Paper# | Title | First Name | Last Name | Organization |
00011 | Temperature Dependent Equations Of State For Energetic Materials | Seth | Root | SNL |
| | Melvin | Baer | |
01320 | Mechanical Damage, Ignition, And Burn: Experiment, Model Development, And Computer Simulations To Study High‐Explosive Violent Response | John | Reaugh | LLNL |
| | Andrew | Jones | AWE |
01389 | Detonation Velocity Measurements Using PDV And Embedded Fibers | Oliver | Strand | LLNL |
| | David | Hare | |
| | Raul | Garza | |
| | Tony | Whitworth | |
| | David | Holtkamp | |
01901 | INFLUENCE OF POWDER DISPERSION ON THE REACTION ZONE STRUCTURE | Alexander | Utkin | Institute Of Problems Of Chemical Physics RAS |
| | Valentina | Mochalova | |
02180 | High-Power Electrostatic Discharges In PETN: Threshold And Scaling Experiments | William | Liou | LLNL |
| | James | McCarrick | |
| | Ralph | Hodgin | |
| | Danial | Phillips | |
02200 | The Effect Of Charge Reactive-Structural-Material Cases On Air Blast | Fan | Zhang | Defence RandD Canada - Suffield |
| | Robert | Ripley | Martec Ltd. |
02779 | Detonation Propagating In IHE Around A Spherical Obstacle: Comparison Between Experiment DSD And DNS | Christophe | MATIGNON | CEA |
03040 | Thermodynamic States In Explosion Fields | Allen L. | Kuhl | LLNL |
03309 | Imaging High Speed Particles In Explosive Driven Blast Waves | Charles | Jenkins | AFRL/RWME |
04389 | Spectroscopy And Ellipsometry Of Laser Shocked Explosives | Shawn | McGrane | LANL |
| | Shawn | McGrane | |
| | Von | Whitley | |
| | Cynthia | Bolme | |
| | Daniel | Eakins | |
| | Moore | David | |
04768 | Novel Polynitrogen Precursors From Nitrogen/Hydrogen Alloys | Jennifer | Ciezak | ARL |
05810 | Shock Initiation And Detonation Propagation In Damaged TATB-based Solid Explosives | Steven | Chidester | LLNL |
| | Kevin | Vandersall | |
| | Craig | Tarver | |
| | Frank | Garcia | |
06398 | AUTOCATALYTIC MECHANISMS OF DECOMPOSITION IN IDEAL AND DEFOMRED NITROARENES | Maija | Kukla | University Of Maryland |
07811 | Effects Of Temperature, Humidity, Sample Confinement, Thermal Conductivity, And Other Variables On Bruceton Type 12 Impact Initiation of an HMX‐based High Explosive | Paul | Peterson | LANL |
07922 | Ab Initio Calculation Of 0 K Isotherm And Vibrational Spectra Of PETN Crystal | Alexander | Selezenev | Sarov Laboratories |
08447 | Examination Of The Pulsating Detonation Instability In A Two-step Model Using Characteristics | Matei | Radulescu | University Of Ottawa |
| | Carlos | Leung | |
09041 | An Examination Of Blast And Impulse Effects From The Metal Loading Of Explosives | Victor | Sanders | LANL |
| | Jonathan | Zucker | |
| | Bryce | Tappan | |
| | John | McAfee | |
| | Blaine | Asay | |
09391 | Behaviors Of Nitromethane Under The Various Ignition Conditions | Shiro | Kubota | National Institute Of Advanced Industrial Science |
| | Tei | Saburi | |
| | Yuji | Ogata | |
| | Kunihito | Nagayama | Kyushu University |
| | Katsuya | Sasaki | Hitachi Zosen Corporation |
| | Hideaki | Kitajima | |
| | Ryo | Sakamoto | |
09583 | A Modified Criterion For The Prediction Of Shock Initiation Thresholds For Flyer Plate And Rod Impacts | Peter | Haskins | QinetiQ |
| | Malcolm | Cook | |
10501 | Correlating Cookoff Violence With Pre-ignition Damage | Michael | Hobbs | SNL |
| | Michael | Hobbs | |
10712 | Shock Desensitizing Of Solid Explosive | William | Davis | LANL |
| | William | Davis | |
11392 | Effects Of Exothermic Binders On Times To Explosion Of HMX-based Plastic Bonded Explosives | Craig | Tarver | LLNL |
11985 | SINGLE AND DOUBLE SHOCK INITIATION OF TATB BASED EXPLOSIVE T2: COMPARISON OF ELECTROMAGNETIC GAUGE Measurements with Numerical Simulations Using Different Shock to Detonation Transition Models | Arnaud | Sollier | CEA |
| | Philippe | Manczur | |
| | Blandine | Crouzet | |
| | Laurent | Soulard | |
| | Jean-Hughes | Quesada | |
| | Jean-Marc | Chevalier | |
| | Pascal | Bouinot | Centre D'Etudes De Gramat |
| | Regis | Duconget | |
| | Christophe | Matignon | CEA |
12620 | X-ray Transmission Tomography For Detonation Investigation | Edward | Pruuel | Lavrentyev Institute Of Hydrodynamics Siberian Bra |
12622 | Mesoscale Modeling Of LX-17 Under Isentropic Compression | H. Keo | Springer | LLNL |
12647 | Finite Element Simulation Of Dynamic Response Of PBX With Explicit Account Of Microstructural Fracture | Ananda | Barua | Georgia Institute Of Technology |
12684 | Characterization Of Thermal, Mechanical And Detonative Properties Of New Plastic Bonded Explosive Formulations of 1,3,5‐Triamino‐2,4,6‐Trinitrobenzene Re‐Crystallized from Ionic Liquid and Ionic Liquid/Co‐ Solvent Systems | Alexander | Gash | LLNL |
