1·The seismic behavior of the structure on layered medium-soft-soil affected by the river is studied.
为了研究河流对成层中软土地基上建筑物地震反应的影响。
2·A new method was raised for studying spatial-resolved diffusing reflectance from two-layered medium.
提出了一种研究双层介质空间分辨漫反射率的理论模型。
3·Vector composition method can be well used to achieve this when the assumption of horizontally-layered medium is made.
在水平层状介质的假设条件下，利用矢量合成方法能较好地实现运个目的。
4·This method describes seismic wave propagating more accurately than others which are based on linear model of layered medium.
这种方法和以层状介质线性模型为基础的求解波场的其它方法相比较，能更精确的反映地震波的传播情况。
5·Finally, the formal solution for the spectrum of the surface displacement caused by a cavity explosion in a layered medium is derived.
最后还导出多层介质中空腔爆炸所产生的表面位移谱的形式解。
6·The method of reflectivity in the calculation of synthetic seismograms is extended for the case of a point shear dislocation source buried in a layered medium.
本文将计算综合地震图所用的反射法，推广于层状介质中的剪切位错内源情况。
7·Depending on the experimental result and the theory of sound wave propagation in layered medium, a mechanism of gradient water-soluble polymer solution was developed.
根据连续分层介质中声波传播理论建立了计算水溶性高分子溶解过程中声衰减的数学模型。计算结果与实验结果一致。
8·The application of this differentiator to model seismic wave propagation in homogenous layered medium and complex medium also shows high accuracy and robust stability.
这种与众不同的应用模型和复杂的均匀层状介质中地震波的传播也显示精度高，鲁棒稳定性。
9·Luneberg lens antenna is a spherical layered medium lens antenna, and its main feature is its capability of focusing the incident wave to a point on the spherical surface.
龙伯透镜天线是一种球形的分层介质透镜天线，其主要特点是能够把入射波聚焦到球表面一点。
10·By defining a total reflection coefficient of natual EM field over multi layered medium, the forward and inversion equations for nature soutce EM sounding are established.
引入一个多层岩层相叠时其表面对电磁波入射的总反射系数的概念，从而导出了方法的正反演计算式及相应仪器的设计方案，并制造了测深仪器。