Physics
Scientific paper
Jan 1981
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1981jgr....86..378g&link_type=abstract
Journal of Geophysical Research, vol. 86, Jan. 10, 1981, p. 378-388.
Physics
27
Lunar Seismographs, Moonquakes, Seismic Energy, Energy Dissipation, Lunar Tides, S Waves, Tectonics, Moon, Seismicity, Energy, Diagrams, Moonquakes, Source Medium, Shear, Spectrum, Seismology, Data, Mathematical Models, Waves, Stress, Magnitude, Comparisons, Frequency, Scattering, Tidal Effects, Tectonism, Temperatures
Scientific paper
Lunar seismicity is investigated by calculating various source parameters for a number of shallow and deep-focus moonquakes. The seismic moment, seismic energy release, annual seismic energy release, stress drop, and body-wave magnitude are determined for the largest shallow moonquakes and for large deep-focus events. It is found that the shallow events dominate the lunar seismic energy release, that tidal dissipation may account for the energy release by the deep-focus events, and that the stress drops for the deep-focus events are comparable to or smaller than the calculated tidal stresses. A comparison of the results with terrestrial data indicates that the seismic characteristics of a planet are controlled more by tectonic style and state than by the relative magnitude of the driving forces.
Dainty Anton M.
Goins N. R.
Toksöz Nafi. M.
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