Nankai University dans la liste Stanford/Elsevier 2026
La liste Stanford/Elsevier réunit les 2 % de scientifiques les plus cités de chaque sous-domaine. Voici les personnes de cet établissement présentes dans au moins un de ses deux classements : celui de toute la carrière et celui de la dernière année (citations de 2025).
217
chercheurs dans la liste
34
rang national (Chine)
281
rang mondial, sur 38 384
Rangs selon le nombre de personnes dans la liste ; nous les calculons avec les mêmes données.
Partagez-la avec votre département
La liste complète, avec le rang, le sous-domaine, le c-score, l'indice h et les citations de chacun, dans un fichier pour Excel.
Cliquez sur un nom pour voir sa fiche. Les colonnes donnent le rang dans le sous-domaine pour chaque liste.
| Nom | Sous-domaine | Carrière | Une année |
|---|---|---|---|
| Liu, Yu | Organic Chemistry | 725 / 188 664 | 309 / 188 664 |
| Li, Chongyi | Artificial Intelligence & Image Processing | 2 933 / 517 648 | 180 / 517 648 |
| Zhao, Qing | Networking & Telecommunications | 120 / 228 312 | 35 / 228 312 |
| Chen, Jun | Nanoscience & Nanotechnology | 104 / 177 859 | 140 / 177 859 |
| Cheng, Ming Ming | Artificial Intelligence & Image Processing | 1 375 / 517 648 | 223 / 517 648 |
| Nakamura, Eiichi | General Chemistry | 41 / 57 505 | 88 / 57 505 |
| Fan, Deng Ping | Artificial Intelligence & Image Processing | 3 589 / 517 648 | 288 / 517 648 |
| Zhou, Qixing | Environmental Sciences | 77 / 140 934 | 128 / 140 934 |
| Hou, Qibin | Artificial Intelligence & Image Processing | 4 798 / 517 648 | 409 / 517 648 |
| Zhou, Qilin | Organic Chemistry | 283 / 188 664 | 114 / 188 664 |
| Cheng, Fangyi | Nanoscience & Nanotechnology | 610 / 177 859 | 350 / 177 859 |
| Li, Xiang | Environmental Sciences | 2 860 / 140 934 | 629 / 31 951 |
| Tang, Jingchun Chun | Environmental Sciences | 1 150 / 140 934 | 333 / 140 934 |
| Sun, Hongwen | Environmental Sciences | 774 / 140 934 | 336 / 140 934 |
| Zhou, Minghua | Chemical Engineering | 367 / 97 821 | 104 / 97 821 |
| Bu, Xianhe | Inorganic & Nuclear Chemistry | 245 / 86 991 | 47 / 86 991 |
| Zhan, Zhihui | Artificial Intelligence & Image Processing | 2 868 / 517 648 | 903 / 517 648 |
| Cheng, Peng | Inorganic & Nuclear Chemistry | 366 / 86 991 | 50 / 86 991 |
| Yuan, Zhong−Yong | Physical Chemistry | 175 / 44 088 | 64 / 44 088 |
| Ren, Jintao | Nanoscience & Nanotechnology | 3 501 / 177 859 | 732 / 177 859 |
| Niu, Zhiqiang | Nanoscience & Nanotechnology | 1 382 / 177 859 | 750 / 177 859 |
| Lu, Yong | Nanoscience & Nanotechnology | 3 444 / 177 859 | 803 / 177 859 |
| Dehmer, Matthias M. | Artificial Intelligence & Image Processing | 1 050 / 517 648 | 1 186 / 517 648 |
| Ding, Dan | Nanoscience & Nanotechnology | 1 150 / 177 859 | 822 / 177 859 |
| Zhu, Lingyan | Environmental Sciences | 638 / 140 934 | 544 / 140 934 |
| Guo, Chunle | Artificial Intelligence & Image Processing | 11 769 / 517 648 | 1 303 / 517 648 |
| Wang, Lei | Environmental Sciences | 1 951 / 140 934 | 596 / 140 934 |
| Luo, Jingshan | Nanoscience & Nanotechnology | 1 662 / 177 859 | 975 / 177 859 |
| Zhang, Kai | Nanoscience & Nanotechnology | 2 407 / 177 859 | 1 018 / 177 859 |
