Near infrared emission and enhanced ferromagnetism in Fe doped SrSnO3 perovskite structured nanorods

Solvothermal synthesis of Fe doped MnSnO 3 : An approach of wide bandgap perovskite towards optical, luminescence, and electrochemical properties

“…14 For the tuning of physio-chemical properties of perovskite several transition metals (Cr, Cu, Co, and Fe) have been incorporated in the host material, which results in the fascinating optical, magnetic, and photo catalytic behavior. 15,16 Interestingly, Fe doping in MnSnO 3 shows a great influence on the defect chemistry of perovskite compounds. The influence on perovskite structured compounds also depends upon the method of synthesis and morphology of the material.…”

Tuning of Structural and Magnetic Properties of SrSnO3 Nanorods in Fabrication of Blocking Layers for Enhanced Performance of Dye-Sensitized Solar Cells

“…This could be attributed to the crystallographic reconstruction of SrSnO 3 . 36 , 37 However, the doped (In) samples do not show any indium-related content in diffracted patterns, which suggests that indium ions are incorporated into the Sr–Sn–O lattice.…”

“… Here, D ∼ mean crystallite size, λ ∼ Cu Kα = 0.15418 nm wavelength of X-rays, K ∼ 0.9 shape factor, and β ∼ full width at half-maximum of peak at 2θ, and ε ∼ strain. 36 …”

Unraveling the microstructural and optoelectronic properties of solution-processed Pr-doped SrSnO3 perovskite oxide thin films

“…26 The peak located at 524 cm À1 was attached to the presence of stretching vibrations of Sn-O bands, and this trend conrmed the existence of SnO 6 octahedral tilting in all the compounds. 27,28 Several extra weak peaks appeared between 400 and 500 cm À1 and were associated with the Pr-O molecular vibrations originating from the octahedral coordination PrO 6 . Indeed, the FT-IR analysis results conrmed the presence of metal-oxygen vibrations with the detection of other active IR modes, which was consistent with the XRD analysis and conrmed the effective formation of the SrSnO 3 compound in the orthorhombic structure.…”