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Abstract The angular dependence of the microwave-driven spin rectification (SR) effect in single crystalline Co0.5Fe0.5alloy film is systematically investigated. Due to the strong current-orientation dependent anisotropic magnetoresistance (AMR), the SR effects in CoFe film strongly deviate from the ordinary sin 2φMcosφMrelation withφMdefined as the magnetization angle away from the current. A giant Gilbert damping anisotropy in the CoFe film with a maximum–minimum ratio of 520% is observed, which can impose a strong anisotropy onto magnetic susceptibility. The observed unusual angular dependence can be well explained by the theory including current-orientation dependent AMR and anisotropic magnetic susceptibility. Our work also suggests that the strong current-orientation dependent AMR in single crystalline CoFe film could exist up to the gigahertz frequency range.more » « less
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Shen, Xi; Chen, Haoran; Li, Yi; Xia, Hong; Zeng, Fanlong; Xu, Jia; Kwon, Hee Young; Ji, Yi; Won, Changyeon; Zhang, Wei; et al (, Journal of Magnetism and Magnetic Materials)null (Ed.)
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Li, Yi; Zeng, Fanlong; Saglam, Hilal; Sklenar, Joseph; Pearson, John E.; Sebastian, Thomas; Wu, Yizheng; Hoffmann, Axel; Zhang, Wei (, IEEE Transactions on Magnetics)
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Li, Yi; Zeng, Fanlong; Zhang, Steven S. -L.; Shin, Hyeondeok; Saglam, Hilal; Karakas, Vedat; Ozatay, Ozhan; Pearson, John E.; Heinonen, Olle G.; Wu, Yizheng; et al (, Physical Review Letters)