12995 | Investigations Into The Energy Versus Power Sensitiveness Of Energetic Materials Through Insult With An Electric Spark | Bob | D'Mellow | AWE |
13159 | Material Properties Effects On The Detonation Spreading And Propagation Of Diaminoazoxyfurazan (DAAF) | Elizabeth | Francois | LANL |
13303 | Pressure-cooking Of Explosives – The Structure Of A High-pressure, High-temperature Form Of RDX | Colin | Pulham | The University Of Edinburgh |
| | David | Millar | |
| | William | Marshall | ISIS Neutron And Muon Facility |
13410 | Laser-Ignition Of Laser Dispersed Metal Particles | James | Lightstone | NSWC, IHDIV |
| | Ahmed | Abdel-Hafez | NSWC, IHDIV |
| | Mathew | Brodt | University Of Virginia |
| | Joel | Carney | NSWC, IHDIV |
13446 | Minimum Critical Thickness Measurements In Vapor-Deposited Pentaerythritol Tetranitrate (PETN) Films | Alexander | Tappan | SNL |
| | Robert | Knepper | |
| | Ryan R. | Wixom | |
13645 | An Integrated DSD/Hydrodynamic Approach For Computing The Motion Of Detonation Of Insensitive HE | Mark | Short | LANL |
| | Mark | Short | |
| | Tariq | Aslam | |
14333 | Small Scale Violence Experiments For Fast Cook-off | Clare | Bauer | AWE Plc |
14671 | The Use Of Digital Image Correlation In Explosive Experiments | Franco | Gagliardi | LLNL |
| | Bruce | Cunningham | |
| | Louis | Ferranti | |
15395 | INVESTIGATION OF LOW DETONATION VELOCITY EMULSION EXPLOSIVES. APPLICATION TO EXPLOSIVE WELDING | Victor | Silvestrov | Lavrentyev Institute Of Hydrodynamics |
| | Andrew | Plastinin | |
| | Sergey | Rafeichik | |
| | Vladimir | Pai | |
16153 | Development Of Plate And Cylinder Acceleration Mathematical Models | Daniel | Murphy | US Army ARDEC |
| | Ernest | Baker | US Army ARDEC |
| | Leonard | Stiel | Polytechnic University |
| | Erik | Wrobel | US Army ARDEC |
16290 | Influence Of Hot Spot Features On The Initiation Characteristics Of Heterogeneous Nitromethane | Dana | Dattelbaum | LANL |
| | Stephen | Sheffield | LANL |
| | Stahl | David | LANL |
| | Andrew | Dattelbaum | LANL |
| | Wayne | Trott | Sandia National Laboratory |
16475 | A Multi-Scale Modeling Framework For Shear Initiated Reactions In Energetic Materials | Müge | Fermen-Coker | ARL |
| | Linhbao | Tran | Shock Physics Insight |
| | John K. | Brennan | ARL |
16562 | Prediction Of Failure Diameter Of Liquid Explosives | Sek | Chan | Orica Canada Inc. |
| LX-17 And UfTATB Data For Corner-Turning, Failure And Detonation | Clark | Souers | LLNL |
| | Clark | Souers | |
| | Lisa | Lauderbach | |
| | Raul | Garza | |
| | Peter | Vitello | |
17942 | Extremely Low Sensitivity Melt Castable Explosives Based On FOX-12 | Henric | Östmark | Swedish Defence Research Agency, FOI |
18277 | Thermo-mechanical Behavior Of PBX 9501 | Partha | Rangaswamy | LANL |
| | Darla | Thompson | |
| | Cheng | Liu | |
| | Matthew | Lewis | |
19209 | Visible And Near-Infrared Spectral Signatures Following The Detonation Of PETN-Based Explosives | Joel | Carney | IHDIV NSWC |
| | James | Lightstone | |
| | Jon | Koch | Marquette University |
| | Scott | Piecuch | |
19333 | Hazard Response Experiments For Usi In Assessing MandS Capabilities For Detonation | Scott | Kukuck | ARL |
19552 | Characterization Of Physical Processes In Exploding Foil Initiators | David | Damm | SNL |
| | Evan | Dudley | |
19647 | SHOCK INITIATION EXPERIMENTS AND MODELING ON THE TATB BASED EXPLOSIVE RX-03-GO | Kevin | Vandersall | LLNL |
20410 | WBL-Consistent JWL Equations Of State For HMX And TATB-Based Explosives From Cylinder Tests | Mike | Goff | AWE Plc |
| | Alex | Hodgson | |
20703 | Multiscale Simulation Of Hot Spot Ignition | Laurence | Fried | LLNL |
| | Fady | Najjar | |
| | Riad | Manaa | |
| | Michael | Howard | |
| | Evan | Reed | |
| | Nir | Goldman | |
20819 | Initiation Of Energetic Materials: From Intermolecular Shearing To Nano-Composite Behavioral Predictions | Ronald | Armstrong | University Of Maryland |
23447 | Underwater Explosion Performance Of Aluminized Explosives With Wide Range Compsition | Ykio | Kato | Nippon-koki Co.,Ltd. |
| | Kenji | Murata | |
23512 | Thermodynamic Properties Of Detonation Products Including Solid Carbon Clusters | Nicolas | Pineau | CEA DAM |
| | Emeric | Bourasseau | |
| | Guillaume | Chevrot | |
| | Jean-Bernard | Maillet | |
24044 | Computation Of Detonation Waves In High Explosives With Material Variability | Larry | Hill | LANL |
| | Tariq | Aslam | |
24248 | Resonance Photoinitiation Of PETN | Edward | Aluker | Kemerovo State University |
| | Nadezhda | Aluker | KB ISSChM SB RAS |
| | Gennadiy | Belokurov | |
| | Alexander | Krechetov | Kemerovo State University |
| | Anatoliy | Mitrofanov | |
| | Denis | Nurmukhametov | KB ISSChM SB RAS |
| | Alexander | Tupitsyn | Kemerovo State University |
24310 | Towards New Energy-rich Molecular Systems: Polynitrogen | Jonathan | Crowhurst | LLNL |
