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• W3096820907 endingPage "065806" @default.
• W3096820907 startingPage "065806" @default.
• W3096820907 abstract "Abstract In this study, the interactions between spin wave (SW) and stacked domain walls in a magnetic nanostrip are investigated via micromagnetic simulation. It is found that under the excitation of SW, the metastable TWVW structure consisting of a transverse wall (TW) and a vortex wall (VW) may transform into a 360° wall or may completely annihilate depending on the frequency and amplitude of the SW. In contrast, stacked TWs (STWs) structure shows good robustness. Similar to a single TW, the STWs can be moved by SW and the inside TWs exhibit coherent motions. Notably, the frequency dependence of STWs’ velocity demonstrates obvious emergence, shift and disappearance of the resonant peaks. Such changes are found to be in accordance with SW reflection, which thus agrees with the mechanism of linear momentum transfer torque (LMTT). In concern with the SW transmission through STWs, we show that by varying TWs number and SW frequency, a wide range of transmission efficiency η can be obtained. At certain frequencies, η may increase with TWs number and may go beyond 100%, which indicates a lowered attenuation by STWs. On the other hand, the phase shift of the transmitted SW always increases linearly with the TWs number and can be resonantly enhanced at frequencies same as that of TWs normal modes. Mapping of SW reveals that the phase shift is a result of fast propagation of SW through TWs. The fast propagation and the low attenuation of SW through STWs suggests that STWs may serve as an excellent SW channel. Meanwhile, the induced STWs motion and the controlled SW transmission and phase shift by STWs also promises great uses of STWs in future magnonic devices and domain wall devices." @default.
• W3096820907 created "2020-11-09" @default.
• W3096820907 creator A5043070078 @default.
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• W3096820907 date "2020-11-18" @default.
• W3096820907 modified "2023-09-26" @default.
• W3096820907 title "The interactions between spin wave and stacked domain walls" @default.
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• W3096820907 cites W1967200446 @default.
• W3096820907 cites W1969393577 @default.
• W3096820907 cites W1973336684 @default.
• W3096820907 cites W1977242235 @default.
• W3096820907 cites W1981443800 @default.
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• W3096820907 cites W2031728293 @default.
• W3096820907 cites W2032781969 @default.
• W3096820907 cites W2037924123 @default.
• W3096820907 cites W2047461502 @default.
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• W3096820907 doi "https://doi.org/10.1088/1361-648x/abc806" @default.
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