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Although the formalism extends to velocity anisotropy, it is informative to
look at the isotropic case. Most of the results will not be new, but it is
a check on the general theory and a link to the familiar. Starting with the
basic time/offset equation tx2 = t02 + x2/v2,
the equations for time, offset, and
velocity as functions of p are
![\begin{displaymath}
t(p) = \frac{t_{0}}{\sqrt{1-v^{2}p^{2}}}\end{displaymath}](img4.gif)
and
![\begin{displaymath}
x(p) = \frac{v^{2}pt_{0}}{\sqrt{1-v^{2}p^{2}}}\end{displaymath}](img5.gif)
and
v(p) = v
Next: A bunch of isotropic
Up: DEVELOPMENT
Previous: Layered impedance
Stanford Exploration Project
11/16/1997