A two‐way nonreflecting wave equation

Author:

Baysal Edip1,Kosloff Dan D.2,Sherwood J. W. C.3

Affiliation:

1. Geophysical Development Corporation and Seismic Acoustics Lab of the University of Houston

2. Geophysics Department, Tel‐Aviv University, Tel‐Aviv, Israel, and Seismic Acoustics Lab of the University of Houston

3. Geophysical Development Corporation, 8401 Westheimer, Houston, TX 77063

Abstract

In seismic modeling and in migration it is often desirable to use a wave equation (with varying velocity but constant density) which does not produce interlayer reverberations. The conventional approach has been to use a one‐way wave equation which allows energy to propagate in one dominant direction only, typically this direction being either upward or downward (Claerbout, 1972). We introduce a two‐way wave equation which gives highly reduced reflection coefficients for transmission across material boundaries. For homogeneous regions of space, however, this wave equation becomes identical to the full acoustic wave equation. Possible applications of this wave equation for forward modeling and for migration are illustrated with simple models.

Publisher

Society of Exploration Geophysicists

Subject

Geochemistry and Petrology,Geophysics

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