| | Riad | Manaa | |
| | Daniel | Aberg | |
| | Babak | Sadigh | |
26032 | Anisotropic Sensitivity Of Explosive Crystals From Compressive-Shear Reactive Dynamics Simulations | Sergey | Zybin | California Institute Of Technology |
| | Peng | Xu | |
| | Qi | An | |
| | Yi | Liu | |
| | William A. | Goddard III | |
26173 | The Effects Of Metal Loading On The Detonation Properties Of Explosive Mixes | Charles | Needham | Applied Research Associates |
| | Mary | Brown | |
| | Craig | Watry | |
| | Mike | Anderson | |
26338 | COMBUSTION/EXPLOSION INITIATION IN LIQUID AND SOLID ENERGETIC SUBSTANCES | Michael | Grinfeld | ARL |
26494 | Small Angle Neutron Scattering Studies Of RDX Defect Structure | Chad | Stoltz | NSWC, IHDIV |
| | Brian | Mason | |
| | Joseph | Hooper | |
| | Colin | Roberts | |
27479 | Predicting The Contribution Of Case Combustion To Explosive Performance With SHAMRC | Craig | Watry | Applied Research Associates |
27636 | Explosive Response To Complex Loading: Shock Desensitization | Scott | Kukuck | ARL |
28482 | Ab-initio Discovery Of Utlrafast Detonation And Metallization In Nitromethane And Hydrazoic Acid | Evan | Reed | LLNL |
29194 | Optical Flow Visualization Of The Low Velocity Detonation Phenomena Of HN And HH Mixture | Tomoharu | Matsumura | Nat. Inst. Of Adv. Ind. Sci. and Tech. (AIST) |
29949 | Thermal Non Equilibrium Modeling Of The Detonation Waves In Highly Heterogeneous Condensed HE | Gerard | Baudin | DGA/DET/Centre D'Etudes De Gramat |
30026 | The Effects Of Strain And Interface Energy In NiAl Reactive Multilayers | Peter | Chung | ARL |
30524 | On The Shock Response Of HMX And TATB Based Explosives To Complex 1-D Plate Impacts | Susan | Sorber | AWE Plc |
31246 | Hazard Characterisation Of Fox-7 Compositions With Varying Particle Sizes | Helen | Flower | AWE |
| | Steve | Wortley | AWE |
| | Chris | Stennett | Cranfield University |
31425 | Advances In Stochastic Kinetics Modelling | Emmanuel | LAPEBIE | DGA/CEG |
32053 | The ODTX System For Thermal Ignition And Thermal Safety Study Of Energetic Materials | Peter | Hsu | LLNL |
| | Gary | Hust | |
| | Mike | Howard | |
| | Jon | Maienschein | |
32448 | Increasing The Utility Of The Copper Cylinder Expansion Test | Warren | Maines | AFRL |
| | Warren | Maines | |
| | George | Butler | |
| | Michael | Lindsay | USAFA |
33066 | Towards Quantum Controlled Initiation Of Explosives | Margo | Greenfield | LANL |
| | Shawn | McGrane | |
| | Jason | Scharff | |
| | David | Moore | |
34340 | Interaction Of A Blast Wave With A Metalized Explosive Fireball | David | Frost | McGill University |
| | Sam | Goroshin | McGill University |
| | Robert | Ripley | Martec Ltd. |
34726 | On The Role Of Phonon Scattering Processes In Shock-induced Initiation | Joe | Hooper | NSWC, IHDIV |
| Explosive Compositions On The Basis Of Mechanoactivated Nanocomposites Of Metals And Solid Oxidizers | Alexander | Dolgoborodov | Semenov Institute Of Chemical Physics RAS |
| | Andrew | Streletskii | |
| | Igor | Kolbanev | |
| | Michael | Makhov | |
34810 | On The Detonation Chemistry Of Boron | Joseph | Zaug | LLNL |
| | Sorin | Bastea | |
| | Jonathan | Crowhurst | |
| | Nicolas | Teslich | |
34848 | Effect Of Aluminum Particle Size And Mass Fraction On Detonation In Nitoromethane With Aluminum Particles | Yukio | Kato | Nippon-koki Co., Ltd. |
| | Kenji | Murata | |
34855 | Interpretations Of Emission Measurements From Aluminized Explosive Fireballs | Jennifer | Peuker | University Of Illinois |
35210 | Underwater Blast Experiments And Modeling For Shock Mitigation | Lee | Glascoe | LLNL |
| | Larry | McMichael | |
| | Vandersall | Kevin | |
35790 | Modeling Explosives With High Metal Concentrations Using Particle Volumes In SHAMRC | Mike | Anderson | Applied Research Associates |
36914 | Initiation and Detonation Properties of Various Explosives | John | Molitoris | LLNL |
| | Raul | Garza | |
| | Jan | Batteux | |
| | Jerry | Forbes | ETC |
37012 | Non-ideal Detonation Of Ammonium Nitrate And Activated Carbon Mixtures In Steel Pipes | Atsumi | Miyake | Yokohama National University |
| | Naoki | Kinoshita | |
| | Shiro | Kubota | National Institute Of Advanced Industrial |
| | Tei | Saburi | |
| | Yuji | Ogata | |
37019 | Development Of An Initiation Train Characterisation Test | Andrew | Stoodley | Atomic Weapons Establishment Plc |
| | Matthew | Maisey | |
37022 | Improving The Material Response For Slow Heat Of Energetic Materials | Albert | Nichols | LLNL |
37133 | Performance evaluation of Diaminoazoxyfurazan (DAAF) as a booster material for the plastic bonded explosive PBX 9502 using the Onionskin Test | John | Morris | LANL |
37232 | MODELLING OF A SUITE OF ALUMINISED EXPLOSIVES EXPERIMENTS | Alec | Milne | FGE |
