Program overview

THURSDAY MORNING, 1 JULY 1999

M1.01 HMX and HNS Shock Sensitivity Correlation with Specific Heat and Reactive Temperature Magnitudes

J.P. Billingsley (USAAMCOM, Redstone Arsenal, AL 35898)

M1.02 Shock Wave Initiation of Liquid Explosives

M.F. Gogulya, A.Yu. Dolgoborodov, M.A. Brazhnikov (ISP RAS, Moscow), S.A. Dushenok (Technology Center, St-Petersburg, Russia)

M1.03 Shock Initiation of Solid HE with a Given Porosity.(Application of Optical Pyrometry)

M.F. Gogulya, M.A. Brazhnikov, A.Yu. Dolgoborodov (ICP RAS, Moscow, Russia)

M1.04 Influence of supercritical fluid phase separation in detonation products on detonation properties of HN-explosives

Victorov Sergey, Gubin Sergey (Moscow State Engineering Physics Institute (Technical University))

M1.05 Explosive Non-Ideality and LiF Experiments

P. CLark Souers (Lawrence Livermore National Laboratory)

M1.06 Shock Compression of Liquid Hydrazine.

I.M. Voskoboinikov (ICP RAS, Moscow, Russia)

M1.07 Detonation Properties of Ammonium Dinitramide (ADN)

A. Wätterstam, H. Östmark, A. Helte, S. Karlsson (FOA, Defence Research Establishment)

M1.08 Researches on Strong Detonation Propagation and Driving Abilities

Feng Zhao, Chengwei Sun, Sanggan Wen, Keming Zhang (Laboratory for Shock Wave and Detonation Physics Research, Southwest Institute of Fluid Physics, P.O.Box 523-61, Chengdu 610003, P.R.China)

M1.09 Calculation of Gruenaisen Parameter Change at Dinamic Compression of Organic Compounds and Detonation Products

V.M. Raikova, B.N. Kondrikov (Mendeleev University of Chemical Technology, 9 Miusskaya Sq., Moscow 125047, Russia)

M1.10 Shock-wave initiation of heated plastified TATB detonation

Igor Kuzmitsky (doctor phys, RFNC cVNIIEF, Sarov (Arzamas-16)), Vladimir Rudenko (RFNC cVNIIEF, Sarov (Arzamas-16)), Leonid Gatilov (doctor phys, RFNC cVNIIEF, Sarov (Arzamas-16)), Alexandr Koshelev (RFNC cVNIIEF, Sarov (Arzamas-16))

M1.11 Electrical Conductivity in Detonation Zone of Heterogeneous Explosives and Mixing of the Detonation Products

A.P. Ershov, N.P. Satonkina (Lavrentyev Institute of Hydrodynamics, 630090 Novosibirsk, Russia)

M1.12 Initiation and Propagation of Detonation in Plasticized TATB

Oleg V. Kostitsyn, M. A. Strizhenok, A. V. Vershinin, B. G. Loboiko (Institute of Technical Physics)

M1.13 The Effect of Strain-rate and Temperature on the Mechanical Properties of a Metal/Polymer Mixture

Diana L. Woody, Rob Pritchard, Jeffrey J. Davis (Naval Air Warfare Center, China Lake, CA 93555)

M2.14 Design of New Muzzle for 80mm Diamter Single-Stage Gas Gun

R.T. Russell, K.S. Starks, D.L. Grote II, K.S. Vandersall, M. Zhou, N.N. Thadhani (Georgia Institute of Technology)

M2.15 Flyer Velocity Characteristics of the Laser-Driven MiniFlyer System

D. B. Stahl, D. L. Robbins, S. A. Sheffield (Los Alamos National Laboratory)

M2.16 A simple method for manganin piezoresistance measurement

Xiang Wang, Qiuwei Fu, Wei Wang (Laboratory for Shock Wave and Detonation Physics Research, Southwest Institute of Fluid Physics, P.O.Box 523, Chengdu, Sichuan 610003, P.R.China. Fax:00868162272695. E-mail:dingbn@sun.ihep.ac. cn)

M2.17 A Dedicated Facility to Perform Powder and Light Gas Gun Experiments

A.J. Zakraysek, G.T. Sutherland, H.D. Sandusky (NSWC, Indian Head, MD)

