Spinnable Carbon Nanotubes for Advanced Technological Applications

Abstract

Carbon nanotubes (CNTs) have become a focal point of extensive research since its discovery by Ijima in 1991 [1]. Over the past few decades, their remarkable properties, including high mechanical strength, robust electrical characteristics, efficient heat conductance, and notable electron emission, have captured the attention of both academic researchers and industries [2]. Carbon nanotubes exhibit diverse potential applications, serving as electrodes for electrochemical double-layer capacitors, field emitters, components in biomedical applications, materials for fibers and fabrics, contributors to nano-electronic devices, agents for EMI shielding, building blocks for hydrogen storage nanotanks, and functional polymers, among other uses [3].