37386 | Some Mesoscale Implications Of The CREST Reactive Burn Model | Brian | Lambourn | AWE |
| | Brian | Lambourn | |
| | Caroline | Handley | |
37668 | Testing And Modeling Of PBX 9501 Shock Initiation | Kin | Lam | LANL |
| | Kin | Lam | |
| | Timothy | Foley | |
| | Alan | Novak | |
| | Peter | Dickson | |
| | Gary | Parker | |
37734 | Jack Rabbit Investigation Of TATB IHE Detonation Chemical Kinetics | Mark | Hart | LLNL |
| | Mark | Hart | |
37858 | Statistical Hot Spot Modeling Of Particle Size And Initial Temperature Effects On TATB Shock Initiation | Albert | Nichols | LLNL |
| | Craig | Tarver | |
38691 | ELECTROMAGNETIC EFFECTS ON EXPLOSIVE REACTION AND PLASMA | Douglas | Tasker | LANL |
| | Douglas | Tasker | |
| | Von | Whitley | |
38727 | Unreacted Equations Of State Of LLM-105 And TATB | Jared | Gump | NSWC, IHDIV |
| | Chad | Stoltz | |
| | Brian | Mason | |
| | Benjamin | Freedman | Naval Research Enterprise Intern Program |
| | Jason | Ball | |
39941 | Laser Initiation Explosive Decomposition Of Mixture Of Pentaerythrite Tetranitrate And Ni-C Nanoparticles | Boris | Aduev | KB ISSChM SB RAS |
39946 | CHARACTERIZATION OF IGNITION THRESHOLD OF PBXN-110 USING HYBRID DROP WEIGHT-HOPKINSON BAR | Vasant | Joshi | NSWC, IHDIV |
| | Clinton | Richmond | |
40459 | THE EFFECT OF DOPANT ON THE LASER IGNITION SENSITIVITY OF HEXANITROSTILBENE TYPE IV | Emma | Burke | Cranfield University |
| | Xiao | Fang | |
40905 | Small-Scale Testing For Development Of Explosives | Joshua | Felts | NSWC, IHDIV |
41284 | DDT Of Hot, Thermally Damaged PBX 9501 In Heavy Confinement | Gary | Parker | LANL |
| | Peter | Dickson | |
| | Blaine | Asay | |
| | John | McAfee | |
41453 | A Novel Technique To Study Build Up To Detonation From An Attenuating Shock Wave In 1D Explosive Experiments | Malcolm | Burns | AWE Plc |
41603 | Anisotropic Material Model And Wave Propagation Simulations For Shocked PETN Single Crystals | Michael | Winey | Washington State University |
| | Michael | Winey | |
| | Yogendra | Gupta | |
41653 | Determination Of Detonation Parameters In Tetranitromethane/metanole Mixtures By Electromagnetic Method | Alexander | Ananin | Institute Of Problems Of Chemical Physics RAS |
| | Alexander | Ananin | |
| | Sergey | Koldunov | |
| | Victor | Garanin | |
| | Vasily | Sosikov | |
42787 | Measure Of Quasistatic Toughness And Fracture Parameters For Explosive Mock And LX-17 | Louis | Ferranti, Jr. | LLNL |
| | Franco | J. Gagliardi | |
| | Bruce | J. Cunningham | |
43025 | Initiation Properties Of Nanocrystalline RDX Based Explosive Compositions | Victor | Stepanov | US Army, ARDEC |
44075 | Initiation Of Detonation In Deuterated Nitromethane: A Rigorous Test Of The Quasiharmonic EOS | Damian | Swift | LLNL |
| | Roberta | Mulford | LANL |
44360 | Comprehensive Characterization Of Voids And Microstructure In TATB-based Explosives From 10nm To 1cm | Trevor | Willey | LLNL |
| | Lisa | Lauderbach | |
| | Thomas | Lorenz | |
| | Franco | Gagliardi | |
| | Robert | Call | |
| | George | Overturf | |
44549 | Exploring Athermal Initiation Mechanism Of Azides | Riad | Manaa | LLNL |
| | George | Overturf | |
| Shear Localization In Compressed Energetic Materials | Neil | Bourne | AWE |
| | Peter | Dickson | LANL |
| | Alec | Milne | FGE |
45122 | Mesoscopic Investigations Of The Deformation And Initiation Mechanisms Of A HMX-based Pressed Composition | Hervé | TRUMEL | CEA, DAM, Le Ripault |
| | Philippe | LAMBERT | Sciences Et Applications Co. |
45381 | PBRB Model Integration With Wave Propagation Code And Performance Evaluation | Sunil | Dwivedi | University Of Florida |
| | Yasuyuki | Horie | AFRL/RWME |
45610 | MODELING SOLID STATE DETONATION AND REACTIVE MATERIALS | Sunhee | Yoo | University Of Illinois At Urbana And Champaign |
| | Scott | Stewart | |
| | Mark | Lieber | |
| | Matthew | Szuck | |
| | David | Lambert | AFRL |
45754 | DETONATION WAVE PARAMETERS IN NITROMETHANE/METHANOL AND FEFO/NITROBENZENE | Valentina | Mochalova | Institute Of Problems Of Chemical Physics |
| | Sergey | Torunov | |
| | Alexander | Utkin | |
45959 | Anisotropic Plastic Flow In Single Crystal Explosives | Kyle | Ramos | LANL |
| | Daniel | Hooks | |
46354 | CHARACTERISTIC MELT TIMES AND ONSET OF REACTION FOR ALUMINIZED EXPLOSIVES | LEONARD | STIEL | POLYTECHNIC INSTITUTE OF NYU |
| | ERNEST | BAKER | US ARMY ARDEC |
46471 | Precursor Detonation Wave Development In ANFO Due To Aluminum Confinement | Scott | Jackson | LANL |
46709 | Frictionally induced ignition processes in drop and skid tests | PETER | DICKSON | LANL |
| | GARY | PARKER | |
| | ALAN | NOVAK | |
46937 | Atomistic Simulations Of Chemical Reactivity Of TATB Under Thermal And Shock Conditions | Riad | Manaa | LLNL |
| | Evan | Reed | |
| | Laurence | Fried | |
