Abstract
This work studies by approximation thc problem of
tbe energy distribution among thc seichcs oi a lake oi various no de.
It is obvious that particular conditions may affect tbe prevalent rise
of one seiche rather than another, however, st atistically the probability
to observe the uninodale 18 genera~ly bigger than the probability of observing
tbe binodale etc.; becau8e, still statistically tbe arnplitudes of the uninodalc
are, on thc average, bigger, compared with the others.
The determination oi the statistical distribution of the energies and
consequently the amplitudes, i8 the purpose of this work.
tbe energy distribution among thc seichcs oi a lake oi various no de.
It is obvious that particular conditions may affect tbe prevalent rise
of one seiche rather than another, however, st atistically the probability
to observe the uninodale 18 genera~ly bigger than the probability of observing
tbe binodale etc.; becau8e, still statistically tbe arnplitudes of the uninodalc
are, on thc average, bigger, compared with the others.
The determination oi the statistical distribution of the energies and
consequently the amplitudes, i8 the purpose of this work.
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DOI: https://doi.org/10.4401/ag-4888
Published by INGV, Istituto Nazionale di Geofisica e Vulcanologia - ISSN: 2037-416X