Sismolohiya

An sismolohiya (gikan sa Kastila: sismología na ginuno sa Griyegong σεισμός "linog" asin -λογία "pag-aadal kan") iyo an siyensya kan pag-aadal sa mga linog asin sa mga elastic waves kan Kinaban o sa ibang mga garo planetang bagay sa kalawakan. Pig-aadalan man digdi kan naunambitan na disiplina an mga eksperto sa linog sa kapalibotan, siring kan mga dolnop pati na man an iba pang pinaggigikanan kan mga pagtanyog kun ini gikan sa bulkan, kadagatan, atmospera, tectonic o artipisyal na proseso siring kan mga pagsabog. Sarong kasugpon na disiplina na naggagamit kan heolohiya tanganing maadalan an mga nakaaging mga linog iyó an paleosismolohiya. An pagtala kan mga hiro kan kinaban bilang function kan panahon iyo an inaapod na sismogram. An sarong sismologo iyo an siyentipikong nagsasaligsig sa sismolohiya.

Kagamitan

Pwedeng makakua nin dakol na impormasyon an mga instrumentong sismolohikal. An mga sistema para sa pagproseso kan impormasyon kabali an mga minasunod:

CUSP (Caltech-USGS Seismic Processing)^[1]
RadExPro seismic software
SeisComP3^[2]

Toltolan

↑ Lee, W. H. K.; S. W. Stewart (1989). "Large-Scale Processing and Analysis of Digital Waveform Data from the USGS Central California Microearthquake Network". Observatory seismology: an anniversary symposium on the occasion of the centennial of the University of California at Berkeley seismographic stations. University of California Press. p. 86. ISBN 9780520065826. Retrieved 2011-10-12. The CUSP (Caltech-USGS Seismic Processing) System consists of on-line real-time earthquake waveform data acquisition routines, coupled with an off-line set of data reduction, timing, and archiving processes. It is a complete system for processing local earthquake data ...
↑ Akkar, Sinan; Polat, Gülkan; van Eck, Torild, eds. (2010). Earthquake Data in Engineering Seismology: Predictive Models, Data Management and Networks. Geotechnical, Geological and Earthquake Engineering. 14. Springer. p. 194. ISBN 978-94-007-0151-9. Retrieved 2011-10-19.

Sarong tamboan an artikulong ini. Makakatabang ka sa Wikipedia sa pagpoon kaining pahina.

[1] Lee, W. H. K.; S. W. Stewart (1989). "Large-Scale Processing and Analysis of Digital Waveform Data from the USGS Central California Microearthquake Network". Observatory seismology: an anniversary symposium on the occasion of the centennial of the University of California at Berkeley seismographic stations. University of California Press. p. 86. ISBN 9780520065826. Retrieved 2011-10-12. The CUSP (Caltech-USGS Seismic Processing) System consists of on-line real-time earthquake waveform data acquisition routines, coupled with an off-line set of data reduction, timing, and archiving processes. It is a complete system for processing local earthquake data ...

[2] Akkar, Sinan; Polat, Gülkan; van Eck, Torild, eds. (2010). Earthquake Data in Engineering Seismology: Predictive Models, Data Management and Networks. Geotechnical, Geological and Earthquake Engineering. 14. Springer. p. 194. ISBN 978-94-007-0151-9. Retrieved 2011-10-19.

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