Exploring the Role of Nano Wires: Properties and Applications

Nano Wires

A single-dimensional nanostructures are referred to as nanowires. They are usually designed for gold, silver, and iron. These wires are developed over a flat substrate of semiconductor elements such as germanium and silicon. It measures nearly ten to nine meters and is incorporated in nanotechnologies for the design of Nanomachines. A small nano wires is developed by Nanoparticles with diameters which is very small similar to a nanometer.

Nanotechnology deals with matters ranging from size between one and one hundred nanometers, thus enabling various applications. It consists of imaging, designing, measuring, and even manipulating elements at this scale. The speed of computers has escalated and expenses have been reduced owing to the presence of nanotechnology. Some of the various sectors such as medicine and semiconductors were greatly influenced by certain applications like nanowires, nanobots, and Nanoelectronics.

Electronic Usage of Nanotechnology

Nanotechnology augments electronic substances by increasing their overall performance thus diminishing weight and usage of power. Apart from that, it does have the potential to enhance display screens and amplify the density of memory chips while lowering the size of transistors present within the circuits.

Another major highlight of Nanotechnology is that it would ensure seamless traveling in outer space through the development of light solar devices as well as wires. This is also useful to narrow down the usage of rocket fuel and expenses to reach the orbit.

Properties

Mechanical property

The huge volume of grain boundaries in bulk substances contains traces of nano particles which are capable of boosting scalability via sliding.

Magnetic property

As the total energy of magnetic anisotropy is very small, there might be variations in the magnetization sector due to extreme heat, which is referred to as super magnetism. Such types of materials do not hold on to magnetism smoothly. The possibility of losing this property is high if they are in contact with various other particles.

Catalytic property

Those nanoparticles designed out of transition metal oxides possess remarkable catalytic properties owing to the massive surface area. The catalytic effects are enhanced by decorating these particles using platinum and gold.

Optical property

Integration of non-agglomerated nanoparticles with polymer is carried out to modify the refraction index. This procedure will be able to develop materials containing non-linear optical properties.

Conclusion

Nanowires portray the top-defined class of nano-scale building blocks thereby permitting several ranges of devices and tactics.