|
|---|
1-01
 | Bonner, J., J. Britton, and J. Lewkowicz
Development of Calibration Datasets for Southern Asia
|
| 1-02 | Chan, W., C. Wang, and W. Mooney
3-D Crustal Struture in Southwestern China
|
| 1-03 | Chan, W., W. Jiao, R. Wagner, and I. Gupta
Regional Seismic Database for Southwest China
|
| 1-04 | Cormier, V.
Construction of 3-D Earth Models for Station-Specific Path Corrections by Dynamic Ray Tracing
|
| 1-05 | Hearn, T. and J. Ni
Tomography and Location Problems in China using Regional Travel-Time Data
|
| 1-06 | Herrmann, R., C. Ammon, and J. Julia
Application of Joint Receiver-Function Surface-Wave Dispersion for Local Structure in Eurasia
|
| 1-07 | Jemberie, A. and B. Mitchell
Regional Variations in the Shear-wave Q Structure of Southern Asia
|
| 1-08 | Jiao, W., W. Chan, and C. Wang
A Broadband Seismic Experiment in Yunnan, Southwest China
|
| 1-09 | Kirichenko, V. and Y. Kraev
Results of 1-D Location Calibration Studies Related to the Territory of Northern Eurasia
|
| 1-10 | Mackey, K. and K. Fujita
Seismic Calibration and Discrimination in Northeast Russia
|
| 1-11 | Mooney, W., R. Coleman, P. Reddy, I. Artemieva, M. Billien, J. Leveque, and S. Detweiler
A Review of New Seismic Constraints of Crust and Mantle Structure from China and India Coupled with Seismic Qs and Temperature Estimates for the Upper Mantle
|
| 1-12 | Priestley, K., V. Gaur, S. Rai, J. Bonner, and J. Lewkowicz
Broadband Seismic Studies in Southern Asia
|
| 1-13 | Pulliam, J., M. Sen, C. Frohlich, and S. Grand
Crustal Structure from Waveform Inversion of Shear-Coupled PL
|
| 1-14 | Woods, B., C. Saikia, H. Thio, and G. Ichinose
Regionalized Velocity Models in Central Asia
|
|
|---|
| 2-01 | Anderson, D., S. Hartley, C. Lo Presti, A. Rohay, S. Taylor, A. Velasco, and C. Young
Event Identification, Error Propagation and Calibration Assessment
|
| 2-02 | Antolik, M., G. Ekstrom, A. Dziewonski, L. Boschi, B. Kustowski, and J. Pan
Multi-Resolution Global Models for Teleseismic and Regional Event Location
|
| 2-03 | Aprea, C., C. Bradley, and L. Steck
3-D Earth Models at Regional and Global Scales
|
| 2-04 | Baumgardt, D., Z. Der, and A. Freeman
Investigation of the Partitioning of Source and Receiver-Site Factors on the Variance of Regional P/S Amplitude Ratio Discriminants
|
| 2-05 | Bennett, T. and M. Marshall
Identification of Rockbursts and Other Mining Events Using Regional Signals at International Monitoring System Stations
|
| 2-06 | Bonner, J., D. Reiter, A. Rosca, and R. Shumway
Cepstral F-Statistic Performance at Regional Distances
|
| 2-07 | Conrad, C., M. Fisk, V. Khalturin, W. Kim, I. Morozov, E. Morozova, P. Richards, D. Schaff, and F. Waldhauser
Seismic Location Calibration for 30 International Monitoring System Stations in Eastern Asia
|
| 2-08 | Drake, L., R. Ayala, and C. Condori
Monitoring of Seismic Events in the Central Andean Region
|
| 2-09 | Engdahl, E. and E. Bergman
Validation and Generation of Reference Events by Cluster Analysis
|
| 2-10 | Fisk, M., C. Conrad, and D. Jepsen
Development of Improved Capabilities for Depth Determination
|
| 2-11 | Forsyth, D. and Y. Yang
Improvement of Earthquake Epicentral Locations Using T-Phases: Testing by Comparison with Surface Wave Relative Event Locations
|
| 2-12 | Harris, D., W. Walter, A. Rodgers, A. Sicherman, S. Myers, and C. Schultz
LLNL Detection Program: Broad Area Characterization of Phase Detectability and Empirical Detectors for Specific Sources
|
| 2-13 | Husebye, E. and Y. Fedorenko
Seismic Regionalization, Signal Detector and Source Locator
|
| 2-14 | Kovalenko, V. and M. Mamsurov
The Potentialities of Regional Seismic Monitoring
|
| 2-15 | Levshin, A., M. Ritzwoller, M. Barmin, and J. Stevens
