Design new strategies and photocatalytic performances of (NH4)Cd6(P2O7)2 P3O10 nanostructures

Abstract

New (NH4)Cd6(P2O7)2 P3O10 nano-multi shapes were prepared by hydrothermal method and which can be examined by various using instruments like X-ray diffraction, FTIR and Raman spectroscopy measurements. These (NH4)Cd6(P2O7)2 P3O10 nanocatalysts were obtained to the monoclinic structure. The (NH4)Cd6(P2O7)2 P3O10 nanocatalyst morphologies were analyzed in SEM instrument and spheres like structures, triangle, cubic and crystal shapes also obtained. Peaks 484, 557 and 1087 cm−1 were corresponds to the M–O and P–O groups, which results were confirmed by FT-IR studies. This (NH4)Cd6(P2O7)2 P3O10 materials synergism can be described in photocatalytic applications. At this juncture, these nanoparticles can be created to the new invention and effectible performed to the Brilliant Green dye efficiency with halogen lamp.

Phytonanofabrication of iron oxide particles from the Acacia jacquemontii plant and their potential application for the removal of brilliant green and Congo red dye from wastewater

“…In the 21st century, nanotechnology and nanoparticles (NPs) have gained huge popularity among investigators worldwide (Pokrajac et al, 2021;Gnanamoorthy et al, 2023). NPs have gained huge attention in the fields of electronics, medicine, and wastewater treatment (Elnouby et al, 2021;Khan et al, 2022;Selvaraj et al, 2022;Zanata et al, 2022).…”