Experimental measurements of the volume-median drop diameter, Dv.5e, of vaporizing cryogenic sprays were obtained with a drop size measuring instrument developed at NASA Lewis Research Center. To demonstrate the effect of atomizing-gas properties on characteristic drop size, a two-fluid fuel nozzle was used to break up liquid-nitrogen, LN2, jets in high-velocity gasflows of helium argon and gaseous nitrogen, GN2. Also, in order to determine the effect of atomizing-gas temperature on specific surface-areas of LN2 sprays, drop size measurements were made at gas temperatures of 111 and 293 K
Quantitative information about the atomization of injector sprays is needed to improve the accuracy ...
Quantitative information about the atomization of injector sprays is needed to improve the accuracy ...
Airblast atomization was studied using a especially designed atomizer in which the liquid first impi...
Effects of gas properties on cryogenic liquid-jet atomization in high-velocity helium, nitrogen, and...
Two-phase flow atomization of liquid nitrogen jets was experimentally investigated. They were co-axi...
A two-fluid atomizer was used to study the breakup of liquid-nitrogen jets in nitrogen, argon, and h...
Momentum transfer from high velocity nitrogen gas flow to liquid-nitrogen jets was investigated. A c...
A two-fluid pneumatic atomizer operating at relatively high liquid and gas pressures produced water ...
An experimental investigation was made to determine the effect of atomizing gas mass flux and temper...
An experimental investigation to determine the effects of an accelerating gas flow on the atomizatio...
Atomization of single liquid jets injected downstream in high pressure and high velocity airflow was...
The effect of highly turbulent Mach 1 gas flow and high thermal gradients on drop size measurements ...
Interacting two-phase flow through pneumatic two-fluid nozzles was investigated to determine the eff...
Two-phase interacting flow inside a two-fluid fuel atomizer was investigated and a correction of aer...
For a detailed experimental investigation of superheated cryogenic fluids the new cryogenic test ben...
Quantitative information about the atomization of injector sprays is needed to improve the accuracy ...
Quantitative information about the atomization of injector sprays is needed to improve the accuracy ...
Airblast atomization was studied using a especially designed atomizer in which the liquid first impi...
Effects of gas properties on cryogenic liquid-jet atomization in high-velocity helium, nitrogen, and...
Two-phase flow atomization of liquid nitrogen jets was experimentally investigated. They were co-axi...
A two-fluid atomizer was used to study the breakup of liquid-nitrogen jets in nitrogen, argon, and h...
Momentum transfer from high velocity nitrogen gas flow to liquid-nitrogen jets was investigated. A c...
A two-fluid pneumatic atomizer operating at relatively high liquid and gas pressures produced water ...
An experimental investigation was made to determine the effect of atomizing gas mass flux and temper...
An experimental investigation to determine the effects of an accelerating gas flow on the atomizatio...
Atomization of single liquid jets injected downstream in high pressure and high velocity airflow was...
The effect of highly turbulent Mach 1 gas flow and high thermal gradients on drop size measurements ...
Interacting two-phase flow through pneumatic two-fluid nozzles was investigated to determine the eff...
Two-phase interacting flow inside a two-fluid fuel atomizer was investigated and a correction of aer...
For a detailed experimental investigation of superheated cryogenic fluids the new cryogenic test ben...
Quantitative information about the atomization of injector sprays is needed to improve the accuracy ...
Quantitative information about the atomization of injector sprays is needed to improve the accuracy ...
Airblast atomization was studied using a especially designed atomizer in which the liquid first impi...