The application of spatial derivatives to non-potential field data interpretation

terracing in interpretation of the potential field data

terracing is an operator that is applied to potential field data to produce regions of constant field amplitude that are separated by sharp boundaries. magnetic data are usually transformed into pseudo-gravity data (baranov, 1957) prior to the application of terracing. the objective of terracing is ‘to recast potential field maps into a geologic map like format’ (cordell and mccafferty 1989). t...

AN-EUL method for automatic interpretation of potential field data in unexploded ordnances (UXO) detection

We have applied an automatic interpretation method of potential data called AN-EUL in unexploded ordnance (UXO) prospective which is indeed a combination of the analytic signal and the Euler deconvolution approaches. The method can be applied for both magnetic and gravity data as well for gradient surveys based upon the concept of the structural index (SI) of a potential anomaly which is relate...

New Techniques for Potential Field Data Interpretation

an-eul method for automatic interpretation of potential field data in unexploded ordnances (uxo) detection

we have applied an automatic interpretation method of potential data called an-eul in unexploded ordnance (uxo) prospective which is indeed a combination of the analytic signal and the euler deconvolution approaches. the method can be applied for both magnetic and gravity data as well for gradient surveys based upon the concept of the structural index (si) of a potential anomaly which is relate...

AUTOCWT a new automated tool for potential field data interpretation

Adding new value to Electromagnetic, Gravity and Magnetic Methods for Exploration Capri, Italy, April 11-14, 2010 AUTOCWT a new automated tool for potential field data interpretation. F. Coraggio (), M. Fedi (), D. Fiore () 1 eni – exploration & production division – Via Emilia, 1 – 20097 San Donato Milanese (MI) – Italy 2 Università degli Studi di Napoli « Federico II » Dip. Scienze della Terra