The 6^th International Conference on Graphene and Novel Nanomaterials
(GNN 2024)

Abstract: This presentation delves into the cutting-edge realm of fiber surface molecular engineering, exploring various modification strategies that enhance the functional attributes of fibers. The focus is on leveraging covalent bond modifications, pi-pi interactions, topographical alterations, and van der Waals force modifications on fiber surfaces to achieve functionalization. These engineered fibers demonstrate promising applications in diverse fields such as wearable devices, composite materials, and electrocatalysis. The session will detail the processes and technologies involved in these modifications, outlining their potential to revolutionize traditional materials and introduce innovative solutions in high-performance applications. The discussion will also highlight recent breakthroughs and practical applications, illustrating how these engineered fibers can be effectively integrated into next-generation materials and devices.

Biography: Professor Xuqing Liu is serving as a full professor at Northwestern Polytechnical University and national leading talent in China, with a specific focus on funcational fibre and composites. He spearheads the Shaanxi Provincial Science and Technology Innovation Team and holds the prestigious position of Chief Scientist at the Shandong Provincial Laboratory of Advanced Materials and Green Manufacturing in Yantai. Additionally, he contributes as a committee member at the Ministry of Education's Key Laboratory of Functional Textile Materials and Products.
Educated as a PhD at the Hong Kong Polytechnic University's Institute of Textiles and Clothing, Professor Liu furthered his research at the University of Manchester's School of Materials and the Aerospace Research Centre in the UK, where he has led numerous research groups since 2015. His career is adorned with fellowships from illustrious bodies such as the UK's Higher Education Academy, Royal Society of Arts, Royal Society of Chemistry, Textile Institute, and the International Textile Institute.
Professor Liu's research is dynamic and multifaceted, focusing on high-performance fibers and fiber-reinforced lubrication materials under the mentorship of Academician Liu Weimin. His leadership extends to significant projects like the National Science Foundation of China's leading talent project, the "Science and Technology Innovation 2030 – Major Project," and key industrial research initiatives in Xianyang. His editorial roles in journals like "Surface Technology," "Advanced Fiber Materials," and "Energy & Environmental Materials" highlight his influence in advancing research on aerospace lubrication materials, high-performance fiber materials, smart wearable devices, and biomedical fibers. His commitment to pushing the boundaries of material science aligns with global sustainability and innovation goals, making him a vanguard in his field.