磁波

用磁波仪器，潜水员发现了一个盆地，这个盆地曾经是城市的港口，在他们用电子设备观察它，为它制图时，还发现了宫殿、庙宇。

Using magnetic wave technology , the divers found the basin of what used to be the city 's harbor and electronically surveyed and charted it , finding palaces and temples .

运用远红外线微粒分子共振所产生的磁波能量，而引起诱热反应，刺激自然抵抗能力、进细胞抗体。

Excite - The magnetic wave energy is generated the LR Far Infrared ray Molecule resonance . To cause the heat-lead reaction ; Excite the nature resistance ; Strengthen the ell antibody .

不均匀磁化薄膜中静磁波对导波光的Bragg衍射

Bragg Diffraction of Guided Optic Waves with Magnetostatic Waves in Nonuniformly Magnetized Film Waveguide

静磁波变分计算与磁光Bragg衍射效率的提高

Variational Approach to Magnetostatic Waves and Improvement of Diffraction Efficiency for Magneto-Optic Bragg Cells

讨论了静磁波-光相互作用Bragg衍射效率和扫描特性；

The Bragg diffraction efficiencies and the scanning characteristics of MSW-optical wave interactions are discussed ;

波形纯正，频率高稳定，不产生干扰磁波（EMI、EMC）。

Waveform pure , high frequency stability , no magnetic interference ( EMI , EMC ) .

用耦合模理论研究TE（？）TM模随静磁波的变换，导出TE（？）

Using the mode coupling theory , the TE ←→ TM mode conversion with magnetostatic waves is examined .

斜向磁化的YIG波导中静磁波传播特性

Properties of magnetostatic wave propagating in YIG waveguide under inclined magnetization

所得结论可用于分析倾斜磁场在改善基于静磁波的新型磁光Bragg器件衍射性能方面所起的作用。

The results obtained can be applied to analyze how to improve the diffraction performance of the new MSW-based magnetooptic Bragg cells by inclined bias magnetic field .

为静磁波－集成光频谱分析仪（MSW－IOSA）等器件的研制奠定了基础。

The foundation of MSW-IOSA ( integrated optic spectrum analyzer ) research was constructed .

表面等离体子波（SPW）可与入射光横磁波极化能量耦合并被共振激发，这种现象被称为表面等离体子共振现象（SPR）。

Surface plasmon resonance ( SPR ) is a phenomenon induced by the polarizing energy coupling and resonant exciting of surface plasmon wave and incident TM light wave .

利用新的微扰方法导出了层状YIG薄膜波导中静磁波微扰下的光模式耦合振幅方程；

In this paper , the coupling optical mode amplitude equations under the perturbation of magnetostatic wave ( MSW ) have been derived with a new perturbation method ;

毫米波太赫兹频段介于微波与红外波段之间，是lll磁波频谱种很有研究价值的一个频段，也是比较新兴的研究领域。

Millimeter-wave and terahertz band , which ranges between the microwave and the infrared , is a band of great significance and a relatively new area in the electromagnetic spectrum study .

静磁波（MSW）是一种在磁性介质中传播的慢色散波，也是一种微波电磁波，可通过磁控方法改变静磁波的传播特性，并与具有电磁性的物质发生作用。

Magnetostatic wave ( MSW ) is a kind of slow dispersive wave propagating in magnetic medium , which is also a microwave electromagnetic wave . So the propagation characteristics of MSW can be controlled by bias magnetic fields .

本文首先从Maxwell方程组出发，推导了表征二维平面光波导中光电磁波传输的欧拉方程，得到进行有限元分割后的离散化模型。

In chapter two , we derive the field distribution functions of two-dimension planar optical waveguides from Maxwell functions , and then receive the Euler function , this is the basis of the finite element method for the analysis of two-dimension optical waveguide .

本文研究了用于微波静磁波器件的（La，Ga）：YIG单晶薄膜的铁磁共振特性，分析了共振线宽和单轴各向异性与生长条件、微观结构参数、表面质量之间的关系。

The FMR behavior of ( La , Ga ): YIG monocrystal films used in microwave devices is investigated . The relations between the FMR linewidth , uni-axial anisotropy and the conditions of growth , the quality of the surface of film , and the parameters of microstructure are analyzed .

波导静磁波延迟线的新结构探究

Explore of New Structure for Magnetostatic Wave DelayLine in Rectangular Waveguide

磁性超晶格中静磁波的表面退磁效应

Effects of Surface Demagnetizing Field for Magnetostatic Waves in Magnetic Superlattices

圆形隧道中被导电磁波传输衰减的频率特性电磁波导的通过谱计算

Frequency characteristic of transmitted attenuation of guided electromagnetic waves in circular tunnel

垂直不均匀磁场中静磁波的传播特性

Magnetostatic Wave Propagation Characteristics under Normal Nonuniform Bias Magnetic Field

静磁波与声波的互作用研究

A Research on Interaction between Magnetostatic and Acoustic Waves

边缘截止频率由不均匀磁场的最大值决定，静磁波的下限截止频率由不均匀场的最小值确定。

The edge cut-off frequency is determined by the maximum of the nonuniform field .

微波静磁波模式特性分析

Analysis of Mode Characteristics of Microwave Magnetostatic Waves

静磁波技术及其应用

Magnetostatic Wave Technology and Its Applications

任意方向磁化的多层结构中静磁波的色散特性

The Dispersion Characteristics of Magnetostatic Waves ( MSW ) in Multiple Layer Structures Magnetized in Arbitrary Direction

静磁波器件研究进展

Development of Magnetostatic Wave Devices

不均匀磁场中的静磁波传播和导波光衍射理论

Theory of Magnetostatic Wave Propagation and Magnetooptic Bragg Diffraction in YIG GGG Waveguide Under Nonuniform Bias Magnetic Field

从器件整体出发，全面分析了各种因素对静磁波器件温度性能的影响，提出了具有一定价值的设计思想。

In the view of MSW devices the effects of all factors on the temperature characteristics have been analyzed .

本文首次研究了被导电磁波与强扰动随机媒质的相互作用问题。

In this paper , the problem of interaction of guided electromagnetic waves and strong fluctuation random media is studied for the first time .

本文导出了任意方向磁化且双面接地的多层薄膜结构中静磁波的色散方程；

A dispersion equation for magnetostatic wave ( MSW ) propagating in a multiple layer structure with double ground and magnetized in arbitrary direction is derived .