, YG(Chen, Yige)[1];Zhu, ZT(Zhu, Zhentao)[1];Zhu, LF(Zhu, Lifeng)[2];Xu, JP(Xu, Juping)[3,4];Luo, HJ(Luo, Huajie)[1];Li, H(Li, Hao)[5];Yin, W(Yin, Wen)[3,4];Liu, LJ(Liu, Laijun)[6];Zhang, J(Zhang, Ji)[7];Liu, H(Liu, Hui)[1];Chen, J(Chen, Jun)[1] | 2025-03 | SCIE | ADVANCED MATERIALS |
| 13 | Machine learning assisted screening of non-metal doped MXenes catalysts for hydrogen evolution reaction | Yang, M(Yang, Mei)[1];Wang, CX(Wang, Changxin)[2];Song, MH(Song, Minhui)[3];Xie, L(Xie, Lu)[1];Qian, P(Qian, Ping)[3];Su, YJ(Su, Yanjing)[1] | 2025-03 | SCIE | INTERNATIONAL JOURNAL OF HYDROGEN ENERGY |
| 14 | Influence of Mn and Zn addition on the formation of dispersoids and mechanical properties of Al-Mg-Sc-Zr alloys | Zhang, Y(Zhang, Yu)[1];Ding, LP(Ding, Lipeng)[2];Ning, YR(Ning, Yaru)[2];Su, Y(Su, Yi)[1];Wang, CL(Wang, Chenglin)[2];Jia, ZH(Jia, Zhihong)[2];Zhuang, LZ(Zhuang, Linzhong)[1,3] | 2025-03 | SCIE | MATERIALS SCIENCE AND ENGINEERING A-STRUCTURAL MATERIALS PROPERTIES MICROSTRUCTURE AND PROCESSING |
| 15 | Elemental numerical descriptions to enhance classification and regression model performance for high-entropy alloys | Zhang, Y(Zhang, Yan)[1,2];Wen, C(Wen, Cheng)[1,3];Dang, PF(Dang, Pengfei)[4];Jiang, X(Jiang, Xue)[1];Xue, DZ(Xue, Dezhen)[4];Su, YJ(Su, Yanjing)[1,5] | 2025-03 | SCIE | NPJ COMPUTATIONAL MATERIALS |
| 16 | Hot deformation behaviors and hot processing maps of AlSi37Cu0.7Mg0.9Ni0.2 aluminum alloy prepared by rapid solidification and hot pressure | Mao, XD(Mao, Xiaodong)[1,2,3];Gu, NJ(Gu, Ningjie)[3];Huang, DN(Huang, Dongnan)[3];Cao, HL(Cao, Hailong)[3];Song, XY(Song, Xiaoyu)[3];Zhuang, LZ(Zhuang, Linzhong)[2] | 2025-03 | SCIE | JOURNAL OF MATERIALS RESEARCH AND TECHNOLOGY-JMR&T |
| 17 | Rational doping regulation of Cu(OH)2 and Cu3P obtained by three-step continuous transformation for overall water splitting | Zhang, XZ(Zhang, Xinzheng)[1,2];Wu, JW(Wu, Jiwen)[1];Jin, SY(Jin, Suyu)[1];Gu, ZW(Gu, Zewei)[1];Zhang, TC(Zhang, Tianchen)[1];Pei, JM(Pei, Jiamin)[1];Fu, ZH(Fu, Zhongheng)[1,2];Legut, D(Legut, Dominik)[3,4];Zheng, JL(Zheng, Jinlong)[1];Zhang, DW(Zhang, Dawei)[1,2] | 2025-04 | SCIE | APPLIED SURFACE SCIENCE |
| 18 | Atom-scale insight into the adsorption behavior of imidazole corrosion inhibitors at defective copper/water interfaces | Guo, X(Guo, Xin)[1];Shi, BX(Shi, Bingxiao)[1];Fu, ZH(Fu, Zhongheng)[1,2];Yang, GW(Yang, Guowei)[1];Li, YR(Li, Yiran)[1];Wang, LT(Wang, Luntao)[1];Lu, L(Lu, Lin)[1];Ma, LW(Ma, Lingwei)[1,2];Zhang, DW(Zhang, Dawei)[1,2] | 2025-04 | SCIE | CORROSION SCIENCE |