46944 | Instrumented Small-scale Gap Testing Of Booster Compositions | Chris | Stennett | Cranfield University |
| | Peter | Bolton | AWE |
| | Steve | Wortley | |
47258 | Critical Velocities For Deflagration And Detonation In A REBO High Explosive | Stuart | Herring | LANL |
| | Timothy | Germann | |
| | Niels | Gronbech-Jensen | University Of California, Davis |
47891 | Major Effects In The Thermodynamics Of Detonation Products: Phase Segregation Vs Ionic Dissociation | Sorin | Bastea | LLNL |
| | Laurence | Fried | |
48716 | State of the Art of Predictive Fragment Impact Initiation Modeling | John | Starkenberg | American Systems Corporation |
| | Douglas | Kooker | |
49619 | CONDUCTIVE IGNITION MODELING FOR ENERGETIC MATERIAL | Rohan | Banton | ARL |
| | Scott | Kukuck | |
50049 | Modelling Detonation Propagation And Failure In PBX 9502 Explosive Using CREST | Nicholas | Whitworth | AWE |
| | Nicholas | Whitworth | |
| | Caroline | Handley | |
50586 | New High Energy Oxidizers: A QM Study | Henric | Östmark | Nanyang Technical University |
50803 | Detonation Failure In Small Cylindrical LX-17 Charges | Thomas | Lorenz | LLNL |
50991 | Effect Of Ammonium Perchlorate Grain Size In Mixture With Nitromethane On Detonation Velocity | Eric | Bouton | CEA Le Ripault |
| | Henri-Noel | Presles | CNRS |
| | Laurence | Pagnanini | |
| | Boris | Khasainov | |
| | Robert | Belmas | CEA Le Ripault |
51124 | Applications Of Photon Doppler Velocimetry To Explosives Testing | Matthew | Briggs | LANL |
| | Larry | Hill | |
| | Lawrence | Hull | |
| | Michael | Shinas | |
51162 | NON-SHOCK IGNITION OF HMX-BASED HIGH EXPLOSIVES: THERMO-MECHANICAL NUMERICAL STUDY | Didier | PICART | CEA DAM |
51178 | Modeling Oblique Initiation Of Insensitive Explosives | Charles | Mader | Mader Consulting Co |
| | Michael | Gittings | Consultant |
52157 | Advances In Modeling Exploding Bridgewire Initiation | Constantine | Hrousis | LLNL |
| | John | Christensen | |
52159 | A Confined Small-scale Deflagration Cylinder Test For Violence Mapping And Model Development | Daniel | Hooks | LANL |
52785 | Mach Reflections From High Explosive (HE)-Driven Blast Waves | W. Michael | Howard | LLNL |
52983 | Calculating Hugoniots For Molecular Crystals From First Principles | Ann E | Mattsson | SNL |
| | Ryan R | Wixom | |
| | Thomas R | Mattsson | |
54141 | Non-Shock Initiation Model For High Explosive Families | Steven | Todd | SNL |
| | Mark | Anderson | SNL |
| | Terry | Caipen | Applied Research Associates Inc. |
54430 | An Effect Of The Reaction Light Absorption On The Formation Of The Detonation Reaction Zone 3D-Structure in PBXs | Igor | Plaksin | ADAI and LEDAP, University Of Coimbra |
| | Luis | Rodrigues | |
| | Svyatoslav | Plaksin | |
| | Jose Andrade | Campos | |
| | Ricardo | Mendes | |
| | Jose Manuel | Ribeiro | |
54658 | Study Of Energy Focusing Phenomenon In Explosion Systems Which Include High Modulus Elastic Elements | Igor | Balagansky | Novosibirsk State Technical University |
54900 | The High-Pressure Characterization Of High Nitrogen Energetic Materials: 5-Aminotetrazolium Nitrate | Jennifer | Ciezak | ARL |
55145 | Ignition And Detonation Characteristics Of Silver Azide Pellets | Yuichiro | Hamate | Tohoku University |
55363 | Small-Scale Internal Blast Measurements And Predictions | Richard | Granholm | NSWC, IHDIV |
| | Harold | Sandusky | |
56090 | Response Of Reactive Material Packets In Situ To Detonation | John | Molitoris | LLNL |
| | Raul | Garza | |
| | Alex | Gash | |
| | Joe | Tringe | |
| | Jan | Batteux | |
| | Brad | Wong | |
| | Rich | Villafana | |
| | Brian | Cracchiola | |
| | Jerry | Forbes | ETC |
57071 | Sub-sonic Thermal Explosions Investigated By Radiography | Laura | Smilowitz | LANL |
| | Bryan | Henson | |
| | Blaine | Asay | |
| | Jerry | Romero | |
| | Gary | Grim | |
| | Andy | Saunders | |
| | Frank | Merrill | |
| | Cynthia | Schwartz | |
| | Chris | Morris | |
57683 | Plasmonic Enhancement Of Direct Optical Initiation | David | Moore | LANL |
| | Steven | Clarke | |
| | Anna | Giambra | |
| | Adrian | Akinci | |
58578 | Macroscopic Crack Formation And Extension In Pristine And Artificially Aged PBX 9501 | Cheng | Liu | LANL |
58704 | Numerical Simulations Of Shock-induced Void Collapse In Liquid Explosives | Louisa | Michael | University Of Cambridge |
| | Nikos | Nikiforakis | |
59378 | Mesoscale Modelling Of Plastic Bonded Explosives | Caroline | Handley | AWE |
| | Caroline | Handley | |
61072 | Application Of A Four-Step Kinetic Model To An Impact-Induced Friction Ignition Problem | Lee | Perry | LANL |
61730 | The Surface Quasiliquid, Melt Acceleration And The Role Of Thermodynamic Phase In The Thermal decomposition of crystalline organic explosives | Bryan | Henson | LANL |
