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p(t, {\bf r}) = p_i + \frac{qB}{4 \pi \sigma} \left[ - 2 S + F \left(\frac{r^2}{4 \chi t} \right) \right] |
suggest that isobars
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p(t, {\bf r}) = p_i + \frac{qB}{4 \pi \sigma} \left[ - 2 S + F \left(\frac{r^2}{4 \chi t} \right) \right] = \rm const |
will be honouring the following equation:
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This makes pressure pulsation an effective reservoir scanning technique.
See Also
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Petroleum Industry / Upstream / Subsurface E&P Disciplines / Well Testing / Pressure Testing