Projection of compact fractal sets: application to diffusion-limited and cluster-cluster aggregates

The need to assess the three-dimensional fractal dimension of fractal aggregates from the fractal dimension of two-dimensional projections is very frequent in geophysics, soil, and atmospheric sciences. However, a generally valid approach to relate the two- and three-dimensional fractal dimensions i...

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Main Author: F. Maggi
Format: Article
Language:English
Published: Copernicus Publications 2008-08-01
Series:Nonlinear Processes in Geophysics
Online Access:http://www.nonlin-processes-geophys.net/15/695/2008/npg-15-695-2008.pdf
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author F. Maggi
author_facet F. Maggi
author_sort F. Maggi
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description The need to assess the three-dimensional fractal dimension of fractal aggregates from the fractal dimension of two-dimensional projections is very frequent in geophysics, soil, and atmospheric sciences. However, a generally valid approach to relate the two- and three-dimensional fractal dimensions is missing, thus questioning the accuracy of the method used until now in practical applications. A mathematical approach developed for application to suspended aggregates made of cohesive sediment is investigated and applied here more generally to Diffusion-Limited Aggregates (DLA) and Cluster-Cluster Aggregates (CCA), showing higher accuracy in determining the three-dimensional fractal dimension compared to the method currently used.
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spelling doaj.art-97c04f71384e406d83b82d47acfb10b52022-12-22T03:24:51ZengCopernicus PublicationsNonlinear Processes in Geophysics1023-58091607-79462008-08-01154695699Projection of compact fractal sets: application to diffusion-limited and cluster-cluster aggregatesF. MaggiThe need to assess the three-dimensional fractal dimension of fractal aggregates from the fractal dimension of two-dimensional projections is very frequent in geophysics, soil, and atmospheric sciences. However, a generally valid approach to relate the two- and three-dimensional fractal dimensions is missing, thus questioning the accuracy of the method used until now in practical applications. A mathematical approach developed for application to suspended aggregates made of cohesive sediment is investigated and applied here more generally to Diffusion-Limited Aggregates (DLA) and Cluster-Cluster Aggregates (CCA), showing higher accuracy in determining the three-dimensional fractal dimension compared to the method currently used.http://www.nonlin-processes-geophys.net/15/695/2008/npg-15-695-2008.pdf
spellingShingle F. Maggi
Projection of compact fractal sets: application to diffusion-limited and cluster-cluster aggregates
Nonlinear Processes in Geophysics
title Projection of compact fractal sets: application to diffusion-limited and cluster-cluster aggregates
title_full Projection of compact fractal sets: application to diffusion-limited and cluster-cluster aggregates
title_fullStr Projection of compact fractal sets: application to diffusion-limited and cluster-cluster aggregates
title_full_unstemmed Projection of compact fractal sets: application to diffusion-limited and cluster-cluster aggregates
title_short Projection of compact fractal sets: application to diffusion-limited and cluster-cluster aggregates
title_sort projection of compact fractal sets application to diffusion limited and cluster cluster aggregates
url http://www.nonlin-processes-geophys.net/15/695/2008/npg-15-695-2008.pdf
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