FIELD: physics.
SUBSTANCE: pmn super-accumulation technique is employed when searching for maximum energy of vibration trains, involving arranging displayed points (DP) of the profile into columns and/or rows with given increment on the vertical (depth h) and horizontal x (along the arrangement). From each DP (x0, h0), the wave field is viewed on seismograms from n vibration points to search for possible p phases of seismic signals of secondary waves from the DP and neighbouring m points. For each DP, a viewing window is given, within the certainty boundaries of which the value of the energy of super-accumulations W(α, V) is found. The maximum Wmax(qmax, dmax) is determined and recorded in the DP at the depth profile and then placed at the centre of the new adjusted array of values W(α, V). To construct the next DP, Wmax(qi, υi) is found once more, and so on until the depth profile is constructed.
EFFECT: automation of the process, cutting resource consumption and high accuracy of constructing the profile.
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Authors
Dates
2012-04-27—Published
2010-11-02—Filed