The method can be used to both crystal crystal and isotropic medium crystal interfaces.
这一方法既能应用于晶体-晶体界面，也能应用于各向同性媒质-晶体界面。
We offer the simulation algorithm, and analyse the characters of elastic wave fields in anisotropic medium and isotropic medium respectively.
文中建立了一套模拟算法，研究了各向异性与各向同性介质中弹性波场的特征。
However, coal is usually assumed to be an isotropic medium in the traditional coal seismic exploration, and the impacts of fractures on seam are not taken into account.
传统的煤田地震勘探将煤层假设为单一的各向同性介质，没有考虑其中裂隙对煤层的影响。
In the analysis, anchor age circumscription is to be treated as orthogonal anisotropic medium and the wall rock exceeding the anchorage cirrs umscription as isotropic medium.
在分析中，把锚固区作为正交各向异性体来处理，而锚固区外的围岩仍然看作各向同性体。
Two kinds of magnetic field distribution are discussed and the result show magnetizing current on interface can be replaced with discrete mirror image current for uniform, linear and isotropic medium.
对于均匀线性和各向同性的介质，通过计算两种特殊位形的磁场分布，得到其介质界面连续分布的磁化电流可用分立的镜象电流来代替。
The ideal transformers in a network equate mode match condition of the interface between the isotropic and biaxial medium.
在网络中使用理想变压器元件等效双轴电介质与各向同性介质分界面处的场匹配条件。
The uniqueness theorem in the linear isotropic nonuniform medium is proved.
证明了非均匀各向同性线性介质中的唯一性定理。
According to the correspondence principle and FFT, the author have calculated the displacement field of a double-couple point source in homogeneous, isotropic, unbounded medium.
利用对应原理和FFT技术计算出了无限均匀各向同性介质中双力偶点源产生的位移场，并结合若干实例进行了分析和总结。
The bending problem of a cantilever beam made of transversely isotropic piezoelectricity medium under uniformly distributed loading is studied.
对由横观各向同性压电介质构成的悬臂梁在均匀分布荷载作用下的弯曲问题进行了研究。
The moving problem of a screw dislocation at subsonic velocity in a transversely isotropic piezoelectric medium is considered.
考虑横观各向同性压电材料中螺位错的亚音速运动问题。
In this way, corresponding to every single transversely isotropic elastic random medium model, we can calculate and gained 15 different wave field characteristic quantities.
这样，对应每一个横各向同性弹性随机介质模型，均可计算得到15个不同的波场特征量。
In this way, corresponding to every single transversely isotropic elastic random medium model, we can calculate and gained 15 different wave field characteristic quantities.
这样，对应每一个横各向同性弹性随机介质模型，均可计算得到15个不同的波场特征量。
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