Corchorus Olitorius-Mediated Green Synthesis and Characterization of Nickel and Manganese Ferrite Nanoparticles

Developing a method for preparing Ni and Mn ferrites was the main objective of this study due to importance these materials in high-frequency applications. These were made by assisting combustion with dried leaves Corchorus olitorius then heating them 700 °C. Several methods, including FTIR, XRD, TEM, SEM/EDX, used characterize ferrites. The thermal behavior, surface magnetic properties as-prepared determined. results revealed that is cheap, economical, environmentally friendly makes it easy produce studied SEM/EDX analyses show formation nanocrystalline brittle, spongy spinel-type structures, having two vibration bands located around 400 cm−1 600 cm−1. However, TG-DTG display behavior different which consisted unreacted oxides, carbon corresponding range 300 °C Moreover, complete conversion oxides equivalent ferrite achieved increasing heat treatment from 1000 Ferrites are heated at °C, reduces their area. calcined estimated using VSM technique. magnetism Fe-based containing 12.189 emu/g 25.988 emu/g, respectively. squareness coercivity greater than ferrite.