Application of resonance functions in estimating the parameters of interwell zones

It is shown that the use of force resonance leads to effect “shaking” formation, followed by breaking up film oil and involving it in further filtration process. For first time oilfield geophysics, concept passive noise-metering method justified for monitoring gas deposit development measuring quality factor contours point areas formation channels interwell zones. established determining depth modulation reactive substitution parameter linear FDC chain crucial not only parametric excitation attenuation systems, but also without metrological support analysis petrophysical properties rock samples from wells. based on complex amplitudes (for pressure current, differential flow rates, impedance), different families curves can be plotted: displacement rates piezocapacity studied section), velocities (amplitudes current) accelerations piezoinductivity section). The predicted permeability porosity reservoir with its continuous regulation increased accuracy isolation each subsequent sub-cycle new segment trajectories, which contributes a more complete productive hydrocarbon deposits increases reliability prediction indicators.