Utilization of Near-Source Video and Ground Motion in the Assessment of Seismic Source Functions from Mining Explosions

International Society of Explosives Engineers
David P. Anderson Brian W. Stump
Organization:
International Society of Explosives Engineers
Pages:
9
File Size:
295 KB
Publication Date:
Jan 1, 1995

Abstract

Identification of seismic events detected under a Comprehensive Test Ban Treaty requires a clear physical understanding of the different types of seismic sources including mining explosions, rock bursts, mine collapse and small, shallow earthquakes. Constraint of the operative physical processes in the source region and linkage to the generation of seismic waveforms with particular emphasis on regional seismograms is needed. In order to properly address the multi-dimensional aspect of data sets designed to constrain these sources, we are investigating a number of modern visualization tools that have only recently become available with new, highspeed graphical computers that can utilize relatively large data sets. The results of this study will provide a basis for identifying important physical processes in the source region that contribute to regional seismograms.
Citation

APA: David P. Anderson Brian W. Stump  (1995)  Utilization of Near-Source Video and Ground Motion in the Assessment of Seismic Source Functions from Mining Explosions

MLA: David P. Anderson Brian W. Stump Utilization of Near-Source Video and Ground Motion in the Assessment of Seismic Source Functions from Mining Explosions. International Society of Explosives Engineers, 1995.

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