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Second-harmonic Response And Temperature Differential Resistivity Of Noncollinear Spin Valves

机译:非共线自旋阀的二次谐波响应和温差电阻率

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摘要

By means of a diffusive description of spin-dependent thermal and electrical transport using Pauli-spin matrices, we analyze the spin-dependent transport mechanisms that determine the voltage response of a metallic spin valve to an ac temperature oscillation under steady current and the second-harmonic voltage response to spin-torque induced oscillations of the magnetization of the layers. We show the extent to which both measurements are sensitive to the relaxation of the transverse spin moment. The simulations of these signals suggest an experimental protocol to characterize the decay of the spin-accumulation precession due to s-d interaction in ferromagnets.
机译:通过使用Pauli-spin矩阵对自旋相关的热和电传输进行扩散描述,我们分析了自旋相关的传输机制,该机制确定了金属自旋阀在稳定电流和第二次旋转时对交流温度振荡的电压响应。谐波电压对自旋转矩引起的各层磁化振荡的响应。我们显示了两种测量对横向自旋矩的松弛敏感的程度。这些信号的模拟结果表明,有一个实验协议可以描述由于铁磁体中s-d相互作用而引起的自旋积累进动的衰减。

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