The dynamic parameters of the interference wave field is studied with a quantitative assessment of the elementary contribution of boundaries and thicknesses by using a software simulation of the dynamic characteristics of the reflected waves, i.e. the information content of the studied thin-layered section is directly estimated through modeling.
We examine the influence of lithology, porosity, water and oil saturation on the dynamics of the seismic record and on its pseudo-acoustic and other transformative results. This influence is essential and variant at different time intervals in the seismic record of the studied section in the context of almost universal manifestation of the wave interference.
Proper selection of the target time interval, which includes the maximum possible information (content) from the target, is aimed at significantly improving the efficiency of predicting the geological parameters of the studied section.