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(1998)
The source depth of butial experiment at Shagan river, Kazakhstan: 20th Seismic Research Symposium on Montoring a CTBT, Santa Fe, New Mexico
P. Blom, F. Dannemann, O. Marcillo (2018)
Bayesian characterization of explosive sources using infrasonic signalsGeophysical Journal International
D C Bowman (2019)
944Bulletin of the Seismological Society of America, 109
D. Bowman, J. Taddeucci, Keehoon Kim, Jacob Anderson, J. Lees, A. Graettinger, I. Sonder, G. Valentine (2014)
The acoustic signatures of ground acceleration, gas expansion, and spall fallback in experimental volcanic explosionsGeophysical Research Letters, 41
N. Petersson, B. Sjögreen (2018)
High Order Accurate Finite Difference Modeling of Seismo-Acoustic Wave Propagation in a Moving Atmosphere and a Heterogeneous Earth Model Coupled Across a Realistic TopographyJournal of Scientific Computing, 74
S. Arrowsmith, Jeffrey Johnson, D. Drob, M. Hedlin (2010)
THE SEISMOACOUSTIC WAVEFIELD: A NEW PARADIGM IN STUDYING GEOPHYSICAL PHENOMENAReviews of Geophysics, 48
K. Koper, T. Wallace, R. Reinke, J. Leverette (2002)
Empirical Scaling Laws for Truck Bomb Explosions Based on Seismic and Acoustic DataBulletin of the Seismological Society of America, 92
S. Ford, W. Walter, S. Ruppert, E. Matzel, T. Hauk, M. Gok (2012)
An Empirically-based Parametric Explosion Spectral Model
M. Pasyanos, Keehoon Kim (2019)
Seismoacoustic Analysis of Chemical Explosions at the Nevada National Security SiteJournal of Geophysical Research: Solid Earth, 124
(2017)
2017, Explosion yield
(2019)
The yield estimation of the explosion at the Xiangshui
D. Templeton, A. Rodgers, S. Ford, P. Harben, A. Ramirez, W. Foxall, R. Reinke (2018)
Seismic models for near-surface explosion yield estimation in alluvium and sedimentary rockBulletin of the Seismological Society of America, 108
S. Arrowsmith, D. Bowman (2017)
Explosion yield estimation from pressure wave template matching.The Journal of the Acoustical Society of America, 141 6
J. Kruschke (2010)
Bayesian data analysis.Wiley interdisciplinary reviews. Cognitive science, 1 5
J. Bonner, D. Russell, R. Reinke (2013)
Modeling Surface Waves from Aboveground and Underground Explosions in Alluvium and LimestoneBulletin of the Seismological Society of America, 103
S. Ford, A. Rodgers, Heming Xu, D. Templeton, P. Harben, W. Foxall, R. Reinke (2013)
Partitioning of Seismo-Acoustic Energy and Estimation of Yield and Height-of-Burst/Depth-of-Burial for Near-Surface Explosions
V. Napoli, D. Russell (2018)
Transmission and Reflection of Fundamental‐ModeRgSignals from Atmospheric and Underground ExplosionsBulletin of the Seismological Society of America
S. Ford, W. Walter (2012)
Parametric Explosion Spectral Model
M. Pasyanos, S. Myers (2018)
The Coupled Location/Depth/Yield Problem for North Korea’s Declared Nuclear TestsSeismological Research Letters
L. Ottemöller, L. Evers (2008)
Seismo‐acoustic analysis of the Buncefield oil depot explosion in the UK, 2005 December 11Geophysical Journal International, 172
V. Napoli, D. Russell (2018)
Transmission and Reflection of Fundamental‐Mode Rg Signals from Atmospheric and Underground ExplosionsTransmission and Reflection of Fundamental‐Mode Rg SignalsBulletin of the Seismological Society of America, 108
W Jiang, Y Chen, F Peng (2020)
The yield estimation of the explosion at the Xiangshui, Jiangsu chemical plant in March 2019Chinese Journal of Geophysics, 63
K. Fournier, O. Walton, R. Benjamin, W. Dunlop (2014)
Simulation Study of Near-Surface Coupling of Nuclear Devices vs. Equivalent High-Explosive Charges
J. Bonner, R. Waxler, Y. Gitterman, R. Hofstetter (2013)
Seismo‐Acoustic Energy Partitioning at Near‐Source and Local Distances from the 2011 Sayarim Explosions in the Negev Desert, IsraelBulletin of the Seismological Society of America, 103