Short Period Group Velocity Measurements and Maps in Central Asia
|
| 2-16 | Mclaughlin, K., X. Yang, I. Bondar, J. Bhattacharyya, H. Israelsson, R. North, V. Kirichenko, Y. Kraev, E. Engdahl, M. Ritzwoller, A. Levshin, N. Shapiro, M. Barmin, M. Antolik, A. Dziewonski, G. Ekstrom, I. Gupta, R. Wagner, W. Chan, D. Rivers, A. Hofstetter, A. Shapira, M. Laske, and N. Cotte
Seismic Location Calibration in the Mediterranean, North Africa, Middle East, and Western Eurasia
|
| 2-17 | Murphy, J., W. Rodi, M. Johnson, I. Kitov, J. Sultanov, B. Barker, C. Vincent, V. Ovtchinnikov, and Y. Shchukin
Seismic Calibration of Group One International Monitoring System Stations in Eastern Asia for Improved Event Location
|
| 2-18 | Myers, S., K. Mayeda, W. Walter, C, Schultz, J. O'Boyle, A. Hofstetter, A. Rodgers, and S. Ruppert
LLNL Calibration Program: Data Collection, Ground Truth Validation, and Regional Coda Magnitude
|
| 2-19 | Reiter, D., C. Vincent, M. Johnson, A. Rosca, and W. Rodi
Methods of Improving Regional Seismic Event Locations
|
| 2-20 | Reiter, D., W. Rodi, M. Johnson, C. Vincent, and A. Rosca
A New Regional 3-D Velocity Model of the India-Pakistan Region
|
| 2-21 | Ringdal, F., E. Kremenetskaya, V. Asming, T. Kværna, S. Mykkeltveit, J. Faleide, and J. Schweitzer
Research in Regional Seismic Monitoring
|
| 2-22 | Rodi, W. and M. Toksoz
Uncertainty Analysis in Seismic Event Location
|
| 2-23 | Russian Federation/United States Calibration Working Group
International Monitoring System Location Accuracy Improvement in North America and Northwestern Eurasia Using Source-Specific Station Corrections (3-D) for Pn, Sn, and Pg Phases
|
| 2-24 | Saikia, C. and G. Ichinose
Seismic Event Location Strategy and Path Calibration in and around the Indian Subcontinent
|
| 2-25 | Savage, B., Y. Tan, L. Zhu, and D. Helmberger
Regional Location and Identification Using Sparse Stations
|
| 2-26 | Schultz, C., M. Flanagan, S. Myers, M. Pasyanos, J. Swenson, W. Hanley, F. Ryall, and D. Dodge
LLNL Seismic Location: Validating Improvement Through Integration of Regionalized Models and Empirical Corrections
|
| 2-27 | Shapira, A., V. Pinsky, M. Ergin, Y. Gitterman, D. Kalafat, K. Solomi, and R. Hofstetter
Development of A Ground Truth Database for Improvement of CTBT Monitoring in the Eastern Mediterranean Region
|
| 2-28 | Shapiro, N., M. Ritzwoller, M. Barmin, P. Weichman, L. Tenorio, and W. Navidi
Capturing Uncertainties in Source-Specific Station Corrections Derived from a 3-D Model
|
| 2-29 | Smith, G. and D. Wiens
Initial Results at Reducing Systematic Errors for Seismic Event Locations Using a Model Incorporating Anisotropic Regional Structures
|
| 2-30 | Steck, L., M. Begnaud, and A. Velasco
On the Use of Kriged P-Wave Travel-Time Correction Surfaces for Seismic Location
|
| 2-31 | Stevens, J., D. Adams, and G. Baker
Improved Surface Wave Detection and Measurement Using Phase-Matched Filtering with a Global One-Degree Dispersion Model
|
| 2-32 | Stump, B., M. Jun, C. Hayward, J. Jeon, I. Che, S. House, and T. Kim
Assessment of Seismic and Infrasound Signals in Korea with Ground Truth
|
| 2-33 | Taylor, S., A. Velasco, X. Yang, M. Maceria, and W. Phillips
Bayesian Tomography Applied to Seismic Event Identification Problems
|
| 2-34 | Thurber, C., H. Zhang, and W. Lutter
Assessing Location Capability with Ground Truth Events: the Dead Sea and South Africa Regions
|
| 2-35 | Vernon, F., G. Pavlis, and T. Wallace
Collaborative Research: Seismic Catalogue Completeness And Accuracy
|
| 2-36 | Walter, W., A. Rodgers, M. Pasyanos, K. Mayeda, A. Sicherman, and D. Harris
LLNL Identification Program: Regional Body-Wave Correction Surfaces and Surface-Wave Tomography Models to Improve Discrimination
|
| 2-37 | Xie, J.
