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Highly oriented polycrystalline SSMO thin films deposited on single crystalsubstrates by ultrasonic nebulized spray pyrolysis have been studied. The filmon LAO is under compressive strain while LSAT and STO are under tensile strain.The presence of a metamagnetic state akin to cluster glass formed due tocoexisting FM and antiferromagnetic/charge order (AFM/CO) clusters. All thefilms show colossal magnetoresistance but its temperature and magnetic fielddependence are drastically different. In the lower temperature region themagnetic field dependent isothermal resistivity also shows signature ofmetamagnetic transitions. The observed results have been explained in terms ofthe variation of the relative fractions of the coexisting FM and AFM/CO phasesas a function of the substrate induced strain and oxygen vacancy inducedquenched disorder.

Comparative study of magnetic and magnetotransport properties of Sm0.55Sr0.45MnO3 thin films grown on different substrates