Growth and properties of yttrium-iron garnet films with a higher iron content

Mezin, N. I.; Starostyuk, N.Yu.; Yampolskii, S. V.

doi:10.1016/j.jmmm.2017.06.109

Cited by 9 publications

(1 citation statement)

References 29 publications

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“…As follows from a brief analysis of the presented results, the range of materials that would satisfy the necessary criteria for their use in spintronic devices is extremely limited. At the same time, recently, the number of publications related to the synthesis and research of materials and film structures based on ferrites with a spinel and garnet structure, which can be used in spintronics devices, has significantly increased [30][31][32].…”

Section: Basic Directions Of Search Of Materials and Film Structures mentioning

confidence: 99%

Problems of Creating Materials and Film Structures Based on Ferrits for Spintronics Devices

Кецко¹,

Смирнова²,

Kopieva³

et al. 2018

RENSIT

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The review presents the main directions of the search for materials and film structures based on them for spintronics devices, provides data on materials for these purposes available in the literature. The problems that need to be solved when creating spintronics structures are analyzed. A new method for the synthesis of ferrite films on semiconductor substrates without elastic stresses and unwanted interactions of components at the interface is presented. A method for the synthesis of powdered ferrites, based on burning the gel, characterized by phase homogeneity and dimensional unimodality, which makes it possible to use the material as a target for the synthesis of films, is considered. The prospects for the practical use of submicron films of ferrite garnets with a SiO 2 buffer layer on Si with a Hilbert damping parameter α ≈ 10-3 , which can be used in spin-wave device structures on silicon substrates, are considered.

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Section: Basic Directions Of Search Of Materials and Film Structures mentioning

confidence: 99%