| | Laura | Smilowitz | |
62715 | A Comparison Of Formulation Parameters And The Initiation Response RDX-Based PBXs | Sally | Gaulter | Cranfield University |
| | Chris | Stennett | |
| | Gary | Cooper | |
| | Paul | Hazell | |
63361 | PBXN-109 Gap Test Studies For Different RDX Fills Without And With Aging | Harold | Sandusky | NSWC, IHDIV |
| | Joshua | Felts | |
63416 | Reactive Flow Modeling Of Liquid Explosives Via ALE3D/Cheetah Simulations | I-Feng | Kuo | LLNL |
| | Sorin | Bastea | |
| | Laurence | Fried | |
63533 | Three-Dimensional Ignition And Growth Modeling Of Confined And Hot Prism Failure Tests | Mark | Garcia | LLNL |
| | Craig | Tarver | |
63746 | Three-Dimensional Magnetohydrodynamic Simulation Of Slapper Initiation Systems | John | Christensen | LLNL |
| | Constantine | Hrousis | |
64636 | 3D Modeling Of Shaped Charge Jet Penetration Through High Explosives | Benjamin | Liu | LLNL |
| | Philip | Pincosy | |
| | Hans | Aichlemayr | |
| | Gregg | Mannell | |
| | Cyrus | Harrison | |
| | Michael | Murphy | |
65937 | Modeling Of The Large Scale And Expanded Large Scale Gap Test With The CTH Hydrocode | Gerrit | Sutherland | NSWC, IHDIV |
66441 | Interaction Of Highly Non-ideal Detonations With High Sound Speed Confinement | Gary | Sharpe | University Of Leeds |
66782 | Frictional Properties Of Explosive Single Crystals Of HMX, RDX And PETN And A Model Of Impact ignition by frictional heating | M Munawar | Chaudhri | University Of Cambridge |
| | Yan-Qing | Wu | Beijing Institute Of Technology |
67139 | Shock Initiation Experiments On Ratchet Grown PBX 9502 | R.L. | Gustavsen | LANL |
| | D.G. | Thompson | |
| | B.W. | Olinger | |
| | R. | DeLuca | |
| | B.D. | Bartram | |
| | N.J. | Sanchez | |
67871 | A Streamline Approach To Steady Non-Ideal Detonation Theory | Simon | Watt | University Of Leeds |
| | Simon | Watt | |
| | Gary | Sharpe | |
| | Sam | Falle | |
| | William | Byers Brown | Mass Action Research Consultancy |
| | Martin | Braithwaite | Imperial College |
67981 | Effects Of The Microstructure And Crystal Orientation On The Shock Response Of B-HMX Polycrystals | Suvranu | De | Rensselaer Polytechnic Institute |
| | Amir Reza | Zamiri | |
68266 | Mesoscale Modeling Of Metal-loaded High Explosives | D. Scott | Stewart | University Of Illinois |
| | Brandon | Lieberthal | |
| | D. Scott | Stewart | |
| | John B. | Bdzil | |
68552 | Observations In Explosive Systems With High-Speed Digital Image Correlation | Marcia | Cooper | SNL |
| | Phillip | Reu | |
| | Timothy | Miller | |
68779 | DETONATION TRANSFORMATION TIME AT THE PRESENS OF TRANSVERSE WAVES | S. | Rybanin | Institute Of Problems Of Chemical Physics RAS |
| | Yu. | Mikhailov | |
68781 | Energetic Materials For Integration On Chip | Luke | Currano | ARL |
| | Wayne | Churaman | |
| | Collin | Becker | University Of Colorado, Boulder |
| | Leela Mohana | Reddy | Rice University |
| | Pulickel | Ajayan | |
| | Christopher | Morris | ARL |
70119 | Unreacted Equation Of State Development And Multiphase Modeling Of Dynamic Compaction Of Low Density HEXANITROSTILBENE (HNS) PRESSINGS | Aaron | Brundage | SNL |
71229 | DETONATION EQUATION OF STATE PARAMETERS CALCULATED FROM INITIAL PROPERTIES | OLIVIER | HEUZE | CEA |
| | GERARD | BAUDIN | DGA/CEG |
72397 | On The Quantitative Measurement Of Fracture Toughness In High Explosive And Mock Materials | Cheng | Liu | LANL |
| | Carl | Cady | |
| | Philip | Rae | |
72833 | Hybrid Detonation Waves In Metalized Explosive Mixtures | Fan | Zhang | Defence RandD Canada - Suffield |
| | Akio | Yoshinaka | |
73828 | Development, Performance And Use Of Direct Write Explosive Inks | Brian | Fuchs | ARDEC |
| | Amy | Wilson | |
| | Paula | Cook | |
| | Daniel | Stec | SAIC |
75048 | Time-resolved And Equilibrium Decomposition Products Of Energetics From Resonant Laser Excitation | Jeremy | Monat | NSWC, IHDIV |
75129 | SIMULATION OF INITIATION AND DETONATION PROPAGATION IN GRANULAR EXPLOSIVE CHARGE SUBJECT TO PROJECTILE IMPACT | Rohan | Banton | ARL |
| | Frank | Van Swol | SNL |
75135 | Calibration Of An Explosive Initiation Model For Composition A3 Type II | Douglas | Kooker | American Systems Corp |
75278 | Reactive Blast Waves From Composite Charges | Allen L. | Kuhl | LLNL |
| | John B. | Bell | Lawrence Berkeley National Laboratory |
| | Vincet E. | Beckner | |
75347 | Particle Velocity Measurements Of The Detonation Zone In Cylinder Expansion Tests Of Isopropyl Nitrate | John | Fowler | DRDC Suffield |
| | Steve | Sheffield | LANL |
| | Akio | Yoshinaka | DRDC Suffield |
75509 | Measurements of SAXS signal during TATB detonation using Synchrotron radiation | Konstantin | Ten | Lavrentyev Institute Of Hydrodynamic SB RAS |
| | Vladimir | Titov | |
| | Edward | Pruuel | |
