Paper Details

ABSTRACT

In the field of power generation especially in Li-ion like rechargeable batteries are now hands on its limitation with the help of Nanotechnology. Nanocomposite like Al–C blend materials has been effective by highenergy ball milling technique. The electrical measurements demonstrated that the Al-C composites have profoundly improved electrical performances in analogy mutually Al, Al-C as an anode. For concrete illustration, this improved electrical resistance could be concerning the alloying establishment of Al with C and the buffering effect beside graphite matrix with the help of Laser-arc deposition technique. This suggests that the Al-C building a whole has a potential mishap to be developed as an anode accessories for lithium-ion batteries. With the help of simple method of transforming micrometer-sized Al and C powders into a new nanocomposite modified with carbon or Carbon nanotube (CNT) by the alloying reaction of Al and C to form the Al-C phase and the reaction of the Al-C phase to synthesize the Al-C Nanocomposite was developed using a Laser-Arc deposition technique. These type of nanocomposite are widely applied in various type of electrical application.