Yongli Zheng

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About

Yongli Zheng is a materials scientist specializing in the development of advanced polymer composites for electromagnetic interference (EMI) shielding. Her research focuses on the synthesis and application of novel silicone rubber-graphene structures, addressing the critical need for flexible, durable, and high-performance shielding materials in modern electronics. Zheng’s most cited work, "Development and Application of Electromagnetic Shielding Material with Silicone Rubber Graphene Structure" (2020, 5 citations), introduces a groundbreaking approach to fabricating silicone rubber sheets by integrating vinyl silicone oil, hydrosilicone oil, and a compound coupling agent. This method yields thin (1–3 mm), calendered sheets with enhanced EMI shielding effectiveness, offering a scalable solution for protecting sensitive devices from electromagnetic pollution. Though early in her citation trajectory, Zheng’s contributions are pivotal for industries requiring lightweight, conformable shielding—such as aerospace and wearable tech—and her work lays the foundation for next-generation composite materials. Her innovative use of graphene within a silicone matrix demonstrates a keen ability to merge material science with practical engineering challenges, marking her as a rising talent in functional polymer research.