M2.18 Shock-Induced Phase Transition and Mechanisms of Spallation in Shock Loaded Titanium Alloys

Yu. I. Mescheryakov, A. K. Divakov, N. I. Zhigacheva, Yu. A. Petrov (Inst. Mech. Eng. Probl. RAS, St-Petersburg, Russia)

M2.19 More on yield behavior of Alumina under shock comression

Hagay Marom, Dov Sherman (Technion), Zvi Rosenberg (Rafael)

M2.20 Three-Dimensional Displacement Measurements Ahead of a Projectile

H.T. Goldrein (Cavendish Laboratory, Department of Physics, University of Cambridge, UK), P. Synnergren (LuleåUniversity of Technology, Sweden), W.G. Proud (Cavendish Laboratory, Department of Physics, University of Cambridge, UK)

M3.21 The Shock Hugoniot of Two Igneous Rocks

J.E. Field, J.C.F. Millett, K. Tsembelis (Cavendish Laboratory, Cambridge, United Kingdom), N.K. Bourne (Royal Military College of Science, Shrivenham, Swindon, United Kingdom)

M3.22 Shock compression of foam silicon rubber

Xingzhu Li, Qiang Wu, Hanzhao Zhang, Xiang Wang, Jianrong Zeng (Laboratory for Shock Wave and Detonation Physics Research, Southwest Institute of Fluid Physics, P.O.Box 523, Chengdu, Sichuan 610003, P.R.China. Fax:00868162272695. E-mail:dingbn@sun.ihep.ac. cn)

M3.23 Is g in the general expression of Gruneisen parameter a meterial constant ?

Qiang Wu, Fuqian Jing, Xingzhu Li, Hanzhao Zhang (Laboratory for Shock Wave and Detonation Physics Research, Southwest Institute of Fluid Physics, P.O.Box 523, Chengdu, Sichuan 610003, P.R.China. Fax:00868162272695. E-mail:dingbn@sun.ihep.ac. cn)

M3.24 Experimental data for testing a universal equation of state

C. Renero (60011145), F.E. Prieto, S.M. Millán

M3.25 Measurement of the slope of shock velocity-particle velocity Hugoniot curve for polymers

Yasuhito Mori, Kunihito Nagayama (Kyushu University)

M3.26 Approximative dependence of potential pressure obtained from generalized formula for gruneisen factor.

L.F. Gudarenko, S.N. Pryalov (RFNC-VNIIEF)

M4.27 Shock decomposition of nitromethane

Odile Hablot, Laurent Soulard (CEA/DAM - Ile de France)

M4.28 Electronic structure of defects in a shock compressed RDX crystal: ab initio simulation

Maija Kuklja, A. Barry Kunz (Michigan Technological University), Electrical Engineering Department Collaboration

M4.29 A Computation of the Frequency Dependent Dielectric Function for Energetic Materials

D. E. Zwitter, M. M. Kuklja, A. B. Kunz (Michigan Technological University), Electrical Engineering Collaboration

M4.30 Shock Response of the Explosives IRX-1 and IRX-3A

G.T. Sutherland, J.O. O'Connor, R.N. Baker, J.W. Forbes, K.D. Ashwell (NSWC, Indian Head, MD)

M4.31 Accurate and Efficient Numerical Simulation of Localized Heating Due to Dynamic Compaction of Granular HMX Having Non-Uniform Initial Porosity

K.A. Gonthier, C.F. Cox, M.J. Reynolds (Lamar University, Beaumont, Texas 77710)

M4.32 Modelling the Electronic Response of Energetic Materials to Impacts

Philippe Simonetti, Didier Mathieu (CEA), Philippe Martin (CS)

M5.33 Mathematical Model of Porous Medium Dynamics

Peotr Gerschuk, Anatoly Sapozhnikov (Russian Rederation Nuclear Centre - Institute of Technical Physics, P.O.Box 245, 456770 Snezhinsk, Chelyabinsk reg., Russia)

M5.34 Analysis of the Interaction of Short-Pulse High-Fluence Radiation with Targets

R. J. Lawrence (Sandia National Laboratories)

M5.35 Energy propagation from a spherically symmetric particle flow

Vincenzo Molinari, Francesco Teodori (University of Bologna,Italy)

