|FDSN code||YO (2012-2012)||Operated by||Weston Geophysical Corp|
|Network name||Fracture Decoupling Experiment 2 (DECOUPLING12)||Deployment region||United States of America|
|Start date||Jan. 1, 2012||End date||Dec. 31, 2012|
Well-known hypothetical nuclear explosion evasion scenarios include cavity decoupling and placing nuclear tests within routine ripple-fired mine explosions. We consider a different scenario: using “repeat shots” - explosions conducted in the damage (fracture) zone created by an earlier explosion(s), which may considerably reduce the amplitudes of the subsequent explosions due to a fracture decoupling. We are going to conduct a unique experiment to quantify the effects of fractures on chemical explosion decoupling. We will conduct a series of four explosions (shots) ranging from 500 to 2000 lbs in order to extensively fracture granitic emplacement media. Seismic signals from the explosions will be recorded on temporary near-source and local stations as well as permanent stations. We will then re-drill the same blast holes, use borehole cameras to estimate fracture densities, and then reload the holes for a second series of equivalent yield shots.
|Digital Object Identifier (DOI)||https://doi.org/10.7914/SN/YO_2012|
Anastasia Stroujkova- (2012): Fracture Decoupling Experiment 2. International Federation of Digital Seismograph Networks. Dataset/Seismic Network. 10.7914/SN/YO_2012
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