| Jiao, Lifang | Nanoscience & Nanotechnology | 1 506 / 177 859 | 1 058 / 177 859 |
| Zhang, Zhenjie | Organic Chemistry | 3 286 / 188 664 | 364 / 188 664 |
| Chin, See Leang | Optoelectronics & Photonics | 81 / 140 272 | 218 / 140 272 |
| Fang, Yongchung Chun | Industrial Engineering & Automation | 1 232 / 131 085 | 380 / 131 085 |
| Chen, Yongsheng | Nanoscience & Nanotechnology | 557 / 177 859 | 3 503 / 177 859 |
| Guo, Xuefeng | Nanoscience & Nanotechnology | 606 / 177 859 | 1 369 / 177 859 |
| Zhu, Shoufei | Organic Chemistry | 1 445 / 188 664 | 426 / 188 664 |
| Li, Fujun | Nanoscience & Nanotechnology | 2 549 / 177 859 | 1 447 / 177 859 |
| Du, Yaping | Nanoscience & Nanotechnology | 1 984 / 177 859 | 1 483 / 177 859 |
| Yan, Zhenhua | Nanoscience & Nanotechnology | — | 1 488 / 177 859 |
| Yin, Xuebo | Analytical Chemistry | 402 / 137 328 | 202 / 137 328 |
| Sun, Ning | Industrial Engineering & Automation | 1 548 / 131 085 | 457 / 131 085 |
| Hu, Xiangang | Environmental Sciences | 1 686 / 140 934 | 921 / 140 934 |
| Li, Landong | Physical Chemistry | 573 / 44 088 | 133 / 44 088 |
| Chen, Yao | Organic Chemistry | — | 494 / 188 664 |
| Long, Guankui | Nanoscience & Nanotechnology | — | 1 634 / 177 859 |
| Wei, Chuangliang | Nanoscience & Nanotechnology | — | 1 710 / 177 859 |
| Liang, Jiajie | Nanoscience & Nanotechnology | 2 243 / 177 859 | 1 730 / 177 859 |
| Guo, Dongsheng | Organic Chemistry | 2 440 / 188 664 | 569 / 188 664 |
| Huang, Yi | Nanoscience & Nanotechnology | 2 325 / 177 859 | 1 935 / 177 859 |
| Xu, Wentao | Nanoscience & Nanotechnology | — | 2 040 / 177 859 |
| Liu, Jincheng | Physical Chemistry | — | 188 / 44 088 |
| Jin, Ting | Nanoscience & Nanotechnology | — | 2 188 / 177 859 |
| Li, Lin | Nanoscience & Nanotechnology | — | 2 365 / 177 859 |
| Wang, Guichang | Chemical Physics | — | 825 / 121 889 |
| Liu, Zunfeng | Nanoscience & Nanotechnology | 3 414 / 177 859 | 2 505 / 177 859 |
| Chen, Lei | Nanoscience & Nanotechnology | — | 2 547 / 177 859 |
| Dai, Yimian | Geological & Geomatics Engineering | — | 778 / 82 760 |
| Zhao, Bin | Inorganic & Nuclear Chemistry | 740 / 86 991 | 220 / 86 991 |
| Chen, Quan | Biochemistry & Molecular Biology | — | 1 004 / 216 826 |
| Liu, Yun | Artificial Intelligence & Image Processing | — | 3 265 / 517 648 |
| Chen, Wei | Environmental Sciences | 2 163 / 140 934 | 1 606 / 140 934 |
| Tao, Zhanliang | Nanoscience & Nanotechnology | 2 986 / 177 859 | 2 725 / 177 859 |
| Liu, Lin | Developmental Biology | 2 123 / 167 121 | 1 888 / 167 121 |
| Wang, Ding | Networking & Telecommunications | 2 989 / 228 312 | 837 / 228 312 |
| Gao, Xueping Pingm | Energy | 1 230 / 371 959 | 2 231 / 371 959 |
| Liu, Yongsheng | Nanoscience & Nanotechnology | 3 235 / 177 859 | 2 842 / 177 859 |
| Jiao, Zhi Lun | Energy | 7 429 / 371 959 | 2 317 / 371 959 |
| Yuan, Mingjian | Nanoscience & Nanotechnology | 3 088 / 177 859 | 2 955 / 177 859 |
| Liu, Sheng | Nanoscience & Nanotechnology | — | 2 959 / 177 859 |
| Wang, Xiaoye | Organic Chemistry | — | 958 / 188 664 |
| Wan, Xiangjian | Nanoscience & Nanotechnology | 3 298 / 177 859 | 3 054 / 177 859 |
| Liu, Xingzhong | Mycology & Parasitology | 437 / 29 175 | 120 / 29 175 |