L. Glenn, S. Myers (1997)
Depth of burial experiments at Balapan
J. Assink, G. Averbuch, S. Shani-Kadmiel, P. Smets, L. Evers (2018)
A Seismo‐Acoustic Analysis of the 2017 North Korean Nuclear TestSeismological Research Letters
Keehoon Kim, A. Rodgers, M. Wright (2018)
Uncertainty analysis for infrasound waveform inversion: Application to explosion yield estimation.The Journal of the Acoustical Society of America, 144 6
S. Shani-Kadmiel, J. Assink, P. Smets, L. Evers (2018)
Seismoacoustic Coupled Signals From Earthquakes in Central Italy: Epicentral and Secondary Sources of InfrasoundGeophysical Research Letters, 45
L. Vortman (1968)
AIR BLAST FROM UNDERGROUND EXPLOSIONS * AS A FUNCTION OF CHARGE BURIALAnnals of the New York Academy of Sciences, 152
(2017)
Study on the seismic wave application in determination the yield of underground nuclear explosion and rupture process of natural earthquake
S. Yoo (2017)
Stable and Transportable Seismic Yield Estimation from Local Full‐Envelope Template MatchingBulletin of the Seismological Society of America, 107
D. Bowman (2019)
Yield and Emplacement Depth Effects on Acoustic Signals from Buried Explosions in Hard RockBulletin of the Seismological Society of America
M. Pasyanos, S. Ford (2015)
Determining the source characteristics of explosions near the Earth's surfaceGeophysical Research Letters, 42
V. Pinsky, Y. Gitterman, Y. Ben-Horin, S. Arrowsmith (2012)
Seismo-acoustic analysis for series of ammunition demolition explosions at Sayarim, Israel
K. Kim, A. Rodgers (2016)
Waveform inversion of acoustic waves for explosion yield estimationGeophysical Research Letters, 43
J. Kane, C. Brooksby, C. Brown, S. Compton, W. Dunlop, K. Fournier, I. Lomov, N. Masters, M. May, P. Mirkarimi, H. Scott, D. Strozzi, O. Vorobiev, G. Zimmerman, R. Guyton, E. Huffman, E. Smith (2013)
Design of the Energy Partitioning Energy Coupling (EPEC) NIF Experiment
L. Vortman (1966)
Air‐Blast Suppression as a Function of Explosive‐Charge Burial DepthJournal of the Acoustical Society of America, 40
Che Il‐Young, M. Jun, Jeong-Soo Jeon, K. Min (2002)
Analysis of local seismo‐acoustic events in the Korean PeninsulaGeophysical Research Letters, 29
S. Arrowsmith, R. Burlacu, K. Pankow, B. Stump, R. Stead, R. Whitaker, C. Hayward (2012)
A seismoacoustic study of the 2011 January 3 Circleville earthquakeGeophysical Journal International, 189
The seismoacoustic analysis method has broad potential applications to source parameter estimation for near-surface explosion events such as industrial explosions and terrorist attacks. In this study, current models were improved by modifying the acoustic model and adopting the Bayesian Markov-chain-Monte-Carlo inversion method. The source parameters of near-surface small-yield chemical explosions were analyzed via the improved seismoacoustic analysis model and by the estimation accuracy of seismoacoustic joint inversion. Estimation and analysis results showed that the improved seismoacoustic analysis model considered ground shock coupling and the impact of explosion products ejecting from the surface so that the improved acoustic impulse relation was more consistent with the measured data than the Ford impulse relation. It is suitable for deep-burial, shallow-burial, and near-surface aerial explosions. Furthermore, trade-off relationships were declined through the application of the improved model to source parameter inversion for near-surface small-yield chemical explosions, and source parameter estimation accuracy was improved.
Applied Geophysics – Springer Journals
Published: Mar 1, 2021
Keywords: Near-surface chemical explosion; small yield; seismoacoustic analysis; estimation of source parameters; Bayesian MCMC method
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