| 19 | Research progress of transition metal catalysts for electrocatalytic EG oxidation | Wu, HJ(Wu, Hongjing)[1];Zheng, XY(Zheng, Xiaoyue)[1];Liu, JJ(Liu, Jiajia)[1];Yuan, YR(Yuan, Yanru)[1];Yang, YQ(Yang, Yuquan)[1];Wang, CJ(Wang, Chenjing)[1];Zhou, L(Zhou, Li)[1];Wang, LL(Wang, Lulu)[1];Jia, BB(Jia, Binbin)[2];Fan, XY(Fan, Xiaoyu)[3];Zheng, JL(Zheng, Jinlong)[1,4] | 2025-05 | SCIE | NANOSCALE |
| 20 | Towards understanding and prediction of corrosion degradation of organic coatings under tropical marine atmospheric environment via a data-driven approach | Liu, SP(Liu, Shaopeng)[1,2];Ma, LW(Ma, Lingwei)[1,2,3];Wang, JK(Wang, Jinke)[1,2];Li, YR(Li, Yiran)[1,2];Gong, HY(Gong, Haiyan)[1,2];Ren, HT(Ren, Haitao)[4];Li, XG(Li, Xiaogang)[1,2];Zhang, DW(Zhang, Dawei)[1,2,3] | 2025-05 | SCIE | INTERNATIONAL JOURNAL OF MINERALS METALLURGY AND MATERIALS |
| 21 | Applications, performance enhancement strategies and prospects of NixPy in electrocatalysis | Wang, CJ(Wang, Chenjing)[1];Yang, YQ(Yang, Yuquan)[1];Yuan, YR(Yuan, Yanru)[1];Lv, Q(Lv, Qian)[2];Zhou, L(Zhou, Li)[1];Wang, LL(Wang, Lulu)[1];Zheng, XY(Zheng, Xiaoyue)[1];Liu, JJ(Liu, Jiajia)[1];Wu, HJ(Wu, Hongjing)[1];Pang, DW(Pang, Dawei)[2];Zheng, JL(Zheng, Jinlong)[1,3] | 2025-05 | SCIE | MATERIALS HORIZONS |
| 22 | The coarsening of nanophases in Al-Zn-Mg-Cu alloy induced by cyclic stress | Jiang, L(Jiang, Lei)[1];Zhang, XB(Zhang, Xinbiao)[3];Zhoutai, W(Zhoutai, Wentao)[3];Han, ZL(Han, Zhilin)[3];Zhang, ZH(Zhang, Zhihao)[2,3,5];Xie, JX(Xie, Jianxin)[1,2,3,4] | 2025-05 | SCIE | JOURNAL OF MATERIALS RESEARCH AND TECHNOLOGY-JMR&T |
| 23 | Dendrite-Free Zn Anode Enabled by Dual-Function Itaconic Acid Electrolyte Additive Via Controllable Acidic Environment and In Situ Interfacial Protective Layer for Durable Aqueous Zinc Ion Batteries | Sun, H(Sun, Hao)[1,2];Cai, NB(Cai, Nengbin)[1,2];Bai, XY(Bai, Xinyu)[1,2];Chen, HM(Chen, Hongming)[1,2];He, XB(He, Xinbo)[1,2];Zhou, D(Zhou, Dan)[1,2];Fan, LZ(Fan, Li-Zhen)[1] | 2025-06 | SCIE | ADVANCED FUNCTIONAL MATERIALS |
| 24 | Recent progress in the design and application of machine learning for the hydrogen evolution reaction in electrocatalysis and photocatalysis | Zhang, KF(Zhang, Kaifeng)[1,2];Wang, XD(Wang, Xudong)[2];Su, YJ(Su, Yanjing)[1,2] | 2025-06 | SCIE | MATERIALS TODAY COMMUNICATIONS |