| Jiang, Yuanzhi | Nanoscience & Nanotechnology | — | 3 106 / 177 859 |
| Jiang, Chuanjia | Environmental Sciences | 2 851 / 140 934 | 1 810 / 140 934 |
| Chen, Zhigang | Optics | 562 / 83 504 | 335 / 83 504 |
| He, Liangnian | Organic Chemistry | 1 583 / 188 664 | 1 226 / 188 664 |
| Wang, Weichao | Nanoscience & Nanotechnology | — | 3 267 / 177 859 |
| Qi, Xinhua | Organic Chemistry | 3 773 / 188 664 | 1 035 / 188 664 |
| Chen, Shuqi | Optics | 1 355 / 83 504 | 353 / 83 504 |
| Zhang, Peng | Environmental Sciences | — | 1 957 / 140 934 |
| Li, Guoran | Nanoscience & Nanotechnology | 2 424 / 177 859 | 3 418 / 177 859 |
| Li, Xueliang | Computation Theory & Mathematics | 224 / 20 721 | 253 / 20 721 |
| Song, Licheng | Organic Chemistry | 1 684 / 188 664 | — |
| Zhang, Huiqi | Polymers | 841 / 133 253 | 1 130 / 133 253 |
| Pang, Jiandong | Organic Chemistry | — | 1 105 / 188 664 |
| Li, Zongjin | Oncology & Carcinogenesis | 7 200 / 377 791 | 2 738 / 377 791 |
| Wang, Yu | Environmental Sciences | — | 2 058 / 140 934 |
| Huang, Huan-Ming | Organic Chemistry | — | 1 127 / 188 664 |
| Cao, Moyuan | Nanoscience & Nanotechnology | — | 3 787 / 177 859 |
| Wang, Haoyu | Nanoscience & Nanotechnology | — | 3 799 / 177 859 |
| Zhang, Xinxing | Chemical Physics | — | 1 152 / 121 889 |
| Li, Yongjian | Operations Research | — | 402 / 31 951 |
| Liu, Dingbin | Nanoscience & Nanotechnology | — | 3 917 / 177 859 |
| Liu, Lina | Energy | — | 3 111 / 371 959 |
| Jin, Liang | General Physics | 1 134 / 87 024 | 635 / 87 024 |
| Liu, Weitao | Environmental Sciences | — | 2 311 / 140 934 |
| Zhang, Shengbo | Organic Chemistry | — | 1 248 / 188 664 |
| Qiu, Youai | Organic Chemistry | — | 1 257 / 188 664 |
| Wang, Yu Ming | Nuclear & Particle Physics | 3 200 / 164 120 | 1 535 / 164 120 |
| Miao, Licheng | Nanoscience & Nanotechnology | — | 4 138 / 177 859 |
| Xu, Jun | Artificial Intelligence & Image Processing | — | 4 971 / 517 648 |
| Zhang, Wei | Ophthalmology & Optometry | — | 530 / 86 157 |
| Li, Tao | Artificial Intelligence & Image Processing | — | 5 003 / 517 648 |
| Yao, Yiming | Environmental Sciences | — | 2 510 / 140 934 |
| Liu, Jiapeng | Chemical Engineering | — | 1 012 / 97 821 |
| Dai, Weili | Organic Chemistry | — | 1 427 / 188 664 |
| Yang, Tong | Industrial Engineering & Automation | — | 1 305 / 131 085 |
| Wang, Baiquan | Organic Chemistry | 2 098 / 188 664 | — |
| Yang, Zhimou | Organic Chemistry | 2 158 / 188 664 | 1 782 / 188 664 |
| Cheng, Jinpei Ping | Organic Chemistry | 2 172 / 188 664 | 2 729 / 188 664 |
| Wang, Bingyu | Demography | — | 74 / 3 977 |
| Razaqpur, A. Ghani | Civil Engineering | 481 / 67 736 | 717 / 67 736 |
| Wang, Haitao | Chemical Engineering | — | 1 160 / 97 821 |
| Chen, Ming | Energy | 7 406 / 371 959 | 4 041 / 371 959 |
| Long, Yiming | General Mathematics | 795 / 76 268 | — |
| Wang, Qingmin | Organic Chemistry | 3 871 / 188 664 | 1 600 / 188 664 |
| Chen, Shanshan | Physical Chemistry | — | 436 / 44 088 |
| Kong, Deling | Biomedical Engineering | 567 / 74 543 | 635 / 74 543 |
| Han, Gang | Chemical Engineering | — | 1 220 / 97 821 |
| Gutin, Gregory Z. | Computation Theory & Mathematics | 346 / 20 721 | — |
| Zhang, Yukui | Analytical Chemistry | — | 943 / 137 328 |
