In this paper, seismic wave propagation in viscoelastic isotropic media is mainly addressed by the technology of wave field numerical simulation.
本文主要是通过波场数值正演模拟技术来研究粘弹性各向同性介质中地震波的传播问题。
The coherent cube technique is applied to detecting the discontinuity of seismic wave events, which can identify faults, special lithology and channels, so that has provided technology and method.
相干体技术用于检测地震波同相轴的不连续性，可以用来识别断层、特殊岩性体、河道等，为三维地震资料解释提供了技术手段。
In order to improve the precision exploration, seismic data increase the amount of information. Multi-wave exploration technology came into being.
为了提高勘探精度，增加地震资料信息量，多波勘探技术应运而生。
Wave equation migration can preserve the kinetic characteristics of wave field, so this paper applies common-azimuth prestack depth migration technology to realize 3D process for 2D seismic data.
波动方程偏移保持了波场动力学特征，依此本文应用共方位角叠前深度偏移技术来实现二维资料三维化处理。
Wave equation migration can preserve the kinetic characteristics of wave field, so this paper applies common-azimuth prestack depth migration technology to realize 3D process for 2D seismic data.
波动方程偏移保持了波场动力学特征，依此本文应用共方位角叠前深度偏移技术来实现二维资料三维化处理。
应用推荐