| 序号 | 文章作者 | 文章题目（链接） | 期刊名称 | 卷号，页码（年份） |
|---|---|---|---|---|
| 1 | Qianqian Xue and Jian Zhou | Magnetic precession induced spin accumulation in collinear antiferromagnets | Physical Review B | 113,214425(2026) |
| 2 | Xuehan Li,Yi Ren,Long Wang,Yanyan Lin,Zhongji Sun,Si Chen,En Ma,Chang Liu | Laser-fusion-alloyed hard surface cladding as a complementary step to additive manufacturing | International Journal of Refractory Metals and Hard Materials | 139,107826(2026) |
| 3 | Yuanyue Zhao,Yan Ma,Jungwan Lee,Chang Liu,En Ma | Is the strain hardening rate minimal for a GPa-yield-strength alloy with a yield ratio close to unity? | Journal of Materials Science & Technology | 276,31-35(2026) |
| 4 | En Ma | When glass relaxation is governed by chemical bonding heterogeneity | National Science Review | 13,9(2026) |
| 5 | Jiang-Jing Wang & Wei Zhang | Unravel the complexity | Nature Materials | 25,545-546(2026) |
| 6 | Xiaozhe Wang,Ruobing Wang,Suyang Sun,Ding Xu,Chao Nie,Zhou Zhou,Chenyu Wen,Junying Zhang,Ruixuan Chu,Xueyang Shen,Wen Zhou,Zhitang Song,Jiang-Jing Wang,En Ma & Wei Zhang | Amorphous phase-change memory alloy with no resistance drift | Nature Materials | 25,456–462(2026) |
| 7 | Hanyi Zhang,Wanting Ma,Wen Zhou,Xueqi Xing,Junying Zhang,Tiankuo Huang,Ding Xu,Xiaozhe Wang,Riccardo Mazzarello,En Ma,Jiang-Jing Wang,Wei Zhang | Multiscale simulations guided advances for all-optical phase-change waveguides | arXiv | 21,8(2026) |
| 8 | Xiaozhe Wang,Wei Zhang and En Ma | Software-hardware co-design accelerates materials simulations | Journal of Semiconductors | 47,070402(2026) |
| 9 | Yunxiao Zhang,Wenxuan Li,Ke Liu,Zhendong Sha,and Jun Ding | Two-Step Combined Ball Milling Strategy for FeCoCrNiCu High-Entropy Alloy Powders with Enhanced Compositional Homogeneity | Surfaces | 9,1,28(2026) |
| 10 | Wenya Huo,Yike Kuang,Zhen-Dong Sha,Jun Ding | A cost-effective Fe–Cu–Cr oxide/activated-carbon catalyst for peroxymonosulfate-driven degradation of p-nitrophenol | Physical Chemistry Chemical Physics | 28,18,11327-11340(2026) |
| 11 | Xiaoyan Peng,Liwei Han,Xuanhao Wu,Hong Ling Keok,Wanglin Zhang,Min Mao,Haiyun Zhu,Lingmei Liu,Hao Yang,Aijun Yang,Jifeng Chu,Yi Li,Song Xiao,Pio John S. Buenconsejo,Mingming Zhang,Dan Zhao & Hongye Yuan | Responsive Interlayer Spacing in Staggered Metal-Organic Framework Nanosheet Membranes | Nature Communications | 17,3179(2026) |
| 12 | Chao Nie,Xueyang Shen,Wei Zhang,Riccardo Mazzarello,Jiangjing Wang, | Wafer-scale growth of highly textured TiTe2/Ge2Sb2Te5 heterostructure thin films | Applied Physics Letters | 128,7(2026) |
| 13 | Hanyi Zhang,Xueqi Xing,Jiang-Jing Wang,Chao Nie,Yuxin Du,Junying Zhang,Xueyang Shen,Wen Zhou,Matthias Wuttig,Riccardo Mazzarello,Wei Zhang | Atomistic Understanding of 2D Monatomic Phase-Change Material for Non-Volatile Optical Applications | Advanced Science | 13,16,e13157(2026) |
| 14 | Shuaiyang Guo,Yuan Wang and Wei Zhang | Machine-learned potential for amorphous Indium-Tin-Oxide alloys | arXiv | 16,7(2026) |
| 15 | Yiwei Zhao,Qianqian Xue,Xingchi Mu,Hanli Cui,Jian Zhou | Recent Advances of Bulk Photovoltaic Effect in Exotic Quantum Materials: Progress and Challenges | Advanced Materials | 38,29,e17783(2026) |
| 16 | Huiyu Li, Hanyi Zhang*, Wanting Ma, Yuan Gao, Wen Zhou*, Wei Zhang | Multiscale simulations of Ge–Sb–Se–Te phase-change alloys for photonic memory applications | Journal of Materials Informatics | 6,3(2026) |
| 17 | Guanghui Yang,En Ma | Unconventional sub-grain structures formed in additively manufactured metals | Materials Today | 93,103186(2026) |
| 18 | Tiansha Shi,Xiaohui Ning | Cedarwood sawdust derived micro-mesoporous carbon as sulfur host with high-sulfur-content for room-temperature Nasingle bondS batteries | Journal of Energy Storage | 141,119105(2026) |
| 19 | Jun Ding | Order or disorder, that is the question in high-entropy alloys | Nature Reviews Materials | 11,82–83(2026) |
| 20 | Zhixing Wang,Xiangyue Chen,Dongqing Zhang,Ge Wu,Yan Ma,Xiaoqin Zeng,Ziyuan Rao,Chang Liu,and Even Ma | Active learning design of bcc solid solution alloys with gigapascal strength and elemental metal–level ductility | Proceedings of the National Academy of Sciences | 123(5),e2530922123(2026) |
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