M5.36 Dynamic Simulation of a Crystal Lattice under Impulse Loading

Heidi M. Niska, Amy E. Charron, T. J. Schulz, W. F. Perger, A. B. Kunz (Michigan Technological University), Electrical Engineering Department Collaboration

M5.37 Computer Modeling of Short Shock Pulse Loading of Aluminum Oxide Ceramics

V.A. Skripnyak, E.G. Skripnyak (Tomsk State University, Russia)

M5.38 The Equivalence of Different Radiation Sources for Radiation-Induced Thermal-Mechanical Effects

Nan Zhou, Sheng Ding

M5.39 An One-Dimensional Phase Transition Constitutive Model

Wenqiang Wang, Z. P. Tang (University of Science and Technology of China)

M5.40 The creep low application for numerical modeling of elastic-plastic flows

Anatoly Tyapin (doctor phys, RFNC cVNIIEF, Sarov (Arzamas-16)), Vladimir Rudenko (RFNC cVNIIEF, Sarov (Arzamas-16)), Evgeny Chekhunov (doctor phys, RFNC cVNIIEF, Sarov (Arzamas-16)), Michail Shaburov (RFNC cVNIIEF, Sarov (Arzamas-16))

M5.41 3D Discrete Meso-Element Method and Its Application to Spherical Collision

Z. P. Tang, Wenyan Liu, Wenqiang Wang, Longbin Chen, Xiaojun Hu (University of Science and Technology of China)

M6.01 Modeling Ballistic Penetration of Multi-Layered Targets

Pablo Daniel Zavattieri, Horacio Dante Espinosa, Sunil Dwivedi (Purdue University)

M6.02 Delayed fracture of brittle materials under shock wave compression

Hongliang He, Fuqian Jing (Laboratory for Shock Wave and Detonation Physics Research, Southwest Institute of Fluid Physics, P.O.Box 523, Chengdu, Sichuan 610003, P.R.China. Fax:00868162272695. E-mail:dingbn@sun.ihep.ac.cn)

M6.03 Dynamic Strength Variation of Tungsten Alloy Under Shock Loading

Jinsong Hua, Fuqian Jing, Hua Tan (Laboratory for Shock Waves and Detonation Physics Research,Institute of Fluid Physics,P.O.Box 523-61,Chengdu, Sichuan 610003,P.R.China.Fax:00868162272695.E-mail:dingbn@sun.ihep.ac.cn)

M6.04 The Reshock and Release Waves in PTFE

S.M. Karakhanov, S.A. Bordzilovsky (Lavrentyev Institute of Hydrodynamics)

M6.05 Self-Affine Analysis on Curved Reference Surfaces: Self-Affine Fractal Characterization of a TNT Fracture Surface

L.V. Meisel, R.D. Scanlon, M.A. Johnson (Benet Laboratories, U.S. Army TACOM-ARDEC, Watervliet, NY), Y.D. Lanzerotti (U.S. Army TACOM-ARDEC, Picatinny Arsenal, NJ)

M6.06 Further lateral stress measurements in shocked silicon carbide

N.H. Murray, J.C.F. Millett (Cavendish Laboratory, Cambridge University, UK), N.K. Bourne (RMCS, Shrivenham, UK.), Z. Rosenberg (RAFAEL, Haifa, Israel.), J.E. Field (Cavendish Laboratory, Cambridge University, UK.)

M6.07 Discussions on The Contact Thermal Resistance Model in Shock Temperature Determination for Metals

Xianming Zhou, Fuqian Jing (Laboratory for Shock Wave and Detonation Physics Research, Southwest Institute of Fluid Physics, P.O.Box 523, Chengdu, Sichuan 610003, P.R.China. Fax:00868162272695. E-mail:dingbn@sun.ihep.ac.cn)

M6.08 Non-Equilibrium Wave Propagation in Shocked KCl

Dennis Hayes, Jow-Lian Ding (Inst. Shock Physics, Wash. State Univ.)

