Interfacial Performance of Applied Lead/Graphene NanoCarbons

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Focusing on the innovative electrochemical reduction of graphene oxide papers, this work highlights the exceptional electronic and dielectric properties of reduced graphene oxide (ERGO), showcasing significantly enhanced electrical conductivity. It explores the integration of graphene oxide into lead-acid batteries, demonstrating improved capacity utilization and cycle life. The study pioneers in-situ reduction and functionalization methods, revealing mechanisms that optimize battery performance. Additionally, it establishes a novel approach to analyze agglomerate size distribution based on shear-induced fragmentation in various solvent mixtures.