1 Li, X; Chen, L; Ma, Y; Weng, D; Li, ZX; Song, LL; Zhang, XH; Yu, GX; Wang, JD*. Ultrafast fabrication of large-area colloidal crystal micropatterns via self-assembly and transfer printing, ADVANCED FUNCTIONAL MATERIALS, Nov 2022, 32(45), 2205462
2 Hou, YC; Weng, D; Yu, YD; Wang, JD*; Chen, L*. Near infrared light responsive surface with self-healing superhydrophobicity in surface chemistry and microstructure, APPLIED SURFACE SCIENCE, Aug 2022, 598, 153772
3 Chen, CL*; Chen, L; Weng, D; Chen, S; Liu, J; Wang, JD*. Revealing the mechanism of superwetting fibrous membranes for separating surfactant-free water-in-oil emulsions, SEPARATION AND PURIFICATION TECHNOLOGY, May 2022, 288, 120621
4 Li, X; Chen, L*; Weng, D; Chen, CL; Li, ZX; Wang, JD*. Tension gradient-driven rapid self-assembly method of large-area colloidal crystal film and its application in multifunctional structural color displays, CHEMICAL ENGINEERING JOURNAL, Jan 2022, 427, 130658
5 Wang, Z; Wang, B*; Weng, D; Wang, CH; Sun, N*; Wang, JD. Influence of entrapped gas morphology at liquid-solid interface on underwater drag reduction effect, PHYSICS OF FLUIDS, Dec 2021, 33(12), 122111
6 Liu, D; Mahmood, A; Weng, D; Chen, L; Wang, JD*. Single-step fabrication of microsphere arrays on the surface of flexible materials by direct solidification, COLLOID AND INTERFACE SCIENCE COMMUNICATIONS, Jul 2021, 43, 100436
7 Du, DJ; Liu, Z; Niu, WT; Weng, D; Lim, TC; Kurisawa, M; Spector, M*. An injectable multifunctional dual-phase bead-reinforced gelatin matrix permissive of mesenchymal stem cell infiltration for musculoskeletal soft tissue repair, ADVANCED HEALTHCARE MATERIALS, Sep 2021, 10, 2100626
8 Li, X&; Feng, D&; Chen, L; Weng, D; Chen, CL&; Wang, JD*. Tension gradient-driven oil/water interface rapid particle self-assembly and its application in microdroplet motion control, JOURNAL OF COLLOID AND INTERFACE SCIENCE, May 2021, 589, 187-197
9 Liu, TK&; Shao, YC; Wang, ZT&; Chen, YQ; Pang, Y*; Weng, D; Sun, W. 3D printing of In Vitro hydrogel microcarriers by alternating viscous-inertial force jetting, JOVE-JOURNAL OF VISUALIZED EXPERIMENTS, Apr 2021, 170, 672-683
10 Qin, H; Wu, TF; Du, C&; Ren, L; Chen, L*; Weng, D; Wang, JD Self-assembled NaY/MnO2-based textiles for indoor formaldehyde removal at room temperature, COLLOIDS AND SURFACES A-PHYSICOCHEMICAL AND ENGINEERING ASPECTS, Jan 2021, 609
11 Xing, WL; Wang, JD; Zhao, C; Wang, H; Bai, L; Pan, LB; Li, H; Wang, HL; Zhang, Z; Lu, Y; Chen, X; Shan, SS; Wang, D; Pan, YF; Weng, D; Zhou, XY; Huang, RD; He, JX; Jin, RH; Li, WM; Shang, H; Zhong, NS; Cheng, J*. A highly automated mobile laboratory for on-site molecular diagnostics in the COVID-19 pandemic, CLINICAL CHEMISTRY, Apr 2021, 67(4), 672-683
12 Ding Weng*, Haoyue Duan, Yacong Hou, Jing Huo, Lei Chen, Fang Zhang, Jiadao Wang, Introduction of manganese based lithium-ion Sieve-A review, PROGRESS IN NATURAL SCIENCE-MATERIALS INTERNATIONAL, 30(2), Apr 2020, 30(2), 139-152
1 Wang, JD*; Weng, D; Chen, L; Cao, S&. Chap 13. Locomotion of Benthic Pennate Diatoms: Models and Thoughts. DIATOM GLIDING MOTILITY Edit by Stanley Cohn, Kalina Manoylov, Richard Gordon, Scrivener Publishing LLC, Jul 2021
2 Magdalini Tsintou, Cang Wang Kyriakos Dalamagkas, Ding Weng, Yi-Nan Zhang, Wanting Niu, Chapter 5, Nanogels for Biomedical Applications: Drug Delivery, Imaging, Tissue Engineering, and Biosensors. “Nanobiomaterials Science, Development, and Evaluation.” Edited by Mahdi Razavi & Avnesh Thakor, 2017, Elsevier Ltd. 87-124
3 Mahboubeh Nabavinia§, Ding Weng§, Yi-Nan Zhang and Wanting Niu, Chapter 12, Stem Cells and Scaffolds: Strategies for Musculoskeletal System Tissue Engineering. “Frontiers in Biomaterials - Porous Scaffold Design for Tissue Engineering: State-of-the-art and Future Perspectives”, Edited by Mehdi Razavi, 2017, Bentham Science Publishers, Vol. 4, 346-384.
1 CN Patent No. ZL202210855307.4, “Magnetic Soft Navigation Robot and Its Preparation/Control Methods”, April 9, 2024
2 CN Patent No. ZL202011052466.8, “Method for Preparing Coatings with Surface Microstructures”, August 25, 2023.
3 CN Patent No. ZL202210245679.5, “Contour-Adaptive Cutting Device for Cross-Country Ski Base Grooves”, June 27, 2023.
4 CN Patent No. ZL202110510091.3, “Self-Adjusting End-Effector, Robotic Arm, and Robot”, March 14, 2023.
5 CN Patent No. ZL202110374345.3, “Contour-Adaptive Test Tube Clamping and Transport System”, September 20, 2022.
6 CN Patent No. ZL202220519198.4, “Contour-Adaptive Cutting Device for Cross-Country Ski Base Grooves”, September 16, 2022.
7 CN Patent No. ZL202220519182.3, “Ski Base Groove Profiling Cutting Device”, July 26, 2022.
8 CN Patent No. ZL202110930594.6, “Polymer-Based Snow-Imitating Magnetic Particle Snow Trails and Paving Methods”, June 14, 2022.
9 CN Patent No. ZL202010556752.1, “Multi-Dimensional Force-Sensing Cooperative Interventional Surgical Manipulator”, July 9, 2021.
10 CN Patent No. ZL202010556751.7, “Multi-Action Integrated End-Effector for Interventional Surgery Wire Delivery Systems”, November 23, 2021.
11 CN Patent No. ZL201810051726.6, “A Light-Cured Sand Mold Printing Mortar and Its Preparation Method”, September 13, 2019.
