Morphology, Phase Composition, and Properties of Nanosized Particles of Gallium Ferrite, Synthesized by Chemical Combustion

Snegirev N. I; Starchikov S. S.; Lyubutin I. S.Ogarkova Yu L.Lyubutina M. VLin C-R

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Morphology, Phase Composition, and Properties of Nanosized Particles of Gallium Ferrite, Synthesized by Chemical Combustion

机译：Morphology, Phase Composition, and Properties of Nanosized Particles of Gallium Ferrite, Synthesized by Chemical Combustion

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Galliumferrite nanoparticles have been synthesized by chemical combustion. The morphology, phase composition, and magnetic properties of particles have been studied using electron microscopy, X-ray diffraction analysis, and Mossbauer spectroscopy. The presence of iron-containing Fe3O4, FeGa2O4, FeGaO3, and alpha-Fe phases in these particles is established. The cation distributions in the main phase FeGa2O4 over tetrahedral and octahedral crystallographic sites were found to be (Fe0.782+Ga0.243+) and [Fe0.282+Ga1.783+], respectively. Materials based on (Fe,Ga)(3)O-4 gallium ferrites can be used in modern biomedical technologies.

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《Crystallography reports》 |2021年第6期|1095-1099|共5页
作者
Snegirev N. I; Starchikov S. S.; Lyubutin I. S.Ogarkova Yu L.Lyubutina M. VLin C-R;
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Russian Acad Sci;

Natl Pingtung Univ;

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正文语种英语
中图分类晶体学;
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MAGNETITE NANOPARTICLES;

Morphology, Phase Composition, and Properties of Nanosized Particles of Gallium Ferrite, Synthesized by Chemical Combustion

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