| 25 | Vacancy and Dopant Co-Constructed Active Microregion in Ru-MoO3-x/Mo2AlB2 for Enhanced Acidic Hydrogen Evolution | Yang, YQ(Yang, Yuquan)[1];Pang, DW(Pang, Dawei)[3];Wang, CJ(Wang, Chenjing)[1];Fu, ZH(Fu, Zhongheng)[1];Liu, NY(Liu, Naiyan)[1];Liu, JJ(Liu, Jiajia)[1];Wu, HJ(Wu, Hongjing)[1];Jia, BB(Jia, Binbin)[2];Guo, ZL(Guo, Zhonglu)[4];Fan, XY(Fan, Xiaoyu)[5];Zheng, JL(Zheng, Jinlong)[1,6] | 2025-06 | SCIE | ANGEWANDTE CHEMIE-INTERNATIONAL EDITION |
| 26 | Effect of Al3(Sc, Zr) dispersoids on the mechanical and corrosion behavior of Al-Mg-Sc-Zr alloys | Zhang, Y(Zhang, Yu)[1];Ding, LP(Ding, Lipeng)[2];Zou, Q(Zou, Qi)[3];Su, Y(Su, Yi)[1];Jia, ZH(Jia, Zhihong)[2,3,4];Zhen, FC(Zhen, Fangcheng)[4];Zhuang, LZ(Zhuang, Linzhong)[1,5];Atrens, A(Atrens, Andrej)[6] | 2025-06 | SCIE | JOURNAL OF ALLOYS AND COMPOUNDS |
| 27 | Investigation of secondary phases evolution and mechanical properties of ultra-high strength aluminum alloy driven by Cu element | Jiang, L(Jiang, Lei)[1];Han, ZL(Han, Zhilin)[3];Zhang, XB(Zhang, Xinbiao)[3];Zhoutai, W(Zhoutai, Wentao)[3];Zhao, ZY(Zhao, Ziyao)[3];Zhang, ZH(Zhang, Zhihao)[2,3,5];Xie, JX(Xie, Jianxin)[1,2,3,4] | 2025-06 | SCIE | MATERIALS SCIENCE AND ENGINEERING A-STRUCTURAL MATERIALS PROPERTIES MICROSTRUCTURE AND PROCESSING |
| 28 | Prediction of coating degradation based on Environmental Factors-Physical Property-Corrosion Failure two-stage machine learning | Chen, WT(Chen, Weiting)[1,2];Ma, LW(Ma, Lingwei)[1,2,3];Li, YR(Li, Yiran)[1,2];Wu, DQ(Wu, Dequan)[4];Zhou, K(Zhou, Kun)[4];Wang, JK(Wang, Jinke)[1,2];Chen, ZB(Chen, Zhibin)[1,2];Guo, X(Guo, Xin)[1,2];Li, ZB(Li, Zongbao)[1,2];Chowwanonthapunya, T(Chowwanonthapunya, Thee)[5];Li, XG(Li, Xiaogang)[1,2];Zhang, DW(Zhang, Dawei)[1,2,3] | 2025-06 | SCIE | NPJ MATERIALS DEGRADATION |
| 29 | Improving mechanical and electrical properties of Cu-Ni-Si alloy via machine learning assisted optimization of two-stage aging processing | Liang, JY(Liang, Jinyu)[1,2];Zhao, F(Zhao, Fan)[1,3];Xie, GL(Xie, Guoliang)[4];Wang, R(Wang, Rui)[1,2];Liu, X(Liu, Xiao)[1,2];Xue, WL(Xue, Wenli)[1,2];Liu, XH(Liu, Xinhua)[1,5,6] | 2025-06 | SCIE | JOURNAL OF MATERIALS SCIENCE & TECHNOLOGY |
| 30 | High-Throughput Design of 2D Coating Materials for the Corrosion Protection of Copper | Fu, ZH(Fu, Zhongheng)[1,2,3];Gu, ZW(Gu, Zewei)[1,2,3];Legut, D(Legut, Dominik)[4,5];Chen, X(Chen, Xiang)[6];Zhang, DW(Zhang, Dawei)[1,2,3];Zhang, RF(Zhang, Ruifeng)[7] | 2025-06 | SCIE | ADVANCED FUNCTIONAL MATERIALS |
