Nanomaterial types and applications

Abstract

The recent technological progress experience has shown that the main element is innovation in nanotechnology and nanoscience. Nanotechnology is an interdisciplinary field that pacts with various fields of science including physics as well as chemistry, the study of constituents, as well as other advanced technologies. Nanotechnology submissions spread in virtually every branch of science as well as expertise. The current overview paper illustrated the forms of nano-sized scale particles as well as their process of synthesis, the methods of characterization. Several methods as well as applications that have been published over the past six years, but in this paper we have targeted mainly on the usual preparation methods as well as nanomaterials applications to provide the young researchers with a common idea. Nanomaterials (NMs) have gained popularity in technological developments with improved efficiency over their bulk counterparts due to their tunable physical, chemical, and biological properties. The NMs are classified by scale, structure, shape and origin. The ability to forecast the particular properties of NMs enhances each classification’s value. Issues related to toxicity are unavoidable due to the increased development of NMs and their industrial applications.