Synthesis, Characterization, and Applications of Polyvinylpyrrolidone Hybrid Materials

Abstract

Science on nanomaterials is a very important and quickly developing technology. While developing and producing such materials may offer the technology industry substantial market possibilities, they may have major consequences for the so-called conventional production industry. As is apparent, it already has a huge impact on people's life. The sol-gel technique is one of the most often utilised methods for nanomaterial synthesis. Many scientists in the area have already utilised this technique to create comparable items, including lenses, ceramics, optometric devices, and electronic catalysts. In the synthesis of nanocomposites, furthermore, the sol-gel technique is vital. Initial stages involve the mixing of organic and inorganic solutions of metal, which are then polymerised and hydrolyzed for the formation of a gel. The ultimate outcome of the process of coagulation is the creation of a "hybrid material.” The structure and the characteristics of the gel network have significant effects on the properties of water inside them, due to the intensive interaction between H2O and the macromolecular chains in the gel network. Along with the present experiment we will also discuss some other characteristics of PVP in this paper.