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Nanorods Properties
01 Feb 17 - 03:36
Nanorods Properties On Electricity & Photoconductivity Along With Their Applications
In nanotechnology, when a synthesized material is made from metals or semiconducting materials is known as nanorod. These come in between the range from 1nm to 100nm and are a product of direct chemical synthesis. These are the one-dimensional structures that provide a focused path for electrical transport. This is also used to control a certain bandgap between radiuses of rods.
Nanorods Properties on Various Scales
As per many scientists, the use of nanorods is one of the most promising candidates for the development of many other materials. These are more suitable to produces many electronic devices and are all due to their unique electrical and photoconductive properties. One of the vital portions of nanorods properties is its complementary electrical characterization with individual standings.
One of the metallic materials for making effective nanorods is the zinc, which is a very sturdy material. These are produced by the zinc and oxygen combination and eventually get the ZnO nanorods which made correct conductive materials under C-AFM microscopy. These ZnO byproducts are also an interesting part for using in a variety of optoelectronic devices.
When the first ever initialized electrical property of nanorods was created, and they were done on two-dimensional current maps. These nanotechnology materials have one-dimensional features, but able to succeed in a condition where a three-dimensional material fails. In the C-AFM, current-voltage characterization is almost similar to a Schottky Diode with conventional properties.
Uses of Nanorods
There are many applications of nanorods, and four of these uses are listed below:
Dye Solar Cells:
These are the low-cost solar cells that belong to the group of semiconductors between a photo-sensitized anode and an electrolyte.
Oligonucleotide Detection:
The oligonucleotides are short DNA or RNA molecules, and the uses of nanorods is to make easy for genetic testing, forensics, and others related applications.
Electric Field:
These are so noble with electricity, which makes easy to control the electric field with it.
Applied Humidity Sensitive:
The nanorods and nanowires are fabricated to record the characteristics in humidity sensitive regions.
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