Magnetoresisitive Properties of Layered Structures Based on Fe and SiO2

I. M. Pazukha, R. M. Petrenko, Y. Shkurdoda, A. Lohvynov, Oleksandr O.Pylypenko, V. V. Shchotkin, S. R. Dolgov-Gordiichuk, L. Dekhtyaruk
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Abstract

Layered structures based on Fe and SiO prepared by layer-by-layer electron-beam condensation method are presented. It was demonstrated that all investigated systems are characterized by anisotropic magnetoresistance before and after annealing. The value of both longitudinal and transverse magnetoresistance in the magnetic field up to 600 mT does not exceed 0.1% at room temperature. It is associated with the reduction of magnetization in comparison with the magnetization of bulk materials.
基于Fe和SiO2的层状结构的磁阻性能
采用逐层电子束凝聚法制备了基于Fe和SiO的层状结构。结果表明,所研究的体系在退火前后均具有各向异性磁阻特征。在室温下,在600 mT以下的磁场中,纵向和横向磁电阻的值都不超过0.1%。与块状材料的磁化强度相比,它与磁化强度的降低有关。
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