Papers
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Total Citations
43
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About
Yijuan Qiu is a materials scientist whose research focuses on the sustainable fabrication of nanocomposites for wearable electronics and energy applications. Her most cited work introduces a one-pot mechanochemical method to assemble lignocellulose nanofiber/graphite nanocomposites, achieving a scalable, solvent-free route to flexible, conductive materials for wearable devices. This study, published in 2022, has already garnered 43 citations, reflecting its immediate impact in the field of green nanotechnology. Qiu’s contributions lie at the intersection of biomass valorization and electronic materials, demonstrating how renewable lignocellulose can be transformed into high-performance components for next-generation wearables. Her approach emphasizes simplicity and environmental compatibility, offering a practical pathway to reduce reliance on synthetic polymers and toxic solvents. By merging mechanochemistry with nanofiber engineering, she has opened new avenues for low-cost, flexible electronics. Qiu’s work is notable for its dual focus on fundamental material design and real-world applicability, making her a rising voice in sustainable materials science. Her research continues to inspire efforts toward eco-friendly electronic devices that are both functional and manufacturable.
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