Abstract

Mandlik Neha*, Mandilkar Manisha, Vidhate Rupali, More Sagar and Kolhe Sunil

ABSTRACT

Nanoparticles typically have one or more diameters and vary in size from 1 to 100nm. On a nanometric scale, nanoparticles are typically classified as inorganic,organic, and carbon-based particles having better qualities than their biggercounterparts. Because of their compact size, they exhibit improved qualitiesincluding strength, sensitivity, significant reactivity, stability, surface area, etc.They were created using a variety of approaches for both scientific and commercialuses. These methods can be divided into three categories: chemical, physical, andmechanical procedures, all of which have seen significant advancements. This workaims to provide an overview of nanoparticles, covering their types, characterdevelopment, synthesis methods, and environmental applications.