We consider long-time recorded seismic signals of Stromboli volcano to determine the inter-time distribution function of the Strombolian explosion-quakes. We show that it is Poissonian. Hence, the apparently observed periodic recurrence of the explosions is actually described by the constant rate of a Poisson process. Moreover, combining a diffusive model with the experimental inter-time distribution, we can determine the size distributions of the bubbles and infer the observed slug sizes.
Statistics of inter-time of Strombolian explosion-quakes / Bottiglieri, M; DE MARTINO, S; Falanga, M; Godano, C; Palo, M. - In: EUROPHYSICS LETTERS. - ISSN 0295-5075. - 72:3(2005), pp. 493-498. [10.1209/epl/i2005-10258-0]
Statistics of inter-time of Strombolian explosion-quakes
PALO M
2005
Abstract
We consider long-time recorded seismic signals of Stromboli volcano to determine the inter-time distribution function of the Strombolian explosion-quakes. We show that it is Poissonian. Hence, the apparently observed periodic recurrence of the explosions is actually described by the constant rate of a Poisson process. Moreover, combining a diffusive model with the experimental inter-time distribution, we can determine the size distributions of the bubbles and infer the observed slug sizes.File | Dimensione | Formato | |
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