| High Intensive Processes and Extreme States of Matter : Achievements and Problems(p. 3) |
| by Simonenko, V A |
| Nanoscale Bubble Thermonuclear Fuson in Acoustically Cavitaded Deutorated Liquid (p. 20) |
| by Nigmatulin, R I |
| Fifty Years of Quantum Electronics (p. 24) |
| by Krokhin, O N |
| Investigation of Neutron Emissions from $D(d,n)^{3}He$ and $T(d,n)^{4}He$ Reactions in a 10 TW Picosecond Laser Facility SOKOL-P (p. 35) |
| by Andriyash, A V |
| Multi-Component Multiphase Compressible Hydrodynamics : Current State(p. 39) |
| by Kuropatenko, V F |
| Development of A595 Explosion-Resistant Container Design. Numerical, Theoretical and Experimental Justification of the Container Design Parameters (p. 51) |
| by Abakumov, A I |
| Shock and Explosive Interaction of Charge in Shell with Combined Barrier (p. 57) |
| by Gerasimov, A V |
| Structural Changes and Energy Cumulation in an Iron-Nickel Alloy upon Quasi-Spherical Explosive Loading (p. 62) |
| by Zel'dovich, V I |
| Hugoniot Adiabatic Curves With Heat Transfer and Phase Jump (p. 68) |
| by Khabirov, S V |
| Time-Dependent Compression of Cylindrical or Spherical Ideal Gas Volumes (p. 74) |
| by Kraiko, A N |
| Isentropic Self-Similar Gas Compression (p. 82) |
| by Simonenko, V A |
| SPH Modification Based on the Riemann Solver (p. 89) |
| by Zubov, Anatoly D |
| Long-living luminous objects, forming in large-scale water cavity (p. 94) |
| by Veremeenko, I L |
| Nonlinear Dynamics of the Interface of Dielectric Liquids in a Strong External Electric Field (p. 99) |
| by Zubarev, N M |
| Dynamic of a Bubble in the Field of a Short Bipolar Acoustic Pulse (p. 105) |
| by Reshetnyak, D V |
| Experimental Researches of High-Speed Hydrodynamic Processes (p. 110) |
| by Velichutin, N V |
| The Synthesis of Materials in a Cumulative Jet (p. 115) |
| by Pervukhina, O L |
| Calculation Technique for Kinematic Characteristics of Penetration of Combined Striker with Oblong Core Part Considering Possible Destruction of the Latter (p. 121) |
| by Antsiferova, E V |
| Origin And Propagation Characteristics Of The Explosive Decomposition Chain Reaction In Heavy Metal Azides (p. 129) |
| by Aluker, E D |
| Investigation Of PETN Monocrystals Initiation By Electron Beams (p. 133) |
| by Loboiko, B G |
| Temperature-Based Macrokinetic of Shock Wave Initiation of Detonation (p. 140) |
| by Grebenkin, K F |
| Use the Numerical Experiment for Analysis of Increasing Explosive Efficiency under Initiation by High Velocity Impact (p. 145) |
| by Neverov, S L |
| Thermoplastic Explosive Compositions on the Base of Hexanitrohexaazaisowurtzitane (p. 150) |
| by Ilyin, V P |
| Experimental Determination of Thermodynamic Parameters for "Explosive Products + Air" Mixture in Closed Chambers (p. 154) |
| by Lin, E E |
| Simulation of the Combustion of Melted High Energy Materials (p. 159) |
| by Zarko, V E |
| Structure, Thermal Properties, and Combustion Behavior of Plasma Synthesized Nano-Aluminum Powders (p. 164) |
| by Pivkina, A |
| Investigation of diaminodinitroethylene (DADNE) thermal decomposition (p. 174) |
| by Chemagina, I V |
| Development of Explosive Systems for Investigating Multiple Impacts of Solid Projectiles with Moderate Velocity (p. 179) |
| by Lin, E E |
| Features of Transitional Regimes for Hydrocarbon Combustion in Closed Volumes and in Opened Clouds (p. 185) |
| by Lin, E E |
| Dependence of TATB Specific Electric Conductivity on Pressure and Time Behind Shock Wave Front (p. 191) |
| by Gorshkov, M M |
| Two Stages of The Energy Release of Explosive Decomposition of Heavy Metals Azides (p. 196) |
| by Aluker, E D |
| On the Physical Mechanism of Electro-conductivity of Detonation Products of Condensed High Explosive (p. 201) |
| by Gorshkov, M M |
| Radiowave technique for studying the gas-dynamic characteristics and safety performances of the explosive compositions (p. 206) |
| by Lebedev, A V |
| Application of Energy-Saturated Complex Perchlorates (p. 213) |
| by Ilyushin, M A |
| Contribution of neutron reactions in hybrid targets of inertial heavy ion fusion (HIF) (p. 221) |
| by Imshennik, V S |
| High-Intensity Laser Pulse Interaction With Solids of Variable Density (p. 237) |
| by Belyaev, V S |
| Intensive (up to $10^{15} W/cm^{2}$) Laser Light Absorption and Energy Transfer in Subcritical Media with or Without High-Z Dopants (p. 242) |
| by Borisenko, N G |
| Electric Energy Transmission by Means of Laser Radiation (p. 247) |
| by Krokhin, O N |
| 1D-Simulation of Thermonuclear Target Compression and Burning for Laser Facility NIF and LMJ (p. 251) |
| by Valiev, R Z |
| Some Features of Taking into Account the LPM Effect for Research into Radioemission of Cascades from Particles of Super-High Energy in Dense Environments (p. 257) |
| by Golubnichiy, P I |
| Effect of the Thermal Instabilities on Electrical Explosion of Thin Metal Wires (p. 262) |
| by Oreshkin, V I |
