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Shuaiyuan Wang

As seen in: Nature, Wiley Online Library, ACS Publications
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Articles

Minimal N-hydroxyphthalimide-urethane bonds enable superior thermomechanical stability for covalent adaptable networks - Nature Communications

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By Yuhan Yin, Shijia Yang, Yong Zhou, Zhusheng Yang, Zhi Qiao, Fu-Lin Gao, Pan Ma, Shuaiyuan Wang, Leiyu Chen, Wangmao Tian, Wenxing Liu, Jian Xu, Ning Zhao, Qian-Nan Bi
| Nature Verified
Abstract Compared to classic thermosets, the reprocessability of covalent adaptable networks (CANs) endowed by dynamic covalent bonds (DCBs) often comes at the expense of mechanical performance and thermomechanical stability. Herein, we report a “High Activity & Low Content” strategy for CANs to achieve superior thermomechanical stability, which is enabled by dynamic N-hydroxyphthalimide-urethane bonds (NUBs).
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Green Electromagnetic Shielding Materials from Biomass: Mechanisms, Design Strategies, and Future Perspectives

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By Yong Liu, Kangjie Zhou, Shuaiyuan Wang, Zhen Guo
| Wiley Online Library Verified
The rapid advancement of microelectronic technologies and smart devices has intensified the need for electromagnetic interference (EMI) shielding materials that are not only efficient and multifunctional, but also sustainable and environmentally friendly. Biomass-based materials, with their unique hierarchical architectures, diverse chemical functionalities, and inherent renewability, have emerged as promising candidates in this domain.
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All-Polymer Composite Film with Outstanding Mechanical, Thermal Conductive, and EMI Shielding Performances

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By Yong Liu, Xiaofeng Li, Shuaiyuan Wang, Qianxiang Wang
| ACS Publications
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