Publication | Closed Access
Effect of Li doping on structure and optical properties of NiO nano thin-films by SPT
22
Citations
18
References
2020
Year
Optical MaterialsEngineeringX-ray Diffraction PatternsSolid-state ChemistryThin Film Process TechnologyOptical PropertiesUndoped NioThin Film ProcessingMaterials ScienceNanotechnologyOxide ElectronicsSemiconductor MaterialMaterial AnalysisLi-ion Battery MaterialsSurface ScienceApplied PhysicsNio Thin FilmsThin FilmsFunctional Materials
Structural and optical properties of undoped NiO and Li doped NiO thin films at a volumetric content of (1% and 3%) by spray pyrolysis (SPT) were thoughtful. X-ray diffraction patterns indicate that deposited films are cubic polycrystalline with a dominant peak at (101) plane. The study assure that Li doping did not affect the structure or dominant peak. Average crystallite size was set to be in the range of 11.08– 21.76 nm with an average roughness of (0.33-0.59) nm was evaluated by atomic force microscopy. Transmittance values of undoped NiO and Li doped films reaches 85% in Vis-NIR regions. Optical energy gap values for undoped NiO and Li were equal to 2.94, 3 and 3.06 eV respectively.
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