| Guo, Yuanqiang | Medicinal & Biomolecular Chemistry | 2 075 / 120 621 | 589 / 120 621 |
| Xie, Wei | Organic Chemistry | — | 1 759 / 188 664 |
| Zhang, Xuebo Boy | Industrial Engineering & Automation | — | 1 578 / 131 085 |
| Sun, Wenchang | General Mathematics | 906 / 76 268 | — |
| Hu, Tongliang | Inorganic & Nuclear Chemistry | 1 781 / 86 991 | 539 / 86 991 |
| Li, Jian Yu | Artificial Intelligence & Image Processing | — | 6 534 / 517 648 |
| Li, Wei | Physical Chemistry | — | 523 / 44 088 |
| Zhao, Dongbing | Organic Chemistry | — | 1 999 / 188 664 |
| Shao, Xueguang | Analytical Chemistry | 1 224 / 137 328 | 1 147 / 137 328 |
| Chen, Zengqiang | Industrial Engineering & Automation | — | 1 778 / 131 085 |
| Li, Baiyan | Organic Chemistry | — | 2 062 / 188 664 |
| Ni, Youxuan | Organic Chemistry | — | 2 068 / 188 664 |
| Hou, Qidong | Physical Chemistry | — | 549 / 44 088 |
| He, Chuan | Organic Chemistry | — | 2 084 / 188 664 |
| Wang, Yijing | Energy | 3 909 / 371 959 | 5 227 / 371 959 |
| Xie, Jianhua | Organic Chemistry | 3 359 / 188 664 | 2 107 / 188 664 |
| Zhang, Han | Artificial Intelligence & Image Processing | — | 7 361 / 517 648 |
| Huang, Jinhui Jeanne | Environmental Engineering | — | 1 003 / 68 664 |
| Tao, Junyu | Energy | — | 5 318 / 371 959 |
| Yu, Qilin | Microbiology | — | 3 130 / 232 186 |
| Chai, Yuchao | Organic Chemistry | — | 2 183 / 188 664 |
| Xu, Jingjun | Optics | 1 003 / 83 504 | 735 / 83 504 |
| Liu, Weiwei | Optoelectronics & Photonics | 1 312 / 140 272 | 527 / 140 272 |
| Chen, Fei | Industrial Engineering & Automation | — | 1 951 / 131 085 |
| Zheng, Wei | Bioinformatics | — | 473 / 24 357 |
| Shi, Linqi | Polymers | — | 1 897 / 133 253 |
| Cai, Wengsheng | Analytical Chemistry | 1 890 / 137 328 | 1 350 / 137 328 |
| Sun, Guolei | Artificial Intelligence & Image Processing | — | 8 218 / 517 648 |
| Shi, Wei | Inorganic & Nuclear Chemistry | — | 755 / 86 991 |
| Han, Jianda | Industrial Engineering & Automation | — | 2 432 / 131 085 |
| Tian, Jianguo | Optics | 969 / 83 504 | 831 / 83 504 |
| Chen, Sen | Software Engineering | — | 365 / 24 083 |
| Su, Pei | Chemical Engineering | — | 1 922 / 97 821 |
| Chang, Lei | Nuclear & Particle Physics | — | 2 749 / 164 120 |
| Ma, Shiwang | General Mathematics | 1 442 / 76 268 | — |
| Zhang, Ying | Chemical Engineering | — | 1 959 / 97 821 |
| Chen, Gong | Organic Chemistry | — | 2 688 / 188 664 |
| Li, Kexun | Chemical Engineering | — | 1 962 / 97 821 |
| Shen, Zhurui | Organic Chemistry | — | 2 700 / 188 664 |
| Bi, Xihe | Organic Chemistry | 3 484 / 188 664 | — |
| Su, Neil Qiang | Chemical Physics | — | 2 245 / 121 889 |
| Zhang, Yan | Organic Chemistry | — | 2 715 / 188 664 |
| Yang, Huimin | Energy | — | 6 637 / 371 959 |
| Wang, Chunjiang | Organic Chemistry | 3 728 / 188 664 | 2 732 / 188 664 |
| Bai, Gang | Medicinal & Biomolecular Chemistry | — | 989 / 120 621 |
| Bao, Yueping | Chemical Engineering | — | 2 070 / 97 821 |
| Yang, Rongcun | Immunology | — | 3 462 / 176 292 |
| Tie, Zhiwei | Organic Chemistry | — | 2 835 / 188 664 |
| Wu, Guangjun | Physical Chemistry | — | 765 / 44 088 |
| Fu, Haohao | Chemical Physics | — | 2 390 / 121 889 |
