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W1.00001: DETONATION AND SHOCK INDUCED CHEMISTRY
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W1.00002: Magnetohydrodynamic modelling of exploding foil initiators
William Neal
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W1.00003: Piezo-Electric Hypothesis for Hot Spot Formation Leading to Detonation
D.S. Montgomery, M.J. Cawkwell, K.J. Ramos
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W1.00004: ABSTRACT MOVED TO C3.00003
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W1.00005: Mechanochemistry for Shock Wave Energy Dissipation
William Shaw, Yi Ren, Zhi Su, Jeffrey Moore, Kenneth Suslick, Dana Dlott
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W1.00006: Detonation Performance Testing of LX-19
Samuel Vincent, Tariq Aslam, Scott Jackson
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W1.00007: Detonation Performance Measurements of Cyclotol 75/25
Timothy Kuiper, Eric Anderson, Mark Short, Scott Jackson
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W1.00008: ENERGETIC AND REACTIVE MATERIALS
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W1.00009: ABSTRACT MOVED TO S2.00005
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W1.00010: Characterization of Diacetone Diperoxide (DADP)
Patrick Bowden, Daniel Preston, Bryce Tappan, Virginia Manner
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W1.00011: Thermal safety characterization and explosion violence of energetic materials
Peter Hsu, Gary Hust, Philip Pagoria, Larry Fried
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W1.00012: Studies of thermal dissolution of RDX in TNT melt
Natalya Suvorova, Virginia Hamilton, David Oschwald, Laura Smilowitz, Bryan Henson
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W1.00013: EQUATIONS OF STATE
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W1.00014: High pressure phase diagram of MgO
Martin French, Daniel Cebulla, Ronald Redmer
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W1.00015: Pressure dependence of Hexanitrostilbene Raman/ electronic absorption spectra to validate DFT EOS
Darcie Farrow, Kathleen Alam, Laura Martin, Hongyou Fan, Jeffrey Kay, Ryan Wixom
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W1.00016: AM363 martensitic Stainless Steel: a multiphase equation of state
Giulia De Lorenzi-Venneri, Scott Crockett
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W1.00017: An equation of state consistent with the Hugoniot abnormality
A.D. Resnyansky
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W1.00018: Silicon Nitride Equation of State
Pazhayannur Swaminathan, Robert Brown
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W1.00019: EXPERIMENTAL DEVELOPMENTS
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W1.00020: On a novel graded areal density solution to facilitate ramp wave generation in plate-impact studies
Jonathan Painter, Brianna Fitzmaurice, Michael Goff, Gareth Appleby-Thomas, David Wood, Tom Pinto
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W1.00021: Minimizing masses in explosively driven two-shockwave physics applications
William Buttler, Frank Cherne, Michael Furlanetto, Jeremy Payton, Joseph Stone, Leonard Tabaka, Samuel Vincent
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W1.00022: Reduction of ejecta from asperities on a metal surface upon shock breakout
William Georges, Jason Loiseau, Andrew Higgins, Troy Tyler, Joerg Zimmermann
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W1.00023: Ejecta particle size measurements for shocked Sn targets based on the Mie scattering technique
Todd Haines, Shabnam Monfared, Martin Schauer
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W1.00024: ABSTRACT WITHDRAWN
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W1.00025: Gas loading system for LANL two-stage gas guns
Lee Gibson, Brian Bartram, Dana Dattelbaum, John Lang, John Morris
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W1.00026: Design considerations for diffraction measurements in the TPa regime
J.R. Rygg, J. Eggert, R. Smith, A. Jenei, D. Fratanduono, D. Braun, J. McNaney, G. Collins, T. Arsenlis
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W1.00027: Synchrotron hard X-ray imaging of shock-compressed metal powders
Michael E. Rutherford, David J. Chapman, Mark A. Collinson, David R. Jones, Jasmina Music, Samuel J.P. Stafford, Gareth R. Tear, Thomas G. White, John B.R. Winters, Michael Drakopoulos, Daniel E. Eakins
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W1.00028: Mass estimation of shaped charge jets from x-ray shadow graph with new calibration curve method
Fumikazu Saito, Hiroaki Kishimura, Akira Kumakura, Shun Sakai
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W1.00029: A novel setup for time-resolved X-ray diffraction for gas gun experiments
Camille Chauvin, Fr\'ed\'eric Zucchini, Thierry D'Almeida, Jacques Petit
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W1.00030: A novel tomographic technique for energetic materials
C.C. Stennett, S.E. Stennett, Christoph Rau, S.A. McDonald, N.K. Bourne, P.J. withers
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W1.00031: Thor: Modeling of a Megabar Class Pulsed Power Accelerator
T.A. Haill, D.B. Reisman, B.S. Stoltzfus, K.N. Austin, W.A. Stygar, J.L. Brown, J.-P. Davis, E.M. Waisman
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W1.00032: ABSTRACT WITHDRAWN
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W1.00033: Transient x-ray diffraction with simultaneous imaging under high strain-rate loading
Duan Fan, Sheng-Nian Luo
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W1.00034: FIRST PRINCIPLES AND MOLECULAR DYNAMICS
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W1.00035: Molecular Dynamics Simulations of an Idealized Shock Tube: N$_{2}$ in Ar Bath Driven by He
Ezekiel Ashe Piskulich, Thomas D. Sewell, Donald L. Thompson
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W1.00036: GEOPHYSICS AND PLANETARY SCIENCE
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W1.00037: Measurements of band gap structure in diamond compressed to 370 GPa
Eliseo Gamboa, Luke Fletcher, Hae-Ja Lee, Ulf Zastrau, Maxence Gauthier, Dirk Gericke, Jan Vorberger, Eduardo Granados, Phillip Heimann, Jerome Hastings, Siegfried Glenzer
