APPLICATION OF CARBON NANO TUBES IN FLEXIBLE ELECTRONICS



INTRODUCTION

A new generation of computers and smartphones could run much faster if they were made from the world's thinnest substance, scientists have claimed.
The researchers found that electrons travel a lot more quickly in grapheme than they do in silicon; the substance current computer chips are made out of.
And given the material's flexible properties, the commercial benefits would be truly groundbreaking - ....etc

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Royal Orchid: leveraging technology to improve efficiency



Preface:

Royal Orchid Group, earlier known as Baljee Hotels, has been expanding aggressively across India in the last few years. However, the rapid growth and expansion posed new challenges for the group as it could not maximize its revenues as the group had manual bookings system in place, owing to which it was becoming increasingly difficult to optimally manage nearly sold out capacities. The case was more to do with offering rooms at right rates ....etc

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The remarkable properties of carbon nanotubes may allow them to play a crucial role in the relentless drive towards miniaturization at the nanometre scale.

Nanotechnology is predicted to spark a series of industrial revolutions in the next two decades that will transform our lives to a far greater extent than silicon microelectronics did in the 20th century. Carbon nanotubes could play a pivotal role in this upcoming revolution if their remarkable electrical and mechanical properties can be exploited.

Since the first measurements were mad ....etc

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nanotubes to improve power grid efficiency ppt

The scientists at Rice University, Texas, hope the armchair quantum wire (AQW) named after the shape of the nanotubes used could replace the existing copper-based grid in the US, which leaks electricity at an estimated five per cent per 100 miles.

The team, headed by chemist Andrew Barron, developed a way of manufacturing large quantities of the armchair nanotubes, which are good at carrying current but difficult to produce because they grow in batches and have to be individually separated out. ....etc

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ABSTRACT

Carbon nanotubes (CNTs) are a recently discovered allotrope of carbon. They take the form of cylindrical carbon molecules and have novel properties that make them potentially useful in a wide variety of applications in nanotechnology, electronics, optics, and other fields of materials science. They exhibit extraordinary strength and unique electrical properties, and are efficient conductors of heat. Inorganic nanotubes have also been synthesized. A nanotube is a member of the fullerene structural family, which also includes bucky ....etc

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The carbon nanotubes form a promising tool in the emerging fields of nanotechnology and its reassuring development. The importance lies in the fact that the whole development has been from carbon which forms the basic unit. The future lies in continuous improvement in the required properties of materials by artificially structuring them on nanometer scale and developing processing methods for their manufacture. Thus this topic presents a smooth and effective blending of electronics and chemistry. The day is not far when we could make supercompu ....etc

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ABSTRACT

Materials Science research is now entered a new phase where the structure and properties of materials are investigated, characterized and controlled at the nanoscale. Though as sophisticated as their larger counterparts, these devices are still burdened because they rely on an outside power. The size of the entire device is determined by the size of the power source. Batteries and other traditional sources are too large, and tend to negate the size advantages of nano devices. Also, batteries being used at present require toxic ch ....etc

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