دانلود کتاب Shock Tubes: Proceedings of the Seventh International Shock Tube Symposium held at University of Toronto, Toronto, Canada 23-25 June 1969

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Preface\nContents\nSession I: Basic Flows\nPaul Vieille Lecture: Shock Tube Research, Past, Present and Future: A Critical Survey\nOn the Discontinuities Produced by the Sudden Release of Compressed Gases\nShock-Structure in Solids\nMeasurements of Incident-Shock Test Time and Reflected Shock Pressure at Fully Turbulent Boundary-Layer Test Conditions\nExperimental Study of the Boundary Layer Effects on the Distribution of Flow Parameters behind a Shock Wave in a Shock Tube\nSome Unsteady and Non-Linear Effects in the Shock-Wave Reflection Problem\nNon-Reflected Shock Tunnel Test Times\nFlow Field behind a Shock Wave in a Low Pressure Test Gas\nExperimental Shock Tube Test Time - Turbulent Regime\nSession II: High-Performance Driving Techniques\nA Critique of High Performance Shock Tube Driving Techniques\nExperimental Study of Shock Attenuation in a 10⁶ Joule Arc Heated Shock Tube Using Helium-Argon Mixtures as the Driver Gas\nAn Imploding Trigger Technique for Improved Operation of Electric Arc Drivers\nElectrical Shock Tube Performance with Preheating of Downstream Gas\nStudy of a Bypass Piston Shock Tube\nTwo Developments with Free Piston Drivers\n\"Slingshot\" - An Advanced Aerodynamic Test Facility\nAn Investigation of a Double Diaphragm Shock Tube with a Detonable Buffer Gas\nSession III: Explosive Drivers\nHigh Explosive Drivers for Shock Tubes\nNumerical Simulation of a High-Energy (Mach 120 to 40) Air- Shock Experiment\nImplosion-Driven Shock Tube\nAmes\' High-Explosive Shock-Tube Facility\nAnalysis and Performance of an Explosively Driven Shock Tube\nDescription and Performance of a Conical Shock Tube Nuclear Air Blast Simulator\nA Collisional Treatment of the Reflection of an Imploding Hemispherical Shock Wave\nStrongly Ionizing High Explosive Shocks\nSession IV: Electromagnetic Shock Tubes\nApplication of Electromagnetic Shock Tubes in the Study of Plasmas\nSpectroscopic Studies of Helium-Hydrogen Plasmas in the First Reflected Shock Region in an Electromagnetic T-Tube\nExperimental Study of High Mach Number Collisionless Shock Waves\nShock Tube Flow Interaction with an Electromagnetic Field\nInteraction of an Incident Shock-Tube Flow with an Electromagnetic Field: Part II - Experiment\nValidity of the Local Thermal Equilibrium Assumption in Electromagnetic Shock Tubes\nA Parametric Study of the Current-Sheet Speed in a Magnetically Driven Shock Tube\nMagneto-Fluid Dynamic Studies in a Cesium Shock Tube\nStudy of Ionizing Flow through a Transverse Magnetic Field\nSession V: Spectroscopy and Kinetics\nSpectroscopic and Kinetic Studies in Shock Tubes\nVibrational Energy Transfer in the CO₂-N₂-H₂O Molecular System\nPopulation Inversions in Shock-Induced Dissociation of Alkali Halides\nInfrared Measurement of Chain Branching Rates in Hydrogen-Oxygen Mixtures Ignited by Reflected Shock Waves\nSpectroscopic Study of Radiative Shock Structure in Hydrogen\nPrecise Measurement of Rate Constant for the Reaction H + CO₂ → OH + CO in the Temperature Range between 2000°K and 2700°K behind Reflected Shocks Using an Infrared Technique\nThe Effect of NH₂ Radicals on the Exchange Reaction between Ammonia and Deuterium\nSession VI: Diagnostics and Data\nShock Tube Diagnostics, Instrumentation, and Fundamental Data\nInstrumentation for Measuring Flow Properties in an Explosively Driven Shock Tube\nInterferometric Study of the End-Wall Thermal Layer in Ionizing Argon\nPhotographic Study of Early Stages of Vortex Formation behind an Edge\nExperimental Studies of the Shock Reflection and Interaction in a Shock Tube\nTemperature Measurements of Air Plasmas in the Reflected Shock Region\nMeasurement of Electron Density behind Shock Waves by Free-Molecular Langmuir Probes\nElectric Ion-Collecting Probes Governed by Convection and Production\nBanquet Address\nModern Trends in Science Policy\nSymposium Photographs\nIndex of Authors