| | Leonid | Lukyanchikov | |
| | Yuriy | Aminov | RFNC VNIITF |
| | Evgeniy | Smirnov | |
| | Alexandr | Muzyrya | |
| | Ivan | Zhogin | Institute Of Solid State Chemistry And Mechanochem |
| | Boris | Tolochko | |
75512 | Jetting Instabilities From Explosive Dispersal Of Particles | Robert | Ripley | Martec Ltd |
| | Fan | Zhang | DRDC Suffield |
76329 | Particle-Based Mesoscale Modeling Of The Dynamic Response Of Energetic And Reactive Materials | John | Brennan | ARL |
| | Martin | Lisal | Institute Of Chemical Process Fundamentals |
76826 | Effect Of Prill Structure On Detonation Performance Of ANFO | Terry | Salyer | LANL |
| | Mark | Short | |
| | Charles | Kiyanda | |
| | John | Morris | |
| | Tony | Zimmerly | New Mexico Tech |
76903 | Initiation Of Pentaerythritol Tetranitrate Using A Fast And High Power Arc Source | Christian | Grant | LLNL |
| | Vincent | Tang | |
| | James | McCarrick | |
| | Elizabeth | Glascoe | |
78107 | Determination Of Second-Order Elastic Constants Of HE Single Crystals Using Impulsive Stimulated Thermal Scattering | Michael | Winey | Washington State University |
| | Baozhou | Sun | |
| | Michael | Winey | |
| | Yogendra | Gupta | |
| | Dan | Hooks | LANL |
| | Keith | Nelson | Massachusetts Institute Of Technology |
78453 | Creep Measurements On Plastic Bonded Explosives | Bruce | Cunningham | LLNL |
| | Franco | Gagliardi | |
| | Constantine | Hrousis | |
| | Ian | Darnell | |
78572 | Dn(k) Calibration From Diameter Effect Data | Yehuda | Partom | RAFAEL |
78653 | Probabilistic Shock Initiation Thresholds And QMU Applications | Micha | Gresshoff | LLNL |
| | Constantine | Hrousis | |
79090 | Towards A Fundamental Understanding Of The Thermomechanical Response Of Damaged Propellants | David | Williamson | University Of Cambridge |
79139 | Observation Of Off-Hugoniot Shocked States With Ultrafast Time Resolution | Michael | Armstrong | LLNL |
| | Jonathan | Crowhurst | |
| | Sorin | Bastea | |
| | Joseph | Zaug | |
79238 | Photographic Observation Of Low Velocity Detonation In Nitromethane Affected By Precursor Shock Wave | Hideki | Hamashima | Kumamoto Industrial Research Institute |
| | Hideki | Hamashima | |
| | Shigeru | Itoh | |
| | Yukio | Kato | Nippon Koki Co., Ltd. |
79678 | A Constitutive Model For Long Time Duration Mechanical Behavior In Insensitive High Explosives. | Ian | Darnell | LLNL |
| | Ian | Darnell | |
| | Sejin | Oh | |
| | Constantine | Hrousis | |
| | Bruce | Cunningham | |
| | Franco | Gagliardi | |
79718 | Short Pulse Shock Initiation Experiments And Modeling On LX-16, LX-10, And Ultrafine TATB | Craig | Tarver | LLNL |
| | Chadd | May | |
80400 | Fragment Impact Of Energetic Materials – A Review Of Experimental Studies And An Analysis Of Reaction Mechanism | Malcolm | Cook | Qinetiq |
| | Peter | Haskins | QinetiQ |
83695 | The True Detonation Limits On Concentration Of Nitromethane Mixtures With Methanol And Nitrobenzene | Sergey | Koldunov | Institute Of Problem Of Chemical Physics RAS |
84788 | On Acceleration Ability Of Aluminized High Explosives In Different Gas-Dynamic Conditions | Vitaly YU. Davydov | No | Research Institute Of Mechanical Ingeneering |
84796 | Inkjet Printing Of Nanocomposite High-Explosive Materials | Andrew | Ihnen | Stevens Institute Of Technology |
| | Woo | Lee | |
| | Brian | Fuchs | ARDEC |
| | Anne | Petrock | |
| | Victor | Stepanov | |
| | Philip | Samuels | |
| | Anthony | Di Stasio | |
85097 | Propagation Of Reactions In Thermally-damaged PBX-9501 | Joseph | Tringe | LLNL |
| | Joseph | Tringe | |
| | Elizabeth | Glascoe | |
| | James | Kercher | |
| | Trevor | Willey | |
| | Harry | Springer | |
| | Daniel | Greenwood | |
| | John | Molitoris | |
| | Laura | Smilowitz | LANL |
| | Bryan | Henson | |
| | Jon | Maienschein | LLNL |
85565 | A Reactive Burn Model For Shock Initiation In A PBX: Scaling And Separability Based On The Hot Spot Concept | M. Sam | Shaw | LANL |
| | Ralph | Menikoff | |
86039 | A Particle-Image Velocimeter For Measuring The Output Of High-Energy Explosives | Michael | Murphy | LANL |
| | Ronald | Adrian | Arizona State University |
| | Steven | Clarke | LANL |
86150 | An Improved Reaction Rate Equation For Simulating The Ignition And Growth Of Reaction In High Explosives | Michael | Murphy | LLNL |
86343 | Shock Initiation And Detonation Study On High Concentration H2O2/H2O Solutions Using In-situ Magnetic Gauging | Stephen | Sheffield | LANL |
| | Dana | Dattelbaum | |
| | David | Stahl | |
| | Lee | Gibson | |
| | Brian | Bartram | |
86783 | ELECTRICAL CONDUCTIVITY PROFILES IN DETONATING LOW-DENSITY EXPLOSIVES OF VARIOUS GRAIN SIZES | Alexander | Ershov | Lavrentyev Institute Of Hydrodynamics |
| | Natalia | Satonkina | |
