During last decades fractal analysis and in a given measure its multifractal generalization(s), have become very popular tools in exploration geophysics. In petrophysics fractal and multifractal analyses are used for reservoir characterization and in geomagnetism and gravity, they are used for causative sources characterization. In seismic data analysis, fractal analysis is being used for scaling deconvolution of the colored signal of reflectivity. The purpose of this special issue is to gather scientific researches related to this topic to show the utility of the fractal analysis in exploration geophysics. The topic of this issue is related to nonlinearity, scaling and complexity of earth system applied in different fields of exploration geophysics.
Nonlinearity, scaling and complexity in exploration geophysics / S. A., Ouadfeul; Fedi, Maurizio; V., Prasad Dimri; L., Aliouane. - STAMPA. - 20:(2012). [10.5194]
Nonlinearity, scaling and complexity in exploration geophysics
FEDI, MAURIZIO;
2012
Abstract
During last decades fractal analysis and in a given measure its multifractal generalization(s), have become very popular tools in exploration geophysics. In petrophysics fractal and multifractal analyses are used for reservoir characterization and in geomagnetism and gravity, they are used for causative sources characterization. In seismic data analysis, fractal analysis is being used for scaling deconvolution of the colored signal of reflectivity. The purpose of this special issue is to gather scientific researches related to this topic to show the utility of the fractal analysis in exploration geophysics. The topic of this issue is related to nonlinearity, scaling and complexity of earth system applied in different fields of exploration geophysics.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.