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Electrochemical, magnetic and structural features of Ni0.2Zn0.8Fe2O4, nanoparticles synthesized under the conditions of thermal treatment of X-ray amorphous combustion products
Russian version
Martinson K.D. 1, Sakhno D.D. 1, Migunova P.V.1, Lobinsky A.A. 1
1Ioffe Institute, St. Petersburg, Russia
Email: martinsonkirill@mail.ru, sakhno-dashuta@yandex.ru, migunova_polina03@mail.ru, lobinski.a@mail.ru
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For the first time, nickel-zinc ferrite nanopowder with the composition Ni0.2Zn0.8Fe2O4 was synthesized and physicochemically characterized by the method of thermal treatment of X-ray amorphous products of solution combustion method. It has been shown that ferrite formation occurs at a temperature of 465oC. A study of magnetic characteristics demonstrated that the resulting nickel-zinc ferrite nanopowder has a typical antiferromagnetic nature. The results obtained show the possibility of synthesizing X-ray amorphous combustion products of nanostructures with an average particle size of 24.8 nm, a degree of crystallinity of the order of 100%, and a specific surface area of 34.6 cm2/g using thermal treatment. Keywords: nickel-zinc ferrites, nanoparticles, solution combustion method, magnetic properties.
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