Application of CNTs Based on Their Unique Electrical Properties
DOI:
https://doi.org/10.54097/hset.v58i.10129Keywords:
CNTs, Electrical properties, Electrochemical device, electronic device, Photoelectric device.Abstract
Ever since carbon nanotubes (CNTs) were discovered, because of their exceptionally impressive mechanical, chemical, and electrical properties, CNTs have garnered considerable interest and investigation from experts throughout the world, accelerating the development of nanoscience and technology. The unique tubular structure of CNTs enables them to have excellent electrical properties and can be used in all aspects of electrical devices. Therefore, this paper collects all aspects of applications and applicable optimization schemes based on the electrical properties of CNTs. The main applications of the electrical properties of nanotubes are summarized. It is discovered that CNTs' electrical characteristics are primarily reflected in the electrochemical devices, photoelectric devices as well as electronic devices. CNTs have tremendous potential for applications in these fields and can greatly improve the performance of related devices and devices. The large-scale production and application of CNTs in related fields will benefit the development of energy, photoelectric and electronic devices worldwide.
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