Epitaxial growth of [111] oriented manganese zinc ferrite thin films and their magnetic properties

MnZn ferrite/Permalloy composites have potential in high frequency magnetic applications and can be made into thick-film devices by air plasma spray. The as-sprayed composites have lower saturation magnetization than the starting powder. After annealing below 600°C, the magnetic properties and electrical resistivity improve significantly. The changes in magnetic and electrical properties were correlated to structural changes and studied by x-ray-diffraction analysis, vibrating-sample magnetometer measurements, and microstructural analysis.

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Growth of highly textured manganese zinc ferrite films on glass substrates

Waqas

Huang

Ding

et al. 2010

Journal of Applied Physics

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Highly textured manganese zinc ferrite (Mn0.7Zn0.3Fe2O4) films have been successfully fabricated on glass substrates by pulse laser deposition at relatively low temperatures. Investigations indicated that the strain, which is induced by high deposition rate and the difference of thermal coefficient between the film and glass substrate, is attributed to the growth of textured structure. Growth of highly textured cobalt ferrite film was also achieved using the same method. This work provided a possible technique for fabricating high quality ferrite films on glass substrates.

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Epitaxial growth of [111] oriented manganese zinc ferrite thin films and their magnetic properties

Cited by 4 publications

References 6 publications

On the role of Fe in the growth of single crystalline heteroepitaxial Au thin films on sapphire

On the role of Fe in the growth of single crystalline heteroepitaxial Au thin films on sapphire

The magnetic properties of plasma-sprayed thick-film manganese zinc ferrite (MZF) and nickel iron alloy (Permalloy) composites

Growth of highly textured manganese zinc ferrite films on glass substrates

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