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W1.00038: Ray Tracing to Predict Optical Behaviour of Shock Compressed Dielectrics
Gareth R. Tear, William G. Proud
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W1.00039: Investigating Metallization in Shock-Compressed Alkali Halides
Matthew Diamond
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W1.00040: Birch's Law for high-pressure metals and ionic solids: Sound velocity data comparison between shock wave experiments and recent diamond anvil cell experiments
David Boness, Lucas Ware
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W1.00041: GRAIN SCALE TO CONTINUUM MODELING
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W1.00042: Development of numerical model to investigate the laser driven shock waves from aluminum target into ambient air at atmospheric pressure and its comparison with experiment
Prem Kiran Paturi, Sai Shiva Sakaraboina, Leela Chelikani, Venkata Ramana Ikkurthi, Sijoy C.D., Shashank Chaturvedi
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W1.00043: HIGH ENERGY PHYSICS/WARM DENSE MATTER
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W1.00044: Thermal conductivity measurements of proton-heated warm dense matter
A. McKelvey, A. Fernandez-Panella, R. Hua, J. Kim, J. King, H. Sio, C. McGuffey, G.E. Kemp, R.R. Freeman, F.N. Beg, R. Shepherd, Y. Ping
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W1.00045: INELASTIC DEFORMATIONS, FRACTURE AND SPALL
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W1.00046: The Influence of Hydrogen on the Microstructure and Dynamic Strength of Lean Duplex Stainless Steel
Ravit Silverstein, Benny Glam, Dan Eliezer, Daniel Moreno, Shalom Eliezer
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W1.00047: Film-substrate hydrodynamic interaction initiated by femtosecond laser irradiation
Viktor Khokhlov, Nail Inogamov, Vasily Zhakhovsky, Denis Ilnitsky, Kirill Migdal, Vadim Shepelev
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W1.00048: Fracture response of several metals to fast heating of samples by intensive X-ray radiation
Vladimir Golubev
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W1.00049: ABSTRACT WITHDRAWN
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W1.00050: On the influence of texture on spall evolution in the HCP materials Ti64 and Zr
James Shackel, Euan Wielewski, Paul Hazell, Jonathan Painter, David Rugg, David Wood, Gareth Appleby-Thomas
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W1.00051: Modelling Deformation and Texture Evolution in OFHC Copper at Large Strain and High Strain Rate
Nicola Bonora, Gabriel Testa, Andrew Ruggiero, Gianluca Iannitti, Magnus H\"ornqvist, Nooshin Mortazavi
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W1.00052: MATERIALS STRENGTH
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W1.00053: Estimating the Resistive Strength of Dense Particle Suspensions During Ballistic Penetration
Oren Petel
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W1.00054: Change of shear modulus and yield stress with pressure and temperature
Yehuda Partom
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W1.00055: ABSTRACT MOVED TO M1.00054
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W1.00056: Dynamic Strength Ceramic Nanocomposites Under Pulse Loading
Evgeniya G. Skripnyak, Vladimir V. Skripnyak, Irina K. Vaganova, Vladimir A. Skripnyak
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W1.00057: PARTICULATE, POROUS AND COMPOSITE MATERIAL
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W1.00058: Dynamic response of laser ablative shock waves from coated and uncoated amorphous Boron nanoparticles
Prem Kiran Paturi, Leela Chelikani, Venkateshwarlu Pinnoju, Pankaj Verma, Raja V Singh
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W1.00059: Dynamic crack propagation through nanoporous media
Thao Nguyen, Justin Wilkerson
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W1.00060: Fluorescent probes for shock compression spectroscopy of microstructured materials
James Christensen, Alexandr Banishev, Dana Dlott
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W1.00061: PHASE TRANSITIONS
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W1.00062: ABSTRACT MOVED TO F4.00004
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W1.00063: Shock-compression on Eu$_{2}$O$_{3}$ doped pollucite phosphors
Sho Hamada, Hiroaki Kishimura, Atsushi Aruga, Hitoshi Matsumoto
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W1.00064: SOFT MATTER
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W1.00065: Characterization of energetic and non-energetic polymers for laser ablation propulsion applications
Prem Kiran Paturi, Leela Chelikani, Narasimha Rao Billa, Nagaraju Guthikonda, Tushar Jana
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W1.00066: Disruption of cell membranes via laser-activated, acoustically active, carbon nanoparticles
Stefany Holguin, Michael Gray, Mark Prausnitz, Naresh Thadhani
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W1.00067: FOCUS SESSION: VELOCIMETRY DIAGNOSTICS
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W1.00068: Development of a Spatially-Resolved Microwave Interferometer
Paul Specht, Marcia Cooper
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W1.00069: Ghost fringe removal techniques using Lissajous data presentation
David Erskine, Jon Eggert, Peter Celliers, Damien Hicks
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W1.00070: POSTDEADLINE
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W1.00071: ABSTRACT MOVED TO Y2.00005
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W1.00072: Hydrodynamic simulations of microjetting from shock-loaded grooves
Caroline Roland, Thibaut de Resseguier, Arnaud Sollier, Emilien Lescoute, Laurent Soulard, Didier Loison
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W1.00073: ABSTRACT MOVED TO S1.00002
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W1.00074: NON-Shock-Plasticity/Fracture Burst Acoustic-Emission(BAE) ``1''/f -``Noise'' Power-Spectrum(PS) Power-Law UNIVERSALITY is Merely F$=$ma Time-Series Integral-Transform, aka ``Bak'' -``SOC'' REdiscovery'' PRE(1687)-''Bak''(1988)
Edward Siegel
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