黄霞芸
副教授
博士生导师
- Wu, Dong；Zhu, Jie；Zhang, Qichen；Huang, Xiayun；Nie, Zhihong, From Structural Design to Molecular Mechanisms: The Evolution of Solar Evaporators -Chem and Bio Engineering -2026-01-01 -3
- He, Kanqi；Qiu, Shaoen；Huang, Xiayun；He, Junpo, Precision polymer segment editing based on cross metathesis reaction and Thiol-Michael addition -European Polymer Journal -2026-01-01 -246
- Zhao, Xiaoya；Huang, Xiayun；Chen, Daoyong, Self-Assembly of Small-Sized Flexible Polymeric Janus Particle -The Research Development on Molecular Engineering of Polymers -2026-01-01
- 邱绍恩；孔誉；黄霞芸；潘翔城, “聚合成材，链接世界”——高分子学科特色专业课程“Synthesis of Polymers for a Better World”的设... -大学化学 -2026-01-01 -41
- Zhu, Jie；Wu, Dong；Huang, Xiayun；Chen, Daoyong；Nie, Zhihong, Hydrogen-bond disruption in molecularly engineered Janus evaporators for enhanced solar desalinat... -Soft Matter -2025-01-01 -21
- Zhu, Jie；Qiu, Shaoen；Duan, Mingyu；Xie, Qihao；Jiang, Oushuo；Zhao, Xinran；Wu, Dong；Liu, Yaxi；Chen, Guang；Huang, Xiayun；Nie, Zhihong,Zhu, Jie；Huang, Xiayun；Nie, Zhihong；Qiu, Shaoen；Duan, Mingyu；Xie, Qihao；Jiang, Oushuo；Zhao, Xinran；Wu, Dong；Liu, Yaxi；Chen, Guang, Polyelectrolyte Gradient Hydrogels for Efficient Solar Evaporation -Advanced Functional Materials -2026-01-01 -36
- Huang, Xiayun；Zhu, Jie；Wu, Dong；Zhang, Qichen；Nie, Zhihong, Surface-Engineered Solar-Driven Interfacial Evaporation: Innovations and Challenges -Advanced Materials Interfaces -2025-01-01 -12
- Wu, Dong；Zhu, Jie；Xu, Jiayin；Zhao, Xinran；Jiang, Oushuo；Huang, Xiayun；Nie, Zhihong；Chen, Daoyong, Recyclable Amphiphilic Magnetic-responsive Mixed-Shell Nanoparticles With High Interfacial Activi... -Macromolecular Rapid Communications -2025-01-01 -46
- Zhao, Jun；Li, Menglin；Huang, Xiayun；Zhao, Xiaoya；Zhu, Jie；Wang, Jiahao；Yue, Tao；Li, Zhuo, Diblock Copolymer Brush-Based Adhesion Coupling Agents -Advanced Functional Materials -2025-01-01 -35
- Zhu, Jie；Zhao, Xiaoya；Wu, Naibing；Wu, Dong；Huang, Xiayun；Nie, Zhihong；Chen, Daoyong, Constructing a Thin Layer of the Concentrated Polyelectrolyte Solution on the Hydrogel Surface Th... -MACROMOLECULES -2024-01-01 -57