Laser ablation mechanism focuses a laser beam on a substrate for the removal of any surface material. The removed mass relies on the material itself, pulse length, intensity power and laser wavelength. Numerous benefits of laser ablation as compared to the traditional nanomaterials’ processes are utilized for the determination of chemical’s concentration level, their incidence or more specifically of the surface material. However, the substitute solutions go through a procedure of multiple steps which is hazardous for environment, time taking, obstinate and expensive. Thus, laser ablation is considered to be cost-effective, dependable, and economical process. The directions for nanoparticles’ production consents control of the particle geometry, particle accumulation degree, particle size and various elements’s doping ratio. Several techniques have testified the both methodologies for instance combustion, sputtering, chemical vapor deposition, PLA, mechanical milling and other practices. In our current research, we will be concentrating on just those techniques which comprise of the combustion and pulsed laser ablation usage.
