Thermodynamic Calculations of Carbon Monoxide - Air Detonation Parameters for Initial Pressures from 1 to 100 Atmospheres
Thermodynamics and propagation of carbon dioxide - air detonation waves at various initial pressures
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Thermodynamics and propagation of carbon dioxide - air detonation waves at various initial pressures
Formation of detonation waves by oxygen-hydrogen fuel mixture in variable geometry tubes
Gaseous phase of detonation - relation to rocket propulsion
Spherical detonations of acetylene oxygen nitrogen mixtures as function of nature and strength of initiation
Direct electrical ignition of freely expanding detonation waves for three gaseous systems - ethylene, propane, and hydrogen
Structure and initiation of detonations in the condensed phase - transverse shock waves
Laminar detonation wave structure in ozone for three models - coupled wave, von neuman-doring- zeldovich model, and decoupled wave
Structure and stability of square wave limit of steady detonation - hydrodynamic stability
Reaction zone and stability of gaseous detonations - gas dyamics
Vibratory phenomena and instability of self- sustained detonations in gases - propagation velocity measurements
Onset of detonation in heterogeneous field of low volatility fuel droplets
Transition from deflagration to detonation in solid crystalline explosives
Differences in growth of shock initiated detonation in liquid and solid explosives - energy release rate model for solid granular explosives
Problems in detonation which include wave development, stability and structure
Chemical kinetic and transport property influence on structure of detonation waves in gases
Numerical solution of the equations determining the detonation wave structure, assuming steady one-dimensional flow and perfect behavior of reactant and products
Problems in detonation which include wave development, stability and structure