| 31 | Advancements in iron-based single atom catalysts and their applications in electrocatalysis | Yuan, YR(Yuan, Yanru)[1];Wang, CJ(Wang, Chenjing)[1];Yang, YQ(Yang, Yuquan)[1];Huang, MF(Huang, Meifang)[1];Wu, HJ(Wu, Hongjing)[1];Jia, BB(Jia, Binbin)[2];Fan, XY(Fan, Xiaoyu)[3];Zheng, JL(Zheng, Jinlong)[1,4] | 2025-07 | SCIE | JOURNAL OF POWER SOURCES |
| 32 | Data-driven electrochemical behavior prediction for refractory high-entropy alloys by global and focused learning | Zhao, XP(Zhao, Xinpeng)[1];Huang, HY(Huang, Haiyou)[1,2];Su, YJ(Su, Yanjing)[1,2];Qiao, LJ(Qiao, Lijie)[1,2];Yan, Y(Yan, Yu)[1,2] | 2025-07 | SCIE | MATERIALS & DESIGN |
| 33 | Study on the influence of microstructural defects of API 5L-B, X52, and X52QS pipeline steels on fracture toughness degradation under in-situ hydrogen environment | Zhao, Q(Zhao, Qian)[1];Xing, YY(Xing, Yunying)[2];Huang, XH(Huang, Xiaohu)[1];Liu, QX(Liu, Qiuxin)[1];Wang, Z(Wang, Zhu)[1];Du, YX(Du, Yanxia)[1];Zhang, L(Zhang, Lei)[1] | 2025-07 | SCIE | JOURNAL OF MATERIALS RESEARCH AND TECHNOLOGY-JMR&T |
| 34 | Discovery of ultra-high strength aluminum alloys with high damage tolerance via interpretable chain-based machine learning | Jiang, L(Jiang, Lei)[1];Zhang, XB(Zhang, Xinbiao)[3];Zhoutai, W(Zhoutai, Wentao)[3];Han, ZL(Han, Zhilin)[3];Mao, MH(Mao, Minghong)[3];Xue, WL(Xue, Wenli)[3];Xie, JX(Xie, Jianxin)[1,2,3,4] | 2025-08 | SCIE | MATERIALS & DESIGN |
| 35 | Designing Pb-Free High-Entropy Relaxor Ferroelectrics with Machine Learning Assistance for High Energy Storage | Zhu, BH(Zhu, Banghua)[1];Wang, XC(Wang, Xingcheng)[1];Zhang, J(Zhang, Ji)[2];Luo, HJ(Luo, Huajie)[1];Liu, LJ(Liu, Laijun)[3];Neuefeind, JC(Neuefeind, Joerg C.)[4];Liu, H(Liu, Hui)[1];Chen, J(Chen, Jun)[1] | 2025-08 | SCIE | JOURNAL OF THE AMERICAN CHEMICAL SOCIETY |
| 36 | Fluctuating local polarization: a generic fingerprint for enhanced piezoelectricity in Pb-based and Pb-free perovskite ferroelectrics | Yao, YH(Yao, Yonghao)[1];Liu, H(Liu, Hui)[1];Hu, YH(Hu, Yihao)[2];Datta, K(Datta, Kaustuv)[3];Wu, JG(Wu, Jiagang)[4];Zhang, YP(Zhang, Yuanpeng)[5];Tucker, MG(Tucker, Matthew G.)[5];Liu, S(Liu, Shi)[2];Neuefeind, JC(Neuefeind, Joerg C.)[5];Zhang, SJ(Zhang, Shujun)[6];Chen, J(Chen, Jun)[1] | 2025-08 | SCIE | NATURE COMMUNICATIONS |
| 37 | Molecular understanding of the effects of electrode potential and electric double layer on the adsorption process of two azole-based corrosion inhibitors | Guo, X(Guo, Xin)[1,2];Ma, LW(Ma, Lingwei)[1,2,3];Fu, ZH(Fu, Zhongheng)[1,2,3];Wang, JK(Wang, Jinke)[1,2];Li, ZB(Li, Zongbao)[1,2];Shi, BX(Shi, Bingxiao)[1];Li, YR(Li, Yiran)[1,2];Yang, GW(Yang, Guowei)[1,2];Lu, L(Lu, Lin)[1,2];Zhang, DW(Zhang, Dawei)[1,2,3] | 2025-08 | SCIE | CORROSION SCIENCE |
