Tilt angle filter effect on noise cancelation and structural edges detection in hydrocarbon sources in a gravitational potential field

Noise cancelation is the process done to remove out-of-range anomalies and make better edge boundaries interpretation. One of most challenging issues in describing gravitational maps separating related shallow sources from deep ones. Furthermore, Existing noise can it arduous separate blurred boundaries. In this study SE Iran, surveying was carried out areas west Qeshm Hormuz islands a regular network with distance one kilometer. The range Bouguer -297 -330 mGal. Modeling determining geometrical parameters revealed five negative salt penetration. residual gravity computed by deducting effects measured data. Correspondingly, estimating boundary subsurface masses will be than local filters, highlighted more intensity. three major fault systems Zagros basin were determined as primary origin activity expansion salt. Sensitivity analysis employed utilizing analytical signals tilt angle filtering, which both same satisfying results article, effect phase filter on synthetic model accomplished through numerical coding. As result, Total Horizontal Derivative (THDR) provides location intrusion area; whereas best image intrusion, terms feature illumination, presented Analytical signal map.