Development of Carbon Based Electrode Materials for Lithium Ion Batteries and Supercapacitor Applications

Abstract

In the current scenario of interest in renewable energy, research work on carbon newlinebased materials has been extensively focused due to their positive attributes like large surface newlinearea, high porosity, high ionic mobility, high-temperature compatibility, and affordability. newlineEspecially, carbon materials with layered two dimensional hexagonal lattice structures with newlinesp2 bonding find numerous applications in energy storage and conversion devices. Recently, newlinebiomass-derived activated carbon nanomaterials have attracted the attention of the research newlineand industry community due to its possible application as electrode materials for energy newlinestorage devices because of its easy availability, being renewable with near zero toxicity, and newlineenhanced performance when compared to its counter parts newline