| Cheng, Hua | Optics | 1 722 / 83 504 | 929 / 83 504 |
| Lu, Biao | Industrial Engineering & Automation | — | 2 482 / 131 085 |
| Yang, Shuang | Oncology & Carcinogenesis | — | 6 703 / 377 791 |
| Li, Yuxuan | Artificial Intelligence & Image Processing | — | 9 840 / 517 648 |
| Zhang, Yongjun | Polymers | 2 456 / 133 253 | 2 388 / 133 253 |
| Guo, Weiwei | Organic Chemistry | — | 3 029 / 188 664 |
| Shen, Hong | Nuclear & Particle Physics | — | 3 041 / 164 120 |
| He, Gang | Organic Chemistry | — | 3 185 / 188 664 |
| Xiong, Hu | Organic Chemistry | — | 3 402 / 188 664 |
| Fan, Fei | Optics | — | 1 070 / 83 504 |
| Zhang, Lei | Inorganic & Nuclear Chemistry | — | 1 059 / 86 991 |
| Zhang, Shenglin | Software Engineering | — | 481 / 24 083 |
| Zhang, Tianxu | Optoelectronics & Photonics | 1 490 / 140 272 | 803 / 140 272 |
| Li, Na | General Chemistry | — | 463 / 57 505 |
| Hou, Shengli | Inorganic & Nuclear Chemistry | — | 1 101 / 86 991 |
| Zeng, Le | Organic Chemistry | — | 3 531 / 188 664 |
| Sun, Zhongming | Inorganic & Nuclear Chemistry | 1 672 / 86 991 | — |
| Li, Huanan | General Physics | — | 1 453 / 87 024 |
| Zhang, Zhong | Inorganic & Nuclear Chemistry | — | 1 112 / 86 991 |
| Yan, Shiping | Inorganic & Nuclear Chemistry | 1 694 / 86 991 | — |
| Yang, Chao | Biotechnology | — | 1 181 / 69 700 |
| Yuan, Huantang | Energy | 4 534 / 371 959 | — |
| Feng, Zujian | Biomedical Engineering | — | 1 267 / 74 543 |
| Chang, Ze | Inorganic & Nuclear Chemistry | — | 1 139 / 86 991 |
| Zheng, Wenjun | Inorganic & Nuclear Chemistry | 1 752 / 86 991 | 1 308 / 86 991 |
| Li, Tong | Nuclear & Particle Physics | — | 3 628 / 164 120 |
| Zhang, Wangqing | Polymers | 2 607 / 133 253 | — |
| Feng, Yinchang | Environmental Sciences | 2 672 / 140 934 | — |
| Zhu, Meifeng | Biomedical Engineering | — | 1 355 / 74 543 |
| Zhu, Jiacai | Organic Chemistry | — | 3 950 / 188 664 |
| Xu, Jing | Medicinal & Biomolecular Chemistry | 2 287 / 120 621 | 1 420 / 120 621 |
| Yu, Jingyou | Virology | — | 1 164 / 79 508 |
| Yu, Meihui | Inorganic & Nuclear Chemistry | — | 1 257 / 86 991 |
| Yang, Yi | General Chemistry | — | 547 / 57 505 |
| Xu, Hang | Inorganic & Nuclear Chemistry | — | 1 488 / 86 991 |
| Chang, Shengjiang | Optoelectronics & Photonics | — | 1 172 / 140 272 |
| Wang, Meiyu | Electrical & Electronic Engineering | — | 1 706 / 133 072 |
| Liu, Fang | Biotechnology | 1 366 / 69 700 | — |
| Xia, Shiqi | Optoelectronics & Photonics | — | 1 478 / 140 272 |
| Liu, Yan'ge | Optoelectronics & Photonics | 2 486 / 140 272 | — |
| Dong, Xiaoyi | Optoelectronics & Photonics | 2 498 / 140 272 | — |
| Ren, Meng | General Chemistry | — | 982 / 57 505 |
| Liu, Jiuding | General Chemistry | — | 1 176 / 57 505 |
| Wang, Zhi | Optoelectronics & Photonics | — | 2 429 / 140 272 |
| Chen, Lu | Optoelectronics & Photonics | — | 2 940 / 140 272 |
| Lin, Wei | Optoelectronics & Photonics | — | 3 410 / 140 272 |
Source : Ioannidis JPA, Elsevier (2026). August 2026 data-update for « Updated science-wide author databases of standardized citation indicators ». Mendeley Data, version 9. Licence CC BY-NC 3.0. doi:10.17632/btchxktzyw.9
Explore Labs n’a aucun lien avec l’Université Stanford ni avec Elsevier. Cet outil est gratuit.