SnO2 is an important functional material having a wide range of applications inudgas sensors and optoelectronic devices. There is a great interest for finding new costeffectiveudand straight-forward methods for production of these particles. In this research,udhydrogel thermal decomposition method (HTDM) is used for production of high purityudSnO2nano-particles. Cost effective reactants and green routs of production are the advantagesudof polysaccharide based hydrogel as starting material for this method. Visualudobservations indicated that there is very little tendency for agglomeration in theudSnO2nano-particles produced by this method which can be considered as an advantageudfor this method over other methods for production of SnO2nano-particles. SnO2nanoparticlesudare also characterized by X-ray diffraction (XRD) in terms of purity and theudsizes. It is found that high purity SnO2nano-particles in the size range of 25 – 36 nm canudbe produced by HTDM.When you are citing the document, use the following link http://essuir.sumdu.edu.ua/handle/123456789/20684
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