Drop-size effects in spray detonations
Liquid diethylcyclohexane /DECH/ sprays detonation propagation in gaseous oxygen, studying drop size effect on steady state development
Engineering topics
Publications and source records attributed to Dabora, E. K..
Liquid diethylcyclohexane /DECH/ sprays detonation propagation in gaseous oxygen, studying drop size effect on steady state development
Propagation of detonation wave in tube containing single stream of diethylcyclohexane droplets dispersed in gaseous oxygen
Detonation wave propagation, drop size effects on velocity, and streak schlieren photography on drop shattering in liquid fuel-oxygen mixture
Experimental results of drop size effects in spray detonations of liquid diethylcyclohexane
Detonation measurements of two-phase liquid-gas mixtures, and drop shattering studies
Monodisperse sprays production technique using Rayleigh criterion for breakup of capillary jets by mechanically vibrating uniform size capillary needles arranged in parallel
Heterogeneous detonations, discussing polydisperse and monodisperse spray detonations and liquid fuel film shock-induced combustion
Heterogeneous detonations, discussing polydisperse and monodisperse spray detonations and liquid fuel film shock-induced combustion
Combustion instability in liquid propellant rocket motors causing pressure fluctuations
Two-phase detonation in rocket motor combustion instability - production of monodisperse sprays