Abstract:We fabricated layered-perovskite Sr2IrO4−xF2x thin films by combining pulsed-laser deposition with topotactic fluorination and investigated the modulation of their electronic states and electron transport properties.
“…This method of topotactic fluorination using PVDF was conducted earlier for perovskite nickel oxide films 21,22 and layered perovskite films. 23,24 The typical thicknesses of the films were 50-60 nm. The lattice constants were analyzed using X-ray diffraction (XRD) with Cu-Ka radiation.…”
Layered perovskite nickelates have recently emerged as materials with colossal dielectric permittivity. However, they exhibit relatively high values of loss tangent (tan δ) owing to insufficient electric insulation; thus, lowering...
“…This method of topotactic fluorination using PVDF was conducted earlier for perovskite nickel oxide films 21,22 and layered perovskite films. 23,24 The typical thicknesses of the films were 50-60 nm. The lattice constants were analyzed using X-ray diffraction (XRD) with Cu-Ka radiation.…”
Layered perovskite nickelates have recently emerged as materials with colossal dielectric permittivity. However, they exhibit relatively high values of loss tangent (tan δ) owing to insufficient electric insulation; thus, lowering...
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