The imperfections of microstructures and monolithics in different realms of material sciences have been completely engulfed by the improved characteristics and excellent properties of nanocomposites. Their multiphase components with nanodimensions provide these structures with much superiority over conventional composites. This paper is a brief review about nanocomposites and their classification. Based on the dimensionality of particle size, these can be grouped into one-, two-, and three-dimensional nanomaterial derived composites, while if the number of components forms the basis, they can be classified into binary, ternary, and quaternary nanocomposites. This work also discusses and focuses on the computational analysis of nanocomposites with designing and energy calculation studies, based on DFT, and other mathematical tools and models. The role of metal organic framework-based nanocomposites in sensor fabrication and quantification of different redox systems have also been listed
A distinguished Assistant Professor of Chemistry with over 10 years of undergraduate
teaching experience and 4 years in postgraduate education. I hold a Ph.D. in Chemistry
from IIT Delhi.