گازدینامیک انفجارها و انفجارها (جلد ۷۵، پیشرفت در فضانوردی و هوانوردی)

Excerpt from the Preface: The subject matter of Gasdynamics of Explosions is concerned principally with the interrelationship between rate processes of energy deposition in a compressible medium and its concurrent nonsteady flow, as it occurs typically in explosion phenomena. Cover......Page 1 Title......Page 2 Copyright......Page 3 Table of Contents......Page 4 Preface......Page 8 List of Series Volumes 1 - 7......Page 15 Plenary Lecture: Particle Sizing in Flames......Page 25 Turbulent Flame Propagation and Acceleration in the Presence of Obstacles......Page 55 Detonation of Unconfined Fuel Aerosols......Page 70 Initiation of Unconfined Gas Detonations in Hydrocarbon-Air Mixtures by a Sympathetic Mechanism......Page 83 Detection Method for the Deflagration to Detonation Transition in Gaseous Explosive Mixtures......Page 95 Influence of the Nature of Confinement on Gaseous Detonation......Page 109 Mechanical Effects of Gaseous Detonations on a Flexible Confinement......Page 130 Oxyhydrogen Detonations under Surface Catalysis......Page 144 Pressure and Wall Heat Transfer behind a Hydrogen/Azide Detonation Wave in Narrow Tubes......Page 156 Pressure Evolution behind Spherical and Hemispherical Detonations in Gases......Page 172 Deflagration Explosion of an Unconfined Fuel Vapor Cloud......Page 188 Self-Similar Blast Waves Supported by Variable Energy Deposition in the Flowfield......Page 200 Chemical Kinetics in LNG Detonations......Page 215 Molecular Dynamics of Shock and Detonation Phenomena in Condensed Matter......Page 229 TNT Explosions in a Hard Vacuum......Page 246 Gasdynamic Investigations of Lead Azide/Lead Styphnate Detonation Processes in Vacuum by Multichannel Mass Spectrometry......Page 262 The Effect of the Shock-Wave Front on the Origin of Reaction......Page 273 Single-Shock Curve Buildup and a Hydrodynamic Criterion for Initiation of Detonation......Page 289 Induction Delay and Detonation Failure Diameter of Nitromethane Mixtures......Page 302 Critical Area Concept for the Initiation of a Solid High Explosive by the Impact of Small Projectiles......Page 316 Shock Initiation of Hydrazine Mononitrate......Page 323 Action of Charges with Axial Cavities on Rocks......Page 334 Characterization of Mass Flow Rates for Various Percussion Primers......Page 343 Diffraction of a Planar Detonation in Various Fuel-Oxygen Mixtures at an Area Change......Page 358 Reinitiation Process at the End of the Detonation Cell......Page 375 Effects of Cellular Structure on the Behavior of Gaseous Detonation Waves under Transient Conditions......Page 387 Influence of the Heat-Release Function on the Detonation States......Page 402 Detonation Characteristics of Gaseous Ethylene, Oxygen, and Nitrogen Mixtures at High Initial Pressures......Page 423 Detonation Characteristics of Two Ethylene-Oxygen-Nitrogen Mixtures Containing Aluminum Particles in Suspension......Page 438 Generation of Detonations by Two-Stage Burning......Page 454