Transient burning of spherical symmetric fuel droplets.
Spherical symmetric unsteady conservation equations describing transient burning of volatile fuel droplets, obtaining time dependent fuel and heat distribution in flow field
Chervinsky, A.↗
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Vapor-phase combustion phenomena when Zr droplets burn in oxygen.
Laser ignited combustion of 365 micron Zr droplets falling in ultrapure oxygen using spectroscopic and photographic techniques, discussing vapor phase transport phenomena
Marshall, R. L.↗
Supercritical burning of liquid droplets in stagnant environment.
Supercritical burning of liquid fuel droplets in stagnant environment, using flame sheet model to obtain heat and mass fields
Chervinsky, A.↗
Bipropellant droplet burning rates and lifetimes in a combustion gas environment
Liquid rocket propellant droplet burning rate and lifetimes in combustion chamber
Faeth, G. M.↗
An investigation of near critical and super- critical burning of fuel droplets Annual report, 1 Sep. 1968 - 31 Dec. 1969
Experimental droplet burning rates obtained at atmospheric pressure in combustion gas environment
Faeth, G. M.↗
Droplet vaporization with liquid heat conduction Final report
Mathematical model for droplet vaporization with liquid heat conduction
Agosta, V. D.↗
Water droplet breakup in high speed airstreams
Water droplet disintegration in supersonic airstreams
Nicholls, J. A.↗
Bipropellant droplet combustion in the vicinity of the critical point
High pressure bipropellant droplet combustion efficiency near critical point
Lazar, R. S.↗
Calculations of steady state droplet vaporization at high ambient pressures
Mathematical model of spherically symmetric quiescent droplet undergoing quasi-steady vaporization near thermodynamic critical point
Borman, G. L.↗
Supercritical bipropellant droplet combustion
Fuel droplets burning at pressures sufficient to reach critical temperature under zero gravity conditions in free fall apparatus
Dominicis, D. P.↗
Scanning electron microscopy of BeO whiskers formed on the surface of burning beryllium droplets
BeO whiskers formation on burning Be droplets surface using scanning electron microscopy, noting temperature effects
Prentice, J. L.↗
Experiments on droplet vaporization at supercritical pressures
N-heptane and Freon-13 droplets vaporizing size and temperature at supercritical pressures in heated air stream
Borman, G. L.↗
Effect of water vapor on the combustion of flash-heated beryllium droplets
Oxide transport and water vapor effects on flash- heated beryllium droplet combustion
Prentice, J. L.↗
Stream-tube analysis used to calculate electron concentration in the presence of accelerating and evaporating water droplets
Determining electron concentration in flowing plasma in presence of accelerating and evaporating water droplets
Bushnell, D. M.↗
Water droplet size determination for breakup of large diameter jets
Wind tunnel photography for determining water droplet size in breakup of water jets
Source record↗
The investigation of critical pressure burning of fuel droplets Annual report, 1 Jan. - 31 Dec. 1970
Experimental and theoretical results of critical pressure burning of fuel droplets
Allison, C.↗
Mass diffusivity effects on droplets in film boiling
Analysis of film boiling data for water droplets vaporizing into air, argon, nitrogen, helium, and steam
Baumeister, K. J.↗
Bipropellant droplet combustion in the vicinity of the critical point
Bipropellant droplet supercritical steady combustion temperature measurements in zero gravity near critical point, comparing high and low pressures models for ambient gas solubility
Faeth, G. M.↗