Electrical properties of nano bucky balls

Note: The unique structural and electronic properties, as well as the application of  Bucky ball nanobucky balls   in various fields such as nanoelectronic applications such as making nano electrodes used in special electrical circuits, nano photonics in nano solar cells and It is a nano absorber of specific wavelengths.

Buckyball and fullerenes are among the materials that many nanomaterials are based on. One of the most important and unique properties of fullerenes is their ability to keep atoms or small molecules inside the carbon cage. The importance of the spatial and electronic parameters related to the cage structure such as fullerene  is among the factors of this and the importance of the inclusion of nanostructures and  the stability of these compounds. Optical properties, ionization and electron-withdrawing energies, and relative stability of different multiplicities of fullerons are very effective in the proliferation of nanoelectronic devices.

This category of nanostructure compounds was obtained for the first time by electrical discharge method. Of course, the exact mechanism for  the formation of fullerenes is not known, but it seems that they are produced during the creation of carbon plasma. Purification of fullerenes is usually done by high-performance column chromatography. Also, on a  smaller scale, sublimation can be used to produce solvent-free fullerenes with high purity. Fullerenes  are soot-like solids that are dark in color and in some cases bright. The solubility of fullerenes in  hydrocarbon solvents is usually small, but it is high in aromatic nanomolecule solvents, and larger fullerenes are  less soluble than smaller fullerenes in nanostructured compounds. Buckyballs can return to their original shape when compressed and rotate at a surprising speed. Fullerenes are the constituent particles of buckyballs in electrically conductive nanodevices.

Conclusion :

unique structural and electronic properties, as well as the application of  Bucky ball nano bucky balls   in various fields such as nano electronic applications such as making nano electrodes used in special electrical circuits, nano photonics in nano solar cells and nano absorbers There are specific wavelengths.