| 38 | Decoding solute-vacancy binding in transition metals via first-principles and machine learning | Tian, QK(Tian, Qingkun)[1];Hou, LG(Hou, Longgang)[1];Wang, JM(Wang, Junmei)[2];Ehlers, FJH(Ehlers, Flemming J. H.)[3];Su, H(Su, Hui)[1];Wang, YW(Wang, Yawen)[1];Zhao, YH(Zhao, Yuhong)[1,4];Zhuang, LZ(Zhuang, Linzhong)[1] | 2025-08 | SCIE | MATERIALS RESEARCH LETTERS |
| 39 | Design of superalloys with multiple properties via multi-task learning | Wang, WR(Wang, Weiren)[1];Jiang, X(Jiang, Xue)[1,2];Li, WY(Li, Wenyao)[1];Zhang, C(Zhang, Chi)[1];Liu, P(Liu, Pei)[3];Tian, SH(Tian, Shaohan)[1];Lookman, T(Lookman, Turab)[4];Su, YJ(Su, Yanjing)[1,5] | 2025-08 | SCIE | ACTA MATERIALIA |
| 40 | Microstructure and corrosion performance of laser powder bed fusion produced duplex stainless steel using Ni over-alloyed mixed powder | Zhou, YQ(Zhou, Yiqi)[1,2,3,4];Wang, WQ(Wang, Wenqian)[1];Li, LL(Li, Lili)[5];Wang, SY(Wang, Shuoyang)[1];Huang, ZY(Huang, Zhiyuan)[1];Zhang, ZQ(Zhang, Zequn)[1];Kong, DC(Kong, Decheng)[6];Shang, F(Shang, Feng)[7];Zhang, BW(Zhang, Bowei)[1];Li, XG(Li, Xiaogang)[1];Yan, Y(Yan, Yu)[1];Engelberg, D(Engelberg, Dirk)[8];Dong, CF(Dong, Chaofang)[1] | 2025-08 | SCIE | CORROSION SCIENCE |
| 41 | DFT Calculations and Experimental Studies of the Cu Doping Mechanism in Hot-Extruded Bi-Te-Se Bulk Thermoelectric Materials | Mao, XY(Mao, Xianyu)[1,2];Xiao, XY(Xiao, Xingyu)[1,2];Mao, AJ(Mao, Aojie)[1,2];Wang, ZL(Wang, Zhilei)[2,4];Funada, T(Funada, Toshiyuki)[3];Yi, LF(Yi, Li-Fu)[3];Chen, ZC(Chen, Zhong-Chun)[3] | 2025-09 | SCIE | ACS APPLIED ENERGY MATERIALS |
| 42 | Effect of hydrogen on passive film and corrosion behavior of 2507 super duplex stainless steel in H2S environment | Yang, C(Yang, Chuang)[1];Wang, Z(Wang, Zhu)[1];Liu, ZX(Liu, Zi-Xuan)[1];Wang, J(Wang, Jing)[1];Zhang, L(Zhang, Lei)[1] | 2025-09 | SCIE | INTERNATIONAL JOURNAL OF HYDROGEN ENERGY |
| 43 | Digital model for rapid prediction and autonomous control of die forging force for aluminum alloy aviation components | Hu, H(Hu, Hao)[1,2];Zhao, F(Zhao, Fan)[1,2,3];Wu, DX(Wu, Daoxiang)[4];Wang, ZG(Wang, Zhengan)[4];Wang, ZL(Wang, Zhilei)[1,2,3];Zhang, ZH(Zhang, Zhihao)[1,2];Li, WD(Li, Weidong)[1,2];Xie, JX(Xie, Jianxin)[1,2,3] | 2025-09 | SCIE | INTERNATIONAL JOURNAL OF MINERALS METALLURGY AND MATERIALS |
