Titlebook: Digital Seismology and Fine Modeling of the Lithosphere; R. Cassinis,G. Nolet,G. F. Panza Book 1989 Springer Science+Business Media New Yo

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,: ricaduta sull’attività didattica calculations. Strong multiples such as generated at the sea bottom or the basement, are ignored in this approach. These multiples, however, also include information about the model and should not be neglected.

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https://doi.org/10.1007/978-3-658-36073-3e to the large dynamic range of digital instruments allowing high quality recording of ground motion over a wide amplitude interval. Consequently, a new generation of techniques applied to time and frequency domain digital data has been developed which have the objective to increase the resolution o

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Anecdote

Portable Short Period Vertical Seismic Stations Transmitting Via Telephone or Satellite,n efficient tool to investigate the earth: they provide a way to understand how rocks break through the accumulation of stress in some particular places, as well as a tool to map the P- and S-velocity structure in the medium in between sources and receivers. The wealth of information accessible by r

fledged

Waveform Synthesis by Ray Theoretical Methods,e. The simplest and most widely used of the high frequency methods is classical geometrical ray theory, which is the basis of most practical methods for the modeling of seismograms and the inversion of travel times in seismology and applied geophysics. A comprehensive discussion of several aspects o

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Paleontology

Theoretical Background for the Inversion of Seismic Waveforms, Including Elasticity and Attenuationpic, causal relaxation function . .(., .). Then, the wave equation operator is not necessarily symmetric (‘self-adjoint’), but the reciprocity property is still satisfied. The representation theorem contains a term proportional to the history of strain. The dual problem consists in solving the wave

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