THE SYNTHESIS AND CHARACTERIZATION TECHNIQUES OF TIN OXIDE (SnO2) BASED POLY COMPONENT METAL OXIDE NANOCOMPOSITES: A CRITICAL REVIEW

Abstract

In the present scenario, nanoscience is a unique field of research due to its enhanced properties in different areas of research such as Medical, Defense, Physics, Chemistry, and Electronics, etc. At the nanoscale, the particles have unique advanced properties as compared to their bulk because of the huge surface area volume ratio and quantum size effect. The mass properties of materials frequently change theoretically with nano ingredients. Among other metal oxides, the SnO2 metal oxide nanomaterials have advanced applications such as in semiconductors, the electrode of the battery at low cost. To create it more useful of SnO2, So completing the requirement of industry and users the SnO2 based nanocomposites is knee interest of today researchers. The design nanocomposites material adheresto both the property of host and guest materials. However, at present time various synthesis techniques are utilized by researchers but solvo-chemical methods such as the modified co-presentation method are suitable for researchers because of their cost-effective and user-friendly techniques. In the present work, the authors are making a critical review affecting parameters such as Temp.(temperature) and Ph for SnO2 nanoparticles for synthesis techniques and described the various characterization tools (Method) such as XRD, FITR, UV Visible SEM and TEM. Keywords: - SnO2 nanocomposites XRD, FITR, UV-visible SEM and TEM.