| 44 | Hybrid Intelligent Model for Predicting Corrosion Rate of Carbon Steel in CO2 Environments | Qu, ZH(Qu, Zhihao)[1];Zou, XX(Zou, Xiaoxiao)[1];Xiong, GQ(Xiong, Guoqing)[1];Yue, XQ(Yue, Xiaoqi)[1];Zhang, L(Zhang, Lei)[1,2] | 2025-09 | SCIE | MATERIALS AND CORROSION-WERKSTOFFE UND KORROSION |
| 45 | Study on hydrogen embrittlement behaviour of X52 welded joints in hydrogen transport environments | Zhao, Q(Zhao, Qian)[1];Xing, YY(Xing, Yunying)[2];Feng, M(Feng, Min)[3];Chen, YF(Chen, Yingfeng)[3];Wang, XY(Wang, Xiuyun)[3];Yang, ZW(Yang, Zhiwen)[3];Wang, Z(Wang, Zhu)[1];Du, YX(Du, Yanxia)[1];Zhang, L(Zhang, Lei)[1] | 2025-09 | SCIE | ENGINEERING FAILURE ANALYSIS |
| 46 | Knowledge graph information bottleneck enhanced molecular representation learning | Dai, JX(Dai, Jiaxin)[1];Fu, DM(Fu, Dongmei)[1];Qiu, ZW(Qiu, Zhongwei)[2,3];Ma, LW(Ma, Lingwei)[4];Zhang, DW(Zhang, Dawei)[4] | 2025-09 | SCIE | NEURAL NETWORKS |
| 47 | Rational design of MXene@VS4 heterostructures via interfacial coupling for advanced magnesium-ion batteries | Zhang, XY(Zhang, Xinyu)[1];Li, WX(Li, Wenxin)[2];Sun, MH(Sun, Meihan)[1];Wu, M(Wu, Meng)[1];Liu, FF(Liu, Fanfan)[3];Zhou, D(Zhou, Dan)[1] | 2025-10 | SCIE | JOURNAL OF ENERGY CHEMISTRY |
| 48 | Utilizing a machine-learned potential to explore enhanced radiation tolerance in the MoNbTaVW high-entropy alloy | Liu, JH(Liu, Jiahui)[1];Byggmästar, J(Byggmastar, Jesper)[2];Fan, ZY(Fan, Zheyong)[3];Bai, B(Bai, Bing)[4];Qian, P(Qian, Ping)[1];Su, YJ(Su, Yanjing)[1] | 2025-10 | SCIE | JOURNAL OF NUCLEAR MATERIALS |
| 49 | Realizing dendrite-free Zn anode using an efficient sulfone-based electrolyte additive for high-performance aqueous zinc-ion batteries | Cui, HD(Cui, Hongda)[1];Li, WX(Li, Wenxin)[2];Chen, HM(Chen, Hongming)[1];Liu, ZJ(Liu, Zijin)[3];Zhou, D(Zhou, Dan)[1] | 2025-10 | SCIE | JOURNAL OF ENERGY CHEMISTRY |
| 50 | Effect of iron content on microstructures and mechanical properties of new ultra-high strength Al-Zn-Mg-Cu alloys | Xu, XY(Xu, Xin-yuan)[1];Jiang, L(Jiang, Lei)[1];Zhang, XB(Zhang, Xin-biao)[1];Mao, MH(Mao, Ming-hong)[1];Xie, JX(Xie, Jian-xin)[1,2,3] | 2025-10 | SCIE | TRANSACTIONS OF NONFERROUS METALS SOCIETY OF CHINA |
| 51 | Electron Islands-Induced Interface Engineering in FeP@NiCoP/Mo4P3 for Efficient Hydrogen Evolution Catalysis | Yang, YQ(Yang, Yuquan)[1];Hao, J(Hao, Ju)[1];Lyu, CJ(Lyu, Chaojie)[1];Zheng, JL(Zheng, Jinlong)[1,2];Yuan, YR(Yuan, Yanru)[1];Wang, CJ(Wang, Chenjing)[1];Li, K(Li, Kai)[3];Yang, HY(Yang, Hui Ying)[4];Pang, XL(Pang, Xiaolu)[5] | 2025-11 | SCIE | ADVANCED FUNCTIONAL MATERIALS |