M7.09 Interaction of Two Bubbles in Water

Y.S. Cho, J Lee, K.Y. Choi, S-y. Song (Agency for Defense Development)

M7.10 Numerical simulations of explosive-type generator

Nataly Artem'eva, Valery Shuvalov (Institute for Dynamics of Geospheres, Russian Academy of Sciences)

M7.11 Code package MAG c user tool for numerical modeling of 1D shock wave and dynamic processes in solids

Vladimir Rudenko, Michail Shaburov (RFNC cVNIIEF, Sarov (Arzamas-16))

M7.12 Numerically Modeling Pulsed-Current, Kinked Wire Experiments

Gordon Filbey, Pat Kingman (U.S.Army Research Laboratory, APG, MD)

M7.13 Blast wave stability in a non-ideal gas

Vladimir Ktitorov (RFNC VNIIEF, Sarov (Arzamas-16))

M7.14 The observation of electrical conductivity of diamond synthetic polycrystals under shock-wave compression

Victor Postnov, Vladimir Fortov (Institute for Chemical Physics Research RAS, Chernogolovka, 142432 Russia), Nikolay Ralchenko (General Physics Institute RAS, Moscow)

M7.15 A Shock Physics Based Model of the Oblique Impact of a Thin Plate by a Spherical Projectile

William Schonberg (), Ahmed Ebrahim (University of Alabama in Huntsville)

M7.16 Study of Point Blast wave Instability in Numerical Experiment

Vladimir Ktitorov, Yurii Yanilkin (RFNC VNIIEF, Sarov (Arzamas-16))

M7.17 Laser Initiation of Solid Explosive

M. Safwat Abdulazeem, AM Alhasan, Abdulrahman (Physics Department, Assiut University, Assiut, Egypt)

M7.18 Plasmons at Shock Fronts

John Gilman (UCLA)

M8.19 Shock Compaction and Synthesis of the Titanium-Silicon Ternary Carbide

Jennifer Jordan, Naresh Thadhani (Georgia Institute of Technology, Atlanta, GA 30332)

M8.20 The Large Scale TsNIIMASH Ballistic Facility as Applied to Dynamic Synthesis and Compaction of Materials

A.I. Chirkov, P.V. Kryukov (Ballistic Technologies Scientific Venture)

M8.21 Shock Wave- Porous Media- Wall Interaction

Y.P. Lagutov (High Energy Density Research Center of Russian Academy of Science)

M8.22 Pressure-Induced Phase Transition in Ceramic Materials

Yu. V. Milman (Institute for Problems in Materials Science, Kiev, Ukraine), I. Timofeevva, I. V. Gzidneva, S. I. Chugunova (Institute for Problems in Materials Science)

M8.23 The Code for 3-D Gas-Dynamic Equation on Irregular Grids

V.V. Rasskazova, V.N. Motlohov, A.N. Shaporenko, I.D. Sofronov (RFNC-VNIIEF)

M8.24 Shock temperature measurement of transparent materials under shock compression

Jinbiao Hu (Laboratory for Shock Wave and Detonation Physics Research, Southwest Institute of Fluid Physics, P.O.Box 523, Chengdu, Sichuan 610003, P.R.China. Fax:00868162272695. E-mail:dingbn@sun.ihep.ac.cn)

M8.25 Dependence of Plastic TATB Shock-Wave Sensitivity on Temperature, Density and Technology Factors

Yu.A. Vlasov, V.B. Kosolapov, L.V. Fomicheva, I.P. Khabarov (RFNC-VNIIEF)

M9.26 High Strain Rate Characterization of Laminate Composites Using Direct-Tension Split Hopkinson Bar

S. Akkala, A. Hommeida, N. S. Brar (Impact Physics Laboratory, University of Dayton Research Institute, Dayton, OH 45465-0812)

M9.27 Experimentally Derived Bar Dispersion

A. L. Wicks (Virginia Tech), L. T. Wilson (NSWC/Dahlgren), M. A. Kaiser (Virginia Tech)

M9.28 Experimental Techniques in Hopkinson Bar Testing

M. A. Kaiser (Virginia Tech), L. T. Wilson (NSWC/Dahlgren), A. L. Wicks (Virginia Tech)

M9.29 About Formation of Contact Boundary between Two Metals in Unsteady Condition of Oblique Impact

O.B. Drennov (RFNC-VNIIEF)