Excitation of Regional Waves And Magnitude Dependence of Phase Spectral Ratios in Central Asia
|
|
|---|
| 3-01 | Ammon, C., M. Pyle, G. Randall, and A. Velasco
Refining Faulting Parameters and Depth Estimates for Earthquakes in Eastern Asia
|
| 3-02 | Bonner, J. and J. Orrey
Short-Period Surface Waves From Explosions
|
| 3-03 | Dreger, D., B. Romanowicz, G. Clitheroe, P. Hellweg, and J. Stevens
Development of Automated Moment Tensor Software at the Prototype International Data Center
|
| 3-04 | Hedlin, M., and V. Khalturin
Study of Anomalous Mine Blasts
|
| 3-05 | Kim, W., P. Richards, and J. Granville
Discrepancies Between PIDC, ISC, and USGS Seismic Magnitudes
|
| 3-06 | Lay, T. and G. Fan
Improving Discriminants for Source Identification
|
| 3-07 | Stevens, J., N. Rimer, H. Xu, J. Murphy, G. Baker, G. Kocharyan, B. Ivanov, and S. Day
Near Field and Regional Modeling of Explosions at the Degelen Test Site
|
| 3-08 | Stump, B., C. Hayward, C. Hetzer, and R. Zhou
Utilization of Seismic and Infrasound Signals for Characterizing Mining Explosions
|
|
|---|
| 4-01 | Langston, C.
Phase Time Inversion: A Simple Method for Regional Waveform Inversion
|
| 4-02 | Morozov, I., S. Smithson, E. Morozova, and L. Solodilov
A Database of Deep Seismic Sounding Peaceful Nuclear Explosion Recordings for Seismic Monitoring of Northern Eurasia
|
| 4-03 | Phillips, W., H. Patton, H. Hartse, and K. Mayeda
Regional Coda Magnitudes in Central Asia and mb(Lg) Transportability
|
| 4-04 | Xie, J.
Attenuation of Lg Waves in the Eastern Tibetan Plateau
|
|
|---|
| 5-01 | de Groot-Hedlin, C. and J. Orcutt
Three-Dimensional Modeling of the Hydroacoustic to Seismic T-phase Transition
|
| 5-02 | Hanson, J.
