黄霞芸
副教授
博士生导师
基本信息
- 所在单位：高分子科学系
- 学历：研究生毕业
- 办公地点：江湾校区化学楼B4081
- 性别：女
- 学位：博士学位
- 职称：副教授
- 在职信息：在职
- 毕业院校：美国德克萨斯农工大学
教育经历
工作经历
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研究方向
学科专业
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- 高分子化学与物理
教育教学
课程信息 /
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科学研究
学术成果 /
- [1] 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
- [2] 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
- [3] 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
- [4] 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”的设计与实践 -大学化学 -2026-01-01 -41
- [5] Zhu, Jie；Wu, Dong；Huang, Xiayun；Chen, Daoyong；Nie, Zhihong, Hydrogen-bond disruption in molecularly engineered Janus evaporators for enhanced solar desalination -Soft Matter -2025-01-01 -21
- [6] 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
- [7] 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
- [8] 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 Activity Comparable to Janus Particles for Oily Water Purification -Macromolecular Rapid Communications -2025-01-01 -46
- [9] 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
- [10] 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 That Can Considerably Improve the Solar Evaporation Efficiency -MACROMOLECULES -2024-01-01 -57
- [11] Zhao, Xiaoya；Li, Dahua；Zhu, Jie；Fan, Yanbin；Xu, Jiayin；Huang, Xiayun；Nie, Zhihong；Chen, Daoyong, Stably Grafting Polymer Brushes on Both Active and Inert Surfaces Using Tadpole-Like Single-Chain Particles with an Interactive "Head" -ACS MACRO LETTERS -2024-01-01 -13
- [12] 朱杰；吴乃冰；赵晓雅；范艳斌；黄霞芸；陈道勇, 具有抗蛋白黏附与抗菌性能的蝌蚪状单链粒子刷的构筑 -高分子学报 -2024-01-01 -55
- [13] Ma, Jun；Deng, Baixue；Fan, Yanbin；Huang, Xiayun；Chen, Daoyong；Ma, Yan；Chen, Hongyu；Grzesiak, Adam L.；Feng, Shaoguang, Polyurethane elastomers with amphiphilic ABA tri-block co-polymers as the soft segments showing record-high tensile strength and simultaneously increased ductility -Polymer Chemistry -2022-01-01 -13
- [14] Jiang Li；Xie Mingxiu；Dou Jinkang；Li Haodong；Huang Xiayun；Chen Daoyong, Efficient Fabrication of Pure, Single-Chain Janus Particles through Their Exclusive Self-Assembly in Mixtures with Their Analogues -ACS Macro Letters -2018-01-01 -7
- [15] Zhang Chao；Liu Jiandong；Huang Xiayun；Chen Daoyong；Xu Shiai, Multistage Polymerization Design for g-C3N4 Nanosheets with Enhanced Photocatalytic Activity by Modifying the Polymerization Process of Melamine -ACS Omega -2019-01-01 -4
- [16] Lv Leilei；Zhang Zhen；Li Huiya；Huang Xiayun；Chen Daoyong, Endowing Polymeric Assemblies with Unique Properties and Behaviors by Incorporating Versatile Nanogels in the Shell -ACS Macro Letters -2019-01-01 -8
- [17] 黄霞芸；黄培敏；李浩东；李会亚；陈道勇, 基于金属-有机框架/蠕虫状胶束的多杂原子掺杂三维多孔碳材料 -中国化学会2017全国高分子学术论文报告会摘要集——主题J：高分子组装与超分子体系 -2017-01-01
- [18] Huang X；Yao H；Cheng Z., Hydrogen separation membranes of polymeric materials -NANOSTRUCTURED MATERIALS FOR NEXT-GENERATION ENERGY STORAGE AND CONVERSION: HYDROGEN PRODUCTION, STORAGE, AND UTILIZATION -2017-01-01
- [19] Huang Xiayun；Ivanova Nina；Strzelec Andrea；Zacharia Nicole S., Assembly of large area crack free clay porous films -RSC Advances -2018-01-01 -8
- [20] Huang Xiayun；Zhang Zhen；Chen Daoyong, Structural evolution from AB/ABC block copolymers to AB/ABC-segmented particles -ABSTRACTS OF PAPERS OF THE AMERICAN CHEMICAL SOCIETY -2018-01-01 -256
- [21] Huang Xiayun；Wang Gang；Li Huiya；Chen Daoyong, Polydiacetylene-Gd3+nanosheet for photoacoustic/magnetic resonance dual-modal imaging -ABSTRACTS OF PAPERS OF THE AMERICAN CHEMICAL SOCIETY -2018-01-01 -256
- [22] 王青；王刚；黄霞芸；陈道勇, 三聚氰胺/Tb~(3+)插层的聚二炔纳米片的制备及其热致变色可逆性研究（英文） -CHINESE JOURNAL OF CHEMICAL PHYSICS -2020-01-01 -33
- [23] Zhang Zhen；Li Haodong；Huang Xiayun；Chen Daoyong, Solution-Based Thermodynamically Controlled Conversion from Diblock Copolymers to Janus Nanoparticles -ACS Macro Letters -2017-01-01 -6
- [24] 氢键接枝法抑制聚合物单链交联过程中的链间交联 -高分子学报 -2020-01-01 -51
- [25] Dou, Jinkang；Yang, Ruiqi；Du, Kun；Li, Yanran；Huang, Xiayun；Chen, Daoyong, Fabrication of the Polymersomes with Unique and Even Nonequilibrium Morphologies -MACROMOLECULAR RAPID COMMUNICATIONS -2021-01-01 -42
- [26] Huang Peimin；Li Haodong；Huang Xiayun；Chen Daoyong, Multiheteroatom-Doped Porous Carbon Catalyst for Oxygen Reduction Reaction Prepared using 3D Network of ZIF-8/Polymeric Nanofiber as a Facile-Doping Template -ACS Applied Materials and Interfaces -2017-01-01 -9
- [27] Zou, Yunlong；Li, Yanran；Xu, Jiayin；Huang, Xiayun；Chen, Daoyong, Heavily superparamagnetic magnetite-loaded polymeric worm-like micelles that have an ultrahigh: T 2relaxivity -Polymer Chemistry -2020-01-01 -11
- [28] Wang, Gang；Li, Yanran；Huang, Xiayun；Chen, Daoyong, Polydiacetylene and its composites with long effective conjugation lengths and tunable third-order nonlinear optical absorption -Polymer Chemistry -2021-01-01 -12
- [29] Li, Yanran；Zou, Yunlong；Bai, Yuanjuan；Zhang, Xucheng；Wang, Gang；Huang, Xiayun；Chen, Daoyong, A novel worm-like micelles@MOFs precursor for constructing hierarchically porous CoP/N-doped carbon networks towards efficient hydrogen evolution reaction -JOURNAL OF COLLOID AND INTERFACE SCIENCE -2021-01-01 -600
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