Optical spectroscopic analysis, supercapacitance, photocatalysis of BaTixFe12-(4/3)xO19 hexagonal nanoparticles

Obviously, BaTixFe12-(4/3)xO19 Hexagonal nanocrystals are excellent candidates as photocatalysts in water purification, well using them electrode materials for supercapacitors and energy storage applications. M-Type nanoparticles (BaTixFe12-(4/3)xO19, 0 ≤ x 1) with the magneto-plumbite structure were formerly synthesized by co-precipitation procedure investigated several techniques such XRD, FT-IR, Raman, Photoluminescence UV-VL. XRD FT-IR confirmed structure, Raman spectra showed 12 characterizing summits. emission indicated two summits at 448 501 nm. Optical UV-VL spectroscopic analysis parameters dependence on λ x. BaTi0.75Fe11O19 a sort of Ferrites Photocatalytic activity Degradation Organic Dyes like; Crystal Violet, Methyl Orange, … etc. Furthermore; these possess electrochemical performance; which turn introduces Supercapacitors Applications. Thus, Photo-catalytic decolorization Violet (CV) dye (1 × 10-5 M) illuminated photocatalytic efficiency reaching ≈ 85%. On other hand; exhibited specific capacitance 1858 mF/g 50 mV/s. The current study promising applications super storage.