郑焕玺
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个人信息Personal Information
教授
博士生导师
硕士生导师
性别:男
毕业院校:香港城市大学
学位:博士
所在单位:机械工程学院
办公地点:知方楼8015
电子邮箱:
2024年4月入职后发表的论文:
8. Y Li, Y Zhang, J Zhang, X Li, J Liu, Z Guo, X Liu*, H Zheng*. A Transparent Droplet-Based Electricity Generator Utilizing Patterned Wetting Surfaces. ACS Applied Materials & Interfaces, (2025).
7. Y Zhang, H Zheng*, J Zhang, Y Li, S Mao, Y Wang, X Li, Z Wang, Z Yuan, X Liu*. Magnetic droplet-based transporters co-regulated by wettability and magnetic field. Advanced Functional Materials,(2025).
6. J Wang, Y Zhang, X Li, Z Li, Y Li, J Zhang, X Liu, J Sun*, H Zheng*. Microchannel-confined droplet-based electricity generator for biomechanical energy conversion and sensing. Lab on a Chip, (2025).
5. X Li, Y Zhang, Y Wang, J Zhang, Y Li, Z Qu, X Liu*, H Zheng*. Closed-cycle droplet-based electricity generator for energy harvesting and signal monitoring. Nano Energy, 111100, (2025).
4. X Liu, Y Li, B Chen, S Wang, Y Zhou, Z Duan, Z Wang, Y Chen, Y Zhang, H Zheng*, Jiyu Liu*. Experimental study on the mechanism of cold plasma assisted micro-milling of titanium, molybdenum, and nickel. Surfaces and Interfaces, 105997, (2025).
3. Y Wang, W Cai, Y Zhang*, J Ji, H Zheng*, D Yan*, X Liu. Superhydrophobic wearable sensor: fabrication, application, and perspective. Discover Nano, 19 (1), 1-31, (2024).
2. C Yang, L Ning, G Jiang, C Wang, S Wang, Y Chen, H Zheng*, J Liu*. Micro-Grinding of Electrochemically Pretreated Ultra-high-Chromium Steel. Journal of Materials Engineering and Performance, 1-12, (2024).
1. L Ning, C Yang*, G Jiang, C Wang, S Wang, Y Chen, H Zheng*, X Liu, J Liu*. Electrochemical Dealloying High-chromium Alloy Under Oxygen Evolution Potential. Journal of Materials Chemistry A, (2024).
入职前发表的代表性论文:
1. H Zheng, J Li, Y Zhou, C Zhang, W Xu, Y Deng, J Li, S Feng, Z Yi, X Zhou, X Ji, P Shi, Z Wang*. Electrically switched underwater capillary adhesion. Nature Communications, 13 (1), 1-8, (2022).
2. H Zheng, H Wu, Z Yi, Y Song, W Xu, X Yan, X Zhou, S Wang, Z Wang. Remote‐controlled droplet chains‐based electricity generators. Advanced Energy Materials, 2203825, (2023).
3. W Xu#, H Zheng#, Y Liu#, X Zhou#, C Zhang, Y Song, X Deng, M Leung, Z Yang, X Xu, Z Wang*, X Zeng*, Z Wang*. A droplet-based electricity generator with high instantaneous power density. Nature, 578 (7795), 392-396, (2020).
4. C Zhang#, H Zheng#, J Sun#, Y Zhou, W Xu, Y Dai, J Mo, Z Wang. 3D printed, solid-state conductive ionoelastomer as a generic building block for tactile applications. Advanced materials, e2105996, (2021).
5. S Feng, P Zhu, H Zheng, H Zhan, C Chen, J Li, L Wang, X Yao, Y Liu, Z Wang*. Three-dimensional capillary ratchet-induced liquid directional steering. Science, 373 (6561), 1344-1348, (2021)
6. H Zheng, S Huang, J Liu, F Chen, X Yang, X Liu, J Sun, W Xu. Vein-like directional transport platform of water on open aluminum substrate. Micro & Nano Letters, (2016)
7. H Wu#, H Zheng#, X Qin#, Y Jin, Y Li, S Yang, Z Yi, S Gao, S Wang, Z Yi, S Gao, S Wang, Z Wang. Drinking-bird-enabled triboelectric hydrovoltaic generator. Device, (2024).
8. C Wu, X Qin, H Zheng*, Z Xu, Y Song, Y Jin, H Zhang, J Mo, W Li, J Lu, Z Wang*. Dual-level gradient surface enabled self-adaptive droplet bouncing. Small, (2023).
9. H Zheng, S Huang, J Liu, F Chen, X Yang, W Xu, X Liu*. Wettability-gradient Surface Fabricated by Combining Electrochemical Etching and Lithography. Journal of Dispersion Science and Technology, 38 (7), 979-984, (2017).
10. H Zheng, S Huang, J Liu, F Chen, X Yang, X Liu*, J Sun, W Xu. One-step Modification Method to Fabricate Wettability Patterns on Al Substrate. Micro & Nano Letters, 11(11), 697-701, (2016).
11. Z Liu#, H Zheng#, H Zhang, YHan, Y Chen, LHuang, X Wang, X Liu*, X Yang*. Fabrication of wettability mesh with quasi-rectangular-restraining capacity to water. Langmuir, 35(28), 9177-9183, (2019).
