Papers by Roadmap Elements
| Source Physics Papers (22) |  ToC |
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| 4-01 | Anderson, D., H. Patton, S. Taylor, and J. Bonner Isolating Source Information in mb and Ms with Model-Based Corrections: New mb Versus Ms Discriminant Formulations |
| 7-02 | Arrowsmith, S., H. Hartse, S. Taylor, R. Stead, and R. Whitaker Infrasound as a Depth Discriminant |
| 4-02 | Brunish, W., W. Hawkins, D. Coblentz, H. Patton, J. Zucca, J. Sweeney, C. Carrigan, T. Antoun, C. Seifert, K. Wohletz, C. Bradley, A. Sussman, T. Bowyer, R. Corbell, R. Abbott, C. Snelson, and P. Lee Source Physics Experiments at the Nevada Test Site |
| 4-03 | Dreger, D., S. Ford, and W. Walter Identifying Isotropic Events Using a Regional Moment Tensor Inversion Technique |
| 4-04 | Ford, S., W. Walter, S. Ruppert, E. Matzel, T. Hauk, and R. Gok Toward an Empirically-Based Parametric Explosion Spectral Model |
| 7-04 | Gabrielson, T., G. Haralabus, and S. Stefanova IMS Infrasound Monitoring Test Site at Trafelberg, Austria: Preliminary Results from In-Situ Response Measurements of Infrasound Elements |
| 7-06 | Gitterman, Y. Sayarim Infrasound Calibration Explosion: Near-Source and Local Observations and Yield Estimation |
| 7-07 | Hale, J., S. Arrowsmith, C. Hayward, R. Burlacu, K. Pankow, B. Stump, G. Randall, and S. Taylor Infrasound Signal Characteristics from Small Earthquakes |
| 4-05 | Julia, J., A. Nyblade, R. Gok, W. Walter, L. Linzer, and R. Durrheim Developing and Exploiting a Unique Dataset from South African Gold Mines for Source Characterization and Wave Propagation |
| 4-07 | Leidig, M., B. Stump, W. Walter, A. Stroujkova, X. Yang, and J. Bonner Examination of P/S Spectral Ratios for Small Explosions at Local Distances and Interpretation of Moment Tensors Estimated from Near-Source Data |
| 4-08 | Martin, R., P. Boyd, A. Stroujkova, M. Leidig, L. Liu, J. Lewkowicz, and J. Bonner Correlating Near-Source Rock Damage from Single-Hole Explosions to Seismic Waves |
| 4-09 | Mayeda, K., L. Malagnini, W. Walter, and R. Gok Improved High Frequency Discrimination: A New Approach to Correct for Regional Source Scaling Variations |
| 4-10 | Murphy, J. and T. Bennett An Analysis of the Seismic Source Characteristics of Explosions in Low-Coupling Dry Porous Media |
| 4-13 | Patton, H. Explosion Source Model Development in Support of Seismic Monitoring Technologies: Apparent Explosion Moment and Prospects for Moment-Based Yield Estimation |
| 4-14 | Phillips, W., X. Yang, R. Stead, M. Begnaud, and K. Mayeda Model Development for Broad Area Event Identification and Yield Estimation |
| 2-16 | Pollitz, F., J. Rubinstein, and W. Ellsworth Analysis and Modeling of the Wavefield Generated by Explosions at the San Andreas Fault Observatory at Depth |
| 4-15 | Randall, G. and H. Hartse Identification of Deep Earthquakes |
| 8-06 | Ringdal, F., T. Kvaerna, S. Gibbons, S. Mykkeltveit, and J. Schweitzer Basic Research on Seismic and Infrasonic Monitoring of the European Arctic |
| 2-18 | Rodgers, A., O. Vorobiev, N. Petersson, B. Sjogreen, and W. Foxall Progress in Three-Dimensional Simulations of Explosions and Earthquakes |
| 4-16 | Rougier, E., C. Bradley, H. Patton, and E. Knight Numerical Simulations of Cavity Radius in Granite: Cavity Behavior as a Function of Scaled Depth of Burial |
| 4-17 | Sammis, C., H. Bhat, and A. Rosakis Micromechanical Damage Mechanics at High Loading Rates |
| 4-19 | Stroujkova, A., J. Bonner, R. Herrmann, and D. Anderson Rayleigh and Love Wave Magnitudes |
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