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1)  elastic wave equation
弹性波方程
1.
Numeric simulation by grid-various finite-difference elastic wave equation;
变网格有限差分弹性波方程数值模拟方法
2.
Numerical modeling using staggered-grid high-order finite-difference of elastic wave equation on arbitrary relief surface.;
任意起伏地表弹性波方程交错网格高阶有限差分法数值模拟
3.
Study on forward simulation of cross-hole seismic elastic wave equation for model of thin and alternating bed reservoir.
薄互层油藏模型井间地震弹性波方程正演模拟研究
2)  elastic wave equations
弹性波方程
1.
The paper presents a compact difference scheme (CDS) for two-dimensional elastic wave equations and analysis its stability and phase velocity error.
在对弹性波方程进行数值模拟时 ,低阶差分格式往往产生严重的数值频散 ,高阶显示差分格式需要用较多的网格点 ,不利于边界的处理。
2.
The connection between Hamiltonian system approach and acoustic or elastic wave equations are proved, and the relations between their physical quantities are presented.
证明了Hamilton系统方法和声波、弹性波方程的关系 ,并给出两个方法中所使用物理量的关系 。
3)  Viscoelastic wave equation
粘弹性波动方程
1.
3D frequency and space domain amplitude-preserved migration with viscoelastic wave equations;
三维F-X域粘弹性波动方程保幅偏移方法
4)  elastic wave equation
弹性波动方程
1.
Finite element parallel algorithm for numerical solution of elastic wave equation;
弹性波动方程数值解的有限元并行算法
2.
Based on elastic wave equation, a high-order finite-difference scheme was derived in staggered grid space, and the relation between absorbing boundary conditions and numerical dispersion was also studied to establish the mathematical model of coal multi-component seismic exploration.
从弹性波动方程出发,在交错网格空间中采用高阶有限差分技术导出了应力-速度弹性波动方程正演的差分格式,研究了其吸收边界条件与数值频散关系,建立了煤田多波勘探的数学模型。
3.
In this paper, the medium parameters of the elastic wave equation in inhomogeneous medium are rewritten by introducing the referential Yariables and the perturbational variables, and the wave squation whose sources are the medium paremeter perturbatioal term in homogeneous medium is obtained.
本文通过对非均匀介质弹性波动方程中的介质参数引入背景场量和摄动量,得到以摄动项为次生源的均匀介质中的波动方程,利用Green函数理论化微分方程为积分方程;然后把均匀介质中的位移波场做为第一次迭代结果,代入积分方程进行位移波场的求解;当扰动量达50%时,此方法仍然有效,分析数值结果,从而对一般非均匀介质中的波场性质有了一个定性了解,结果与一般非均匀介质中的声波局部理论基本一致。
5)  full elastic wave equation
全弹性波动方程
6)  Anisotropic elastic wave equation
各向异性弹性波动方程
补充资料:板中弹性波
      见固体中的弹性波。
  

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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