| 52 | Digital modeling and uniformity control of entire physical fields during die forging forming process of complex components | Hu, H(Hu, Hao)[1,2,3];Zhao, F(Zhao, Fan)[1,2,3,4];Zhang, ZH(Zhang, Zhihao)[1,2];Wang, ZL(Wang, Zhilei)[1,2,3,4];Wu, DX(Wu, Daoxiang)[5];Wang, ZG(Wang, Zhengan)[5];Xie, JX(Xie, Jianxin)[1,2,3,4] | 2025-11 | SCIE | JOURNAL OF MANUFACTURING PROCESSES |
| 53 | Understanding and optimization of large language models for corrosion inhibition efficiency prediction | Jin, SY(Jin, Suyu)[1,2,3];Fu, ZH(Fu, Zhongheng)[1,2,3];Song, GX(Song, Guangxuan)[4];Pei, JM(Pei, Jiamin)[1,2,3];Gong, HY(Gong, Haiyan)[1,2];Ma, LW(Ma, Lingwei)[1,2,3];Zhang, DW(Zhang, Dawei)[1,2,3] | 2025-11 | SCIE | CORROSION SCIENCE |
| 54 | Noble Metal/Iron-Group Metal Compound Composite Catalysts: Characterization, Synthesis, and Electrocatalytic Application | Zhou, L(Zhou, Li)[1];Zheng, XY(Zheng, Xiaoyue)[1];Wang, LL(Wang, Lulu)[1];Yuan, YR(Yuan, Yanru)[1];Wu, JW(Wu, Jiwen)[1];Wang, CJ(Wang, Chenjing)[1];Yang, YQ(Yang, Yuquan)[1];Huang, MF(Huang, Meifang)[1];Jia, BB(Jia, Binbin)[2];Zheng, JL(Zheng, Jinlong)[1,3] | 2025-11 | SCIE | SMALL |
| 55 | Atomic-scale tracking of sodium metal-electrolyte reactions via adaptive machine learning force fields | Zhang, TC(Zhang, Tianchen)[1,3];Pei, JM(Pei, Jiamin)[1];Fu, ZH(Fu, Zhongheng)[1];Niu, YL(Niu, Yi-Lin)[3];Gao, YC(Gao, Yu-Chen)[3];Chen, YP(Chen, Yao-Peng)[3];Zhang, T(Zhang, Tian)[1];Gu, ZW(Gu, Zewei)[1];Yao, N(Yao, Nan)[3];Jin, SY(Jin, Suyu)[1];Li, L(Li, Liang)[1];Fan, WX(Fan, Wenxuan)[1];Chen, X(Chen, Xiang)[3,4,5];Zhang, DW(Zhang, Dawei)[1,2];Zhang, Q(Zhang, Qiang)[3,4,5] | 2025-12 | SCIE | SCIENCE CHINA-CHEMISTRY |
| 56 | Unveiling the reasons for corrosion resistance difference between two phases of the Fe40Cr40Ni20 duplex MEA in the transpassive region | Jian, SQ(Jian, Shu-Qian)[1];Wang, Z(Wang, Zhu)[1];Yang, ZL(Yang, Zhi-Le)[1];Ma, JX(Ma, Jia-Xu)[1];Yang, C(Yang, Chuang)[1];Wang, J(Wang, Jing)[1];Zhang, L(Zhang, Lei)[1] | 2025-12 | SCIE | CORROSION SCIENCE |
| 57 | Industrial lignin derived conductive carbon foam for sustainable optoelectronic and electrothermal integrated all-weather interfacial water evaporation | Zhang, BS(Zhang, Busheng)[1,2,3];Kuang, YM(Kuang, Yumeng)[1,2,3];Chen, HM(Chen, Hongming)[1,2,3];Lau, WM(Lau, Woon-Ming)[3,4];He, XB(He, Xinbo)[1,2,3];Zhou, D(Zhou, Dan)[1,2,3] | 2025-12 | SCIE | APPLIED THERMAL ENGINEERING |