Initial Analysis of Data from the New Diego Garcia Hydroacoustic Station
|
| 5-03 | Harben, P. and C. Boro
Implosion Source Development and Diego Garcia Reflections
|
| 5-04 | Kuperman, W., B. McDonald, and G. D'Spain
Arrival Structure of Long-Range Propagation Excited by a Finite Amplitude Source
|
| 5-05 | Okal, E. and J. Talandier
T-Phase Detection and Identification of Large Explosions at Teleseismic Distances in the Pacific
|
| 5-06 | Pulli, J. and Z. Upton
Hydroacoustic Blockage at Diego Garcia: Models and Observations
|
|
|---|
| 6-01 | Arthur, R., T. Bowyer, J. Hayes, T. Heimbigner, J. McIntyre, H. Miley, and M. Panisko
Radionuclide Measurements for Nuclear Explosion Monitoring
|
| 6-02 | Swanberg, E. and S. Hoffert
Using Atmospheric Cs-137 Measurements and HYSPLIT to Confirm Chernobyl as a Source of Cs-137 in Europe
|
|
|---|
| 7-01 | Bass, H., K. Gilbert, M. Garces, M. Hedlin, J. Berger, J. Olson, C. Wilson, and D. Osborne
Studies of Microbaroms Using Multiple Infrasound Arrays
|
| 7-02 | Brown, D., A. Gault, R. Geary, P. Caron, and R. Burlacu
The Pacific Infrasound Event of April 23, 2001
|
| 7-03 | D'Spain, G., M. Hedlin, J. Orcutt, W. Kuperman, C. de Groot-Hedlin, L. Berger, and G. Rovner
Application of Physics-Based Underwater Acoustic Signal and Array Processing Techniques to Infrasound-Source Localization
|
| 7-04 | Garces, M. and C. Hetzer
Infrasonic Signals Detected by the KONA Array, Hawaii
|
| 7-05 | Garces, M., C. Hetzer, K. Lindquist, R. Hansen, J. Olson, C. Wilson, D. Drob, and M. Hedlin
Infrasonic Source Location of the April 23, 2001, Bolide Event
|
| 7-06 | Hedlin, M. and J. Berger
Evaluation of Infrasonic Noise Reduction Filters
|
| 7-07 | Herrin, E., G. Sorrells, P. Negraru, J. Swanson, P. Golden, and C. Mulcahy
Comparative Evaluation of Selected Infrasound Noise Reduction Methods
|
| 7-08 | Kim, W.
Infrasound Detection of Large Mining Blasts in Kazakstan
|
| 7-09 | Norris, D. and R. Gibson
InfraMAP Propagation Modeling Enhancements and the Study of Recent Bolide Events
|
| 7-10 | Shumway, R.
Detection and Location Capabilities of Multiple Infrasound Arrays
|
| 7-11 | Whitaker, R., P. Brown, D. ReVelle, T. Sandoval, P. Mutschlecner, and N. Bueck
Bolides and Other Infrasound Events
|
| 7-12 | Zumberge, M. and J. Berger
The Optic Fiber Infrasound Sensor
|
|
|---|
| 8-01 | Hartse, H.
A Comparison of Time- and Frequency-Domain Amplitude Measurements
|
| 8-02 | Hipp, J.
The NNSA Ground-Based Nuclear-Explosion Monitoring Multi-Region Kriging Model
|
| 8-03 | Kvaerna, T., S. Mykkeltveit, E. Hicks, F. Ringdal, and J. Schweitzer
Regional Seismic Threshold Monitoring
|
| 8-04 | O'Boyle, J., S. Ruppert, T. Hauk, D. Dodge, F. Ryall, M. Firpo, and LLNL GNEM R&E Staff
LLNL Middle East, North Africa and Western Eurasia Seismic Research Database
|
| 8-05 | Woodward, R., B. Kohl, and R. North
Support System for Nuclear Explosion Monitoring Research and Development
|
| 8-06 | Young, C., B. Merchant, and R. Aster
Comparison of Cluster Analysis Methods for Identifying Regional Seismic Events
|
|
|---|
| 9-01 | Agarwal, D.
Discussion of Reliable Multicast Deployment Progress for the Continuous Data Protocol
|
| 9-02 | Carr, D., D. Gallegos, P. Herrington, D. Pearson, S. Taylor, A. Velasco, J. Zucca, D. Harris, S. Ruppert, and L. Casey
NNSA Knowledge Base Integration, Validation, and Delivery of Operationally Useful Information Products
|
| 9-03 | Rynes, J. and D. Leussing
Nuclear Sources and Assets Database (NUSAD) Development
|
| 9-04 | Sandvol, E., D. Seber, C. Sandvol, C. Brindisi, and M. Barazangi
Regional GIS Databases in Support of CTBT Monitoring
|
. Click on a title to view the document with Adobe Acrobat Reader, if your web browser is configured to do so, or download it to your computer to view off-line.
If you don't have the latest version of Acrobat Reader installed on your computer, you can get it from Adobe's web site or install it from this CD by clicking HERE.