In this work we present the calibration phase of a new procedure for the characterization of the shape of pyroclastic particles. This research has been granted by INGV of Catania, with funds deriving from the “Progetto Giovani”, in collaboration with Retsch Technology in Haan. The innovation of this procedure arises from the use of CAMSIZER (an instrument developed by the German leader company). This instrument permits to obtain very important information both on size and shape parameters of a high number of particles (hundreds of thousands data). Moreover, we used clustering and classification algorithms in order to group particles according to their morphologic characteristics. This calibration phase has been tested only on standard...
X-Ray computed microtomography is a non-destructive 3D imaging technique that can be used for the in...
Grain size distribution is a key parameter in physical volcanology to describe and characterize teph...
The morphological analysis of ceramic pieces allows to establish the chronology, functionality and o...
In this work we present the calibration phase of a new procedure for the characterization of the sha...
The shape of volcanic particles is an important parameter holding information related to physical an...
AbstractAccurate measurements of volcanic ash morphology are critical to improving both our understa...
A quantitative study of particle morphology of samples from Monte Pilato-Rocche Rosse deposits, Lipa...
Dottorato di Ricerca in Scienze della Terra,XXIII Ciclo, a.a. 2009-2010This work is focused on micro...
The size and shape characterization of irregular particles is a key issue in many fields of science,...
Volcanic ash morphology has been quantitatively investigated for various aims such as studying the s...
Volcanic particles are commonly characterized using 2D morphometric analysis. Results of analysis ar...
Image processing analysis is used to check the ability of the fractal dimension for quantitatively d...
Morphometric analyses are based on multiparametric data sets that describe quantitatively the shapes...
Fabric analysis is essential for understanding the evolution of volcaniclastic deposits. Here we pre...
International audienceThe morphometry of volcanic ash produced by explosive eruptions yields ample i...
X-Ray computed microtomography is a non-destructive 3D imaging technique that can be used for the in...
Grain size distribution is a key parameter in physical volcanology to describe and characterize teph...
The morphological analysis of ceramic pieces allows to establish the chronology, functionality and o...
In this work we present the calibration phase of a new procedure for the characterization of the sha...
The shape of volcanic particles is an important parameter holding information related to physical an...
AbstractAccurate measurements of volcanic ash morphology are critical to improving both our understa...
A quantitative study of particle morphology of samples from Monte Pilato-Rocche Rosse deposits, Lipa...
Dottorato di Ricerca in Scienze della Terra,XXIII Ciclo, a.a. 2009-2010This work is focused on micro...
The size and shape characterization of irregular particles is a key issue in many fields of science,...
Volcanic ash morphology has been quantitatively investigated for various aims such as studying the s...
Volcanic particles are commonly characterized using 2D morphometric analysis. Results of analysis ar...
Image processing analysis is used to check the ability of the fractal dimension for quantitatively d...
Morphometric analyses are based on multiparametric data sets that describe quantitatively the shapes...
Fabric analysis is essential for understanding the evolution of volcaniclastic deposits. Here we pre...
International audienceThe morphometry of volcanic ash produced by explosive eruptions yields ample i...
X-Ray computed microtomography is a non-destructive 3D imaging technique that can be used for the in...
Grain size distribution is a key parameter in physical volcanology to describe and characterize teph...
The morphological analysis of ceramic pieces allows to establish the chronology, functionality and o...