Leading Talent: Professor Yang Quanhong, Doctoral Supervisor
Cheung Kong Scholar and National Science Fund for Distinguished Young Scholars
Collaborating Institution:
Tianjin University
Research Direction:
Committed to the research of carbon functional materials and advanced batteries, achieving a series of advancements in areas such as dense energy storage and lithium-sulfur catalysis. Particularly focused on addressing the "carbon" issues in battery systems and actively promoting the industrialization process of safe, dense, and efficient new battery and energy storage systems.
Technological Progress:
Invented graphene gel capillary shrinkage technology and densification strategies, obtaining high-volumetric-capacity carbon/non-carbon hybrid electrode materials, and constructing lithium-ion batteries with a volumetric energy density of 1000 Wh/L. Invented a graphene preparation technology using low-temperature negative pressure exfoliation, pioneering the use of graphene as a battery conductive agent, providing a widely adopted industrial solution for low-carbon addition and high-volumetric-energy lithium-ion batteries.
