Effect of visitors on the magnetic properties of complex factors nano powder barium Hgzafryt Strjdyd Sntzshdh sol-gel combustion method

Primary material used in the preparation of magnetic nanoparticles has Bhszayy important. Among the material factor affecting Kmplksknndh of material particle size, temperature Zyntrkrdn and magnetic properties of barium ferrite powder hex Thyhshdh sol-gel method is combustion. In this article the importance of considering the type and amount Kmplksknndh factor in influencing the magnetic properties of particles Thyhshdh sol-gel combustion method, two factors Kmplksknndh citric acid and glycine in the preparation of powdered barium ferrite nanoparticles hex used, then using vibrating Mghnatyssnj (VSM), Scanning Electron Microscope (SEM) and X-ray diffraction (XRD) impact on the operating magnetic properties, structural and fuzzy Hgzafryt barium powder was investigated. The best hard magnetic properties at a temperature of 900 ° C and 31 nm particle size given by glycine Kmplksknndhy agent is obtained.