Carbon Nanotube Relay in Nanotechnology - A mini review

"Carbon Nanotube Relay in Nanotechnology" explores the utilization of carbon nanotubes (CNTs) as relay devices in nanoscale systems. CNTs, cylindrical structures made of carbon atoms, possess exceptional mechanical, electrical, and thermal properties, making them promising candidates for various applications. This review focuses on their use as relays, which are essential components for signal amplification and transmission in nanoscale electronic circuits.The summary highlights the significance of CNT relays in nanotechnology, emphasizing their ability to overcome size limitations and enable efficient information transfer at the nanoscale. It discusses the unique properties of CNTs that make them suitable for relay applications, such as their high conductivity, mechanical flexibility, and compatibility with existing fabrication techniques.It contains two chapters:Chapter 1: Characteristics of Carbon Nanotube RelayChapter 2: Carbon Nanotube Relay Simulation

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Manu Mitra has approved patent(s) from United States Patent and Trademark Office (USPTO) and filed patent applications. He published many articles including research, reviews, letter to editor, editorials and more in various journals and published many books. He is a member of honorary societies and has received awards.

Klappentext

"Carbon Nanotube Relay in Nanotechnology" explores the utilization of carbon nanotubes (CNTs) as relay devices in nanoscale systems. CNTs, cylindrical structures made of carbon atoms, possess exceptional mechanical, electrical, and thermal properties, making them promising candidates for various applications. This review focuses on their use as relays, which are essential components for signal amplification and transmission in nanoscale electronic circuits.The summary highlights the significance of CNT relays in nanotechnology, emphasizing their ability to overcome size limitations and enable efficient information transfer at the nanoscale. It discusses the unique properties of CNTs that make them suitable for relay applications, such as their high conductivity, mechanical flexibility, and compatibility with existing fabrication techniques.It contains two chapters:Chapter 1: Characteristics of Carbon Nanotube RelayChapter 2: Carbon Nanotube Relay Simulation