| The dynamics of under surface condensed substance irradiated by intense energy stream (p. 268) |
| by Volkov, N B |
| Experimental results on single-turn solenoid powering from helical MCG with current opening switch (p. 273) |
| by Boriskin, A S |
| Current Pulse Sharpening of Multi-Element Disk Generator with Electric Exploded Opening Switch (p. 278) |
| by Boriskin, A S |
| Calculation of Extreme Characteristics of an Explosive Plasma Opening Switch to Break Currents of 50-100 MA (p. 284) |
| by Pikar, A S |
| Autonomous Magneto-Cumulative Energy Source Based on Permanent Magnets (p. 290) |
| by Gurin, V E |
| Effects of Current Guides Destruction at Ultra-fast Acceleration of Macrobodies (p. 297) |
| by Kataev, V N |
| Wave Formation in Symmetric Collision of Metal Plates (p. 305) |
| by Pai, V V |
| Evolution of Diffusion Layer of Two Gases Mixing at Interaction with Compression Waves (p. 311) |
| by Ruev, E G A |
| On Possible Availability of the Cumulative Effect Under Shock Loading of the Curved Surface of Condensed Matter (p. 317) |
| by Bakhrakh, S M |
| Study of viscosity effect on turbulent mixing development at the gas-liquid interface (p. 323) |
| by Bliznetsov, M V |
| Numerical Simulation Of The Self-Similar Problem On Shear Turbulent Mixing Using $k-\epsilon$ Model (p. 329) |
| by Avramenko, M I |
| On Instability of Hydrodynamical Flows (p. 335) |
| by Gubarev, Yuriy G |
| Study of Turbulent Mixing Development at the Gas-Gas Interface of Shock Wave at Mach Numbers from 2-9 (p. 341) |
| by Bliznetsov, M V |
| Compression of High Porosity Aluminum by Strong Shock Waves (p. 349) |
| by Vildanov, V G |
| Analysis of Typical Shock-Wave Experiments and Calculations of Thermodynamic Properties of Substances via Internet (p. 353) |
| by Levashov, P R |
| TUR Software Package for Constructing and Investigating Equations of State (p. 358) |
| by Sapozhnikov, A T |
| Novel Technologies in Microfusion (p. 363) |
| by Merkuliev, Yu A |
| Molecular Dynamics Modeling of Thermal Properties of Aluminum Near Melting Line (p. 368) |
| by Karavaev, A V |
| Ab initio Calculation of Cold Curves for FCC, BCC and HCP Nickel to Ultrahigh Pressures (p. 375) |
| by Sin'ko, G V |
| Equation of state and phase diagram of quartz (p. 380) |
| by Petrovtsev, A V |
| Registration of Free Surface Velocity Dispersion of Iron and Steel Samples by Optical Lever Method (p. 393) |
| by Kozlov, E A |
| Optical Analyzer Technique for Spall Investigations in Metal Plates (p. 399) |
| by Kovalenko, G V |
| Application of optical analyzer technique for measurements of sound velocities in shock-compressed Al-Mn alloy for calibration of recent elastic-viscous-plastic models (p. 406) |
| by Kozlov, E A |
| Using The Plasticity Theory With Taking Into Account Rate Sensitivity To Monoaxial Tension Analysis Of Porous Bodies (p. 411) |
| by Ryabicheva, L A |
| About Influence of Ionic Beams of Metals of IVB-VIB Groups on Structure and Properties of a Target at Various Modes of Irradiation (p. 416) |
| by Kurbatova, E I |
| Investigation of Destruction of Functional Gradient Barriers at Shockwave Loading (p. 421) |
| by Glazyrin, V P |
| Comment to a Problem of Two-Wave Configurations Existing in Unalloyed Depleted Uranium and its Alloys with Molybdenum in a Region of 50.5-57.0 GPa (p. 427) |
| by Kozlov, E A |
| Stress Relaxation of Elastic Precursor for Unalloyed Uranium and Some Uranium-Based Alloys (p. 433) |
| by Kozlov, E A |
| Shock-Wave Synthesis of Novel Superhard Materials (p. 439) |
| by Yunoshev, A |
| High-Pressure Polymorphic Modifications of Minerals in the Products of Impact Metamorphism of Polyminerals Rocks (p. 444) |
| by Feldman, V I |
| Numerical Technique LEGAK-3D for Computation of 3D Time-Dependent Multicomponent Continuum Flows on Multiprocessor Systems (p. 453) |
| by Bakhrakh, S M |
| Mathematical Simulation of Flows In the Field of the Flow Separation (p. 460) |
| by Kartasheva, Marina A |
| A Numerical Method of Solving Hydrodynamic Equations with Non-Structured Meshes (p. 465) |
| by Vaziev, E M |
| About Gas Motion Behind Diverging Detonation Wave From A Point On Free Surface (p. 470) |
| by Suchkov, V A |
| Ovsyannikov Vortex : Theory and Applications to Model of Hurricane(p. 476) |
| by Cherevko, A A |
| The Specialized Systems of Scientific Visualization (p. 481) |
| by Averbukh, Vladimir L |
| ASTRAL Code for Problems of Astrophysics and High Energy Density Physics (p. 487) |
| by Chizhkova, N E |
| Three-dimensional Grid Generation Algorithms for the Volumes of Revolution (p. 492) |
| by Bronina, T N |
| 2-D Mathematical Models of the Unlimited Cumulation Phenomena (p. 499) |
| by Zubov, A D |
| Analytical Statement of a Problem of Axis-symmetrical Reflection of Weak Shock Wave (p. 504) |
| by Kurmaeva, K V |
| Vortex-in-Cell Method for Plane Flows of Compressible, Nonuniform and Relaxing Gases (p. 510) |
| by Grigoriev, Yu N |
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