Section 3 Papers

3. Seismic Identification and Source CharacterizationToC
3-01Anderson, D., H. Patton, S. Taylor, J. Bonner, and N. Selby
Sources of Error and the Statistical Formulation of Ms | mb Seismic Event Screening Analysis for the Comprehensive Nuclear-Test-Ban Treaty (CTBT)
3-02Anderson, K., R. Willemann, and D. Simpson
Modernization of Instrumentation of the Global Seismographic Network
3-03Antoun, T., H. Xu, O. Vorobiev, E. Herbold, L. Glenn, and I. Lomov
Analysis and Simulation of Near-Field Wave Motion Data from the Source Physics Experiment Explosions
3-04Bonner, J., A. Ferris, R. Reinke, and E. Lenox
Estimating Yield and Depth of Burial from Rg
3-05Bonner, J., A. Stroujkova, and D. Anderson
Improving Earthquake and Explosion Discrimination by Using Love and Rayleigh Wave Magnitudes
3-06Dreger, D., S. Ford, W. Walter, S. Boyd, and A. Chiang
Refinement of Regional Distance Seismic Moment Tensor and Uncertainty Analysis for Source-Type Identification
3-07Ford, S., W. Walter, S. Ruppert, E. Matzel, T. Hauk, and R. Gok
Toward an Empirically-Based Parametric Explosion Spectral Model
3-08Harder, S., K. Miller, and C. Snelson
The Relative Effect of Explosive Charge Configuration on Seismic Amplitudes
3-09Leidig, M., R. Reinke, J. Bonner, H. Patton, X. Yang, W. Walter, S. Ford, B. Foxall, and B. Stump
Observations of Love Waves from the HUMBLE REDWOOD Explosions with Implications for P/S Ratios at Local Distances
3-10Martin, R., P. Boyd, A. Stroujkova, M. Leidig, J. Lewkowicz, and J. Bonner
Correlating Near-Source Rock Damage from Single-Hole Explosions to Seismic Waves
3-11Mayeda, K., W. Walter, R. Gok, and L. Malagnini
Improved High Frequency Discrimination: A New Approach to Correct for Regional Source Scaling Variations
3-12Mellors, R., A. Rodgers, P. Harben, W. Walter, S. Ford, J. Wagoner, N. Petersson, B. Sjogreen, T. Hauk, S. Ruppert, S. Myers, E. Matzel, D. Dodge, M. Pasyanos, and J. Lewis
Analysis and Simulation of Far-Field Seismic Data from the Source Physics Experiment Explosions
3-13Murphy, J., J. Stevens, B. Kohl, T. Bennett, and B. Barker
Supplemental Analysis of The Seismic Characteristics of The 2006 and 2009 North Korean Nuclear Tests
3-14Murphy, J., T. Bennett, and B. Barker
An Analysis of the Seismic Source Characteristics of Explosions in Low-Coupling Dry Porous Media
3-15Pasyanos, M., W. Walter, E. Matzel, R. Gok, D. Dodge, S. Ford, and A. Rodgers
Seismic Attenuation, Event Discrimination, Magnitude and Yield Estimation, and Capability Analysis
3-16Patton, H.
Explosion Source Models for Seismic Monitoring at High Frequencies: Quantification of the Damage Source and Further Validation of Models
3-17Phillips, W., H. Hartse, G. Randall, R. Stead, M. Begnaud, and D. Anderson
Models for Broad Area Event Identification and Yield Estimation: Multiple Coda Types
3-18Rougier, E., C. Bradley, H. Patton, and E. Knight
Yield and Depth of Burial Hydrodynamic Calculations in Granodiorite: Implications for the North Korean Test Site
3-19Sammis, C.
Effects of Burn Rate on the Spatial Extent of Fracture Damage in an Underground Explosion
3-20Snelson, C., D. Barker, R. White, R. Emmitt, M. Townsend, T. Graves, S. Becker, M. Teel, and P. Lee
The Nevada National Security Site - Source Physics Experiment (SPE-N): An Overview
3-21Stevens, J. and M. O'Brien
Seismic Wave Generation and Propagation from Complex 3D Explosion Sources
3-22Tibuleac, I., G. Biasi, D. von Seggern, J. Anderson, and D. Molisee
Investigation of an Unusually Shallow Earthquake Sequence in Mogul, NV from a Discrimination Perspective