Variation in Structural and Magnetic Properties with Calcination Temperature in Snzno3±Δ Nano-Crystallines at Fixed Zn Concentration

Abstract

Since last three decades, science and technology of particles are proving exponential growth at nano scale because of its highlighted properties and applications in respective fields. The metal oxide nanomaterials have colourful properties because of multivalency d and s subshell electronic configurations. In present work, the researcher elaborates the conclusive properties of SnO2 and Zn doped SnO2 nano-composites and thereafter, exploded her study with the rise of calcination temperature.The duration of calcination was opted as 2 hours because of constant heating or uniformity were occurred in about 2 hours and the temperature was risen limited up to 800°C because of met allistic particle such as SnO2 or nano composite lost their magnetic behaviour above 800°C and beyond. T