Ruibin Mo
Papers
1
Total Citations
9
H-Index
1
About
Dr. Ruibin Mo is a leading researcher in sustainable polymer chemistry, specializing in the design of recyclable biobased thermosets and advanced functional materials. Their major contributions center on developing dynamic covalent cross-linking epoxy systems that combine environmental sustainability with high-performance properties. In their most cited work (2023, 9 citations), Dr. Mo introduced a series of recyclable biobased epoxy thermosets incorporating vinylogous urethane bonds, constructed entirely under solvent-free conditions using isosorbide-derived monomers. This innovative approach not only eliminates toxic solvents but also imparts remarkable shape memory properties, enabling the materials to be reprocessed and recycled without compromising structural integrity. By leveraging biobased feedstocks like isosorbide, Dr. Mo addresses critical challenges in polymer circularity, offering a pathway to replace conventional petroleum-based epoxies in applications ranging from coatings to smart actuators. Their work stands out for its elegant integration of green chemistry principles with dynamic bond chemistry, achieving both recyclability and functional versatility. With growing recognition for advancing sustainable materials science, Dr. Mo’s research continues to inspire new strategies for creating high-performance, environmentally benign polymers.
Research Focus
Key Achievements
Top Papers
- 1