86866 | Al-Teflon Reactions Under Extreme Conditions | Santanu | Chaudhuri | Washington State University |
| | Martin | Losada | |
87186 | Emission Spectroscopy To Examine Shock-Induced Decomposition Of RDX Crystal: Reaction Pathways And Anisotropic Response | Zbigniew | Dreger | |
| | Nhan | Dang | |
87647 | Detonation Velocity Measurements For Primary Explosives | Theodore | Dolch | U.S. Army |
| | Neha | Mehta | |
| | Eugene | Homentowski | |
| | Kin | Yee | |
| | Joel | Rivera | |
| | Akash | Shah | |
| | Kimberly | Griswold | |
| | Karl | Oyler | |
88086 | FORMIC ACID EFFECTS ON THE PREDICTION OF HIGH EXPLOSIVE DETONATION PROPERTIES | Ernest | Baker | ARDEC |
88944 | Characterization Of Energetic Formulations Optimized For Optical Initiation | Jonathan | Zucker | LANL |
| | Bryce | Tappan | |
| | Dave | Oschwald | |
| | Nathan | Burnside | |
89481 | Simulation Of Underwater Sympathetic Reation Tests For PBXW-115 (Aust) | Jing-Ping | Lu | Defence Science And Technology Organisation |
| | Michael | Chung | Victoria University |
90816 | Measurement Of Material Properties Of Damaged Energetic Materials | Peter | Hsu | LLNL |
| | Gary | Hust | |
| | Martin | Dehaven | |
| | Steven | Chidester | |
| | Libby | Glascoe | |
| | Keo | Springer | |
| | Jon | Maienschein | |
90924 | Investigations Of Initiation Spot Size Effects | Steven | Clarke | LANL |
| | Steven | Clarke | |
| | Adrian | Akinci | |
| | Gary | Liechty | |
| | Alan | Munger | |
| | Timothy | Schaefer | |
| | Keith | Thomas | |
91374 | Deformation, Fracture And Mechanical Properties Of PBX Under Dynamic Loading By Using Digital Speckle Correlation Method | Zhongbin | Zhou | Beijing Institute Of Technology |
| | Pengwan | Chen | |
| | Shaopeng | Ma | |
91449 | Numerical And Experimental Studies Of PBXN-109 Sympathetic Reaction | Jing-Ping | Lu | Defence Sceience And Technology Organisation |
91862 | Simulation Of Detonation Of ANFO Mixture Confined By Aluminium: Edge Angles For DSD | Charles | Kiyanda | LANL |
| | Charles | Kiyanda | |
| | Mark | Short | |
| | Scott | Jackson | |
92942 | A Combined Experimental And Numerical Simulation Investigation Into The Properties Of An HTPB based PBX Binder | Scott | Bardenhagen | Wasatch Molecular, Inc. |
94085 | State Of The Art Of Predictive Sympathetic Detonation And Fragment Impact Initiation Modeling | John | Starkenberg | American Systems Corporation |
94734 | Controlling The Microstructure Of Vapor-Deposited Pentaerythritol Tetranitrate (PETN) Films | Robert | Knepper | SNL |
| | Alexander | Tappan | |
| | Ryan | Wixom | |
95125 | Shock Desensitization In Explosives: An Exploration Of Two Competing Hypotheses | Hugh | James | AWE |
| | Brian | Lambourn | |
95585 | Comparison Of The Growth Of Pore And Shear Band Driven Detonation | Albert | Nichols | LLNL |
96242 | Deflagration Rates And Molecular Bonding Trends Of Secondary Explosives Under Static MPa - GPa Press | Joseph | Zaug | LLNL |
96894 | Phase Transition Behavior And Defect Structures Of RDX Through Molecular Dynamics | Peter | Chung | ARL |
| | Lynn | Munday | ARL/University Of Maryland |
| | Betsy | Rice | ARL |
| | Santiago | Solares | University Of Maryland |
97826 | Non-Shock Initiation Model For Explosive Families: Experimental Results | Mark | Anderson | Sandia National Laboratoies |
| | Steven | Todd | SNL |
| | Terry | Caipen | Applied Research Associates |
| | Charlie | Jensen | SNL |
| | Chance | Hughs | North Vector |
98425 | Deflagration And Thermal Decomposition Measurements Of Three Insensitive High Explosives: LLM-105, TATB, and DAAF | Elizabeth | Glascoe | LLNL |
| | Peter | Hsu | |
| | Jon | Maienschein | |
| | Martin | DeHaven | |
| | Noel | Tan | |
| | Heidi | Turner | |
98667 | Extended Lagrangian Molecular Dynamics Simulations Of Shock-induced Chemistry In Hydrocarbons | Edward | Sanville | LANL |
| | Edward | Sanville | |
| | Nicolas | Bock | |
| | William M. | Challacombe | |
| | Anders | Niklasson | |
| | Marc | Cawkwell | |
| | Thomas D. | Sewell | University Of Missouri-Columbia |
| | Dana | Dattelbaum | LANL |
| | Stephen | Sheffield | |
98716 | Studies Of Multi-wave Structures In Picosecond Shock Loaded Explosives And Inert Simulants Using Ultra‐fast Dynamic Ellipsometry | Von | Whitley | LANL |
| | Shawn | McGrane | |
| | Daniel | Eakins | |
| | Cynthia | Bolme | |
| | David | Moore | |
98721 | A Self-consistent Multiscale Method For Modeling The Nonlinear Mechanical Response Of Polymer Bonded Explosives | Rahul | . | Rensselaer Polytechnic Institute (RPI) |
| | Amir | Zamiri | |
| | Suvranu | De | |
98985 | Wire Gauge For Tracing Wave Development And Detonation Corner Turning | Bradley | Skidmore | LANL |
| | Adam | Trebs | |
| | Alan | Novak | |
| | Jonathan | Zucker | |
| | Gary | Parker | |
| | Peter | Dickson | |
| | Timothy | Foley | |