Synthesis Characterization And Environment Benign Applications Of Some Advanced Materials

Abstract

The creation and application of chemical, physical, and biological systems at scales newlineranging from single atoms and molecules to submicron dimensions are all included in newlinethe field of nanotechnology. Additionally, the integration of the resulting newlinenanostructures into more astronomically large systems is also covered. A crucial newlineelement of nanotechnology is the creation of a dependable method for creating newlinenanoparticles. Nanomaterials have drawn increased interest in the biomedical sciences newlinebecause of the growth of nanotechnology. Nanoparticles have remarkable new newlineproperties due to their distinctive surface characteristics, and they are particularly newlineuseful in the biotechnology industry for antibacterial, anticancer, DNA labelling, drug newlinedelivery, cell imaging, and other applications in nonlinear optical machinery, newlinenanoelectronical devices, and catalysis. Thus, nanotechnology is a developing field in newlinethe area of interdisciplinary research. Nanomaterials have attained curiosity of newlineresearchers due to their potential applications in numerous fields. In the present thesis, newlineit was decided to undertake the synthesis of polymeric nanocomposites and some newlineplant based metal oxide nanomaterials for their environmentally benign applications. newlineThe whole research work has been represented into six chapters. Each chapter gives a newlinedescriptive introduction of the work along with their list of references. newline