Novel fractal analysis of nanograin growth in BaTiO3 thin film

Sonoelectrochemical oxidation of sulfamethoxazole in simulated and actual wastewater on a piezo-polarizable FTO/BaZrxTi(1−x)O3 electrode: reaction kinetics, mechanism and reaction pathway studies

“…This is corroborated by the uneven splitting observed at 2q z 45°. 54,55 Additionally, it was observed that the diffraction peaks obtained for BaZr (0.05) Ti (0.95) O 3 and BaZr (0.1) -Ti (0.9) O 3 also correspond to its tetragonal crystal phase as conrmed by JCPDS card no. 04-013-9936.…”

Fractal Analysis on Surface Topography of Thin Films: A Review

“…Talu S. et al [32] 2016 Co/CP/X Electrochemistry SEM Feng F. et al [76] 2017 MgO EPSAD AFM Nasehnejad M. et al [81] 2017 silver electrodeposition sputtering AFM Soumya S. et al [43] 2017 ZnS PLD AFM Yadav R. P. et al [91] 2017 ZnO atom beam sputtering AFM Talu S. et al [73] 2017 Ag-Cu magnetron sputtering AFM Talu S. et al [142] 2017 carbon-nickel magnetron sputtering AFM Talu S. et al [165] 2017 contact lenses polished AFM Talu S. et al [143] 2017 filler nanoparticles spin-coating AFM Talu S. et al [144] 2017 Ni NPs@a-C CVD AFM Sani Z. K. et al [145] 2017 [155] 2019 C8-BTBT meniscus-guided coating OM Ghosh K. et al [86] 2019 ZnO sol-gel spin-coating AFM Mwema F. M. et al [156] 2019 Al magnetron sputtering AFM Pedro, G.d.C. et al [157] 2019 chlorophyll (Chl) casting & drying OM Talu S. et al [63] 2020 Ag-Cu magnetron sputtering AFM Jafari A. et al [158] 2020 copper oxide magnetron sputtering AFM Yildiz K. et al [159] 2020 montmorillonite cast OM Aminirastabi H. et al [160] 2020 BaTiO 3 sol-gel -Yang L. et al [161] 2021 Pt electroless plating SEM Jiang Y. et al [163] 2021 MoS 2 CVD OM Jiang H. et al [15] 2021 metallic glass ion beam deposition STEM Romaguera Y. et al [164] 2021 GdMnO 3 spin-coating AFM…”

TiO2-Seeded Hydrothermal Growth of Spherical BaTiO3 Nanocrystals for Capacitor Energy-Storage Application

“…The miniaturization of electronic components and nanotechnology makes it necessary to synthesize nanometer-scale BaTiO 3 materials, including nanowires [20] and nanoparticles [21], with scientific appeal and technical urgency. Device miniaturization and high dielectric constant can be achieved by controlling their microstructures and compositions, which are strongly dependent on the phase, uniformity, surface area, and size of the BaTiO 3 materials [22][23][24]. For the applications in MLCC, BaTiO 3 powders are usually used as dielectric fillers and blended with a polymer to a fabricate composite film with a compact and flexible surface.…”