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IEEE transactions on magnetics, 2021
In this work, an experiment was carried out to investigate the preparation condition of anisotropic Fe-deficient M-type Ca–Sr–La system ferrite with optimum magnetic and physical properties using the raw material Fe2O3 from steel industrial iron oxide ...
Ching-Chien Huang +8 more
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In this work, an experiment was carried out to investigate the preparation condition of anisotropic Fe-deficient M-type Ca–Sr–La system ferrite with optimum magnetic and physical properties using the raw material Fe2O3 from steel industrial iron oxide ...
Ching-Chien Huang +8 more
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Molybdenum Substituted M‐type Hexagonal Barium Ferrite for High Microwave Absorption Performance
International Journal of Applied Ceramic Technology, 2023With the advancement of electrical and electronic devices, overcoming electromagnetic pollution turns into an urgent problem. In this work, high‐valence molybdenum (Mo6+) was doped into M‐type hexagonal barium ferrite (BaFe12‐xMoxO19) to improve its ...
Junpeng Wu +6 more
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Journal of Nanoscience and Nanotechnology, 2020
Copper substituted strontium ferrite nano spinels were synthesized by facile chemical coprecipitation method. Structural properties of all the nano materials were examined using Powder X-ray Diffraction of size ranging 22-50 nm and High Resolution ...
T. L. Ajeesha +3 more
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Copper substituted strontium ferrite nano spinels were synthesized by facile chemical coprecipitation method. Structural properties of all the nano materials were examined using Powder X-ray Diffraction of size ranging 22-50 nm and High Resolution ...
T. L. Ajeesha +3 more
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Hexagonal Ferrite: From Macro‐ to Nanocrystal
ChemInform, 2005AbstractFor Abstract see ChemInform Abstract in Full Text.
Yu. A. Mamluı̆, L. P. Ol’khovik
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Crystallography of the Hexagonal Ferrites
Science, 1971The hexagonal ferrites form an unusual group of complex, ferrimagnetic oxides embodying some 60 known crystal structures. These include phases for which the structural unit cell is larger than that in any known inorganic materials. The various hexagonal ferrite modifications fall into two distinct structural series, each formed by the ...
J. A. Kohn +2 more
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Magnetostriction of some hexagonal ferrites
Journal of Applied Physics, 1981With the aim of beginning a systematic characterization of the magnetoelastic properties of the hexagonal ferrites we measured the room temperature magnetostriction in a number of these materials. The analysis of the experimental results allows us to conclude that: a) the saturation magnetostriction in hexaferrites is of the same order of magnitude as ...
F. Licci, S. Rinaldi
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Hexagonal Ferrites at Millimeter Wavelengths
9th European Microwave Conference, 1979, 1979Hexagonal ferrites may show a renaissance as candidates for various microwave devices in the millimeter wavelength range if perfect and low-loss materials, either bulk crystals or epitaxial layers, can be grown. Use is made of the large anisotropy fields of compounds with uniaxial magnetic anisotropy. These intrinsic anisotropy fields together with the
G. Winkler, H. Dotsch
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Dielectric Properties of Hexagonal Ferrites
physica status solidi (a), 1986Dielectric properties of hexagonal ferrites BaFe12O19, BaTi2Fe4O11, and BaSn2Fe4O11 are examined from 4.2 to 500 K. BaFe12O19 shows low dielectric constant and conductivity, while BaTi2Fe4O11 shows large dielectric constant and conductivity. On the other hand BaSn2Fe4O11 which has the same crystal structure as BaTi2Fe4O11 exhibits very low dielectric ...
K. Iwauchi, Y. Ikeda
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New Mn-Substituted Hexagonal Ferrites
Journal of Applied Physics, 1965Seven new hexagonal ferrite structures have been identified by single-crystal x-ray diffraction during a study of crystals from Mn-substituted Y phase syntheses. They fall in the M2Yn series and are comprised of a c-axis stacking of 2 five-anion-layer M blocks permuted with 9–13 six-anion-layer Y blocks.
J. A. Kohn, D. W. Eckart
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Hexagonal Ferrite Fibres and Nanofibres
Solid State Phenomena, 2015Hexagonal ferrites, or hexaferrites, are hugely important materials commercially and technologically, with common applications as permanent magnets, magnetic recording and data storage media, components in electrical devices operating at wireless frequencies, and as GHz electromagnetic wave absorbers for EMC, RAM and stealth technologies.
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