2) plane SH wave
平面SH波
1.
Surface motion of a hill in layered half-space subjected to incident plane SH waves;
弹性层状半空间中凸起地形对入射平面SH波的放大作用
2.
Surface motion of an alluvial valley in layered half-space for incident plane SH waves;
弹性层状半空间中沉积谷地对入射平面SH波的放大作用
3.
With the aid of wave propagation theory and Snell theorem,a theoretical study on propagationcharacteristics of plane SH wave passing through layered elastic medium is conducted.
运用波的传播理论及Snell定律研究了平面SH波通过弹性层状介质时的传播特性,求得波动方程的解析解,在此基础上,利用数值计算绘出了反射﹑透射系数与介质参数及入射角的关系曲线。
3) plane SH waves
平面SH波
1.
By using wave function expansion method, a series solution of surface motion amplification due to underground group cavities in half-space for incident plane SH waves was given, and effects of parameters such as the frequency of the incident waves, the angle of incident waves, the distance between the two cavities, etc.
采用波函数展开法给出平面SH波入射下半空间中洞室群对地面运动影响问题的一个级数解答,并分析了入射波频率和入射角以及两洞室之间距离等参数对地面运动的影响。
2.
An analytical solution for surface motion of circulararc layered alluvial valleys due to incident plane SH waves was derived by using FourierBessel series expansion technique,and the solution was utilized to analyze the effect of the alluvial sequence on the surface motion.
利用Fourier Bessel级数展开法在频域内给出了圆弧形层状沉积河谷场地对平面SH波放大作用的一个解析解 ,并利用该解分析了河谷中沉积土层排列顺序对放大作用的影
3.
A closed-form solution for two-dimensional scattering of plane SH waves by a tunnel of circular-arc cross-section in a half-space are presented by using the region division and auxiliary functions methods as w.
采用分区思想和傅里叶级数展开方法,利用波函数展开技术并引入辅助函数,求解并得出了任意圆弧形隧洞对平面SH波的散射的封闭解析解。
4) Plane SH-Waves
平面SH波
1.
Based on this as engineering background, semi-analytical solution to the scattering of plane SH-waves by arbitrary shaped cavity is worked out in this paper.
本文首先以此为工程背景,得到了任意形状隧洞及夹塞区对平面SH波散射的半解析解。
5) SH-type surface acoustic waves
SH 型表面波
6) plane P and SH wave
平面P波和SH波
补充资料：抛物柱面
抛物柱面
parabolic cylinder
抛物柱面[钾画比次灯h日er;”即‘o二。，ee姗益明“几“-“月p) 一个二次抛物曲面(见二次曲面(surface ofthesecond order))，其准线为一抛物线(p哪比h).空间中抛物柱面的典范方程是 夕2二2尸x
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条