全面分析了磁光薄膜波导中磁化方向对微波静磁波传播模式的影响。
The dependence of propagation modes of microwave magnetostatic waves(MSWs) on the magnetization direction in magnetooptic film waveguides is analyzed comprehensively in the paper.
因此，在静磁波器件和以静磁波为基础的磁光器件中，使用具有感生单轴各向异性的磁性薄膜可以显著提高器件性能。
Thus, significant improvements in the device performance can be realized by using the magnetic film that possesses appropriate induced uniaxial anisotropy.
在静磁近似下推导出了静磁正向体波带宽及群延迟的表达式。
The expressions for the bandwidth and group delay of MSFVW are derived under magnetostatic approximation.
本文主要论述了静磁模、电磁模、偶极交换模以及交换模等各种自旋波的特点以及它们的实验探测方法。
This paper mainly discussed their characteristics of magnetostatic modes, dipole-exchange modes and exchange modes and reviewed their detectable methods in experiments.
分析了两个磁性层和间隔层的厚度对静磁后向体波色散和传播损耗的影响。
The dispersion and propagation loss can be reduced significantly by properly choosing the thicknesses of the two magnetic films and separation layer.
研究了在倾斜磁场下感生单轴磁各向异性对静磁正向体波激发的影响，并考虑了易磁化轴垂直和平行于磁性薄膜两种情形。
This paper presented a theoretical investigation of the effects of the induced uniaxial anisotropy on excitation of magnetostatic forward volume waves under obliquely biased magnetic field.
获得非线性色散关系，揭示了传播功率致使静磁表面波频带压缩。
The nonlinear dispersion relation shows that a high wave power results in a reduction of frequency band of MSSW.
本文研究了斜向场下双层磁光薄膜波导中导波光与静磁正向体波之间的相互作用。
The present paper mainly studies the interaction between the guided optical waves (GOWs) and magnetostatic forward volume waves (MSFVWs) in a double layered waveguide under inclined magnetic field.
本文研究了斜向场下双层磁光薄膜波导中导波光与静磁正向体波之间的相互作用。
The present paper mainly studies the interaction between the guided optical waves (GOWs) and magnetostatic forward volume waves (MSFVWs) in a double layered waveguide under inclined magnetic field.
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