Investigation of variables in turbine erosion, droplet formation and material damage with steam Final report, 30 Jun. 1965 - 31 Oct. 1966
Effects of vapor quality, droplet size and velocity, and turbine geometry on turbine blade erosion with steam
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Effects of vapor quality, droplet size and velocity, and turbine geometry on turbine blade erosion with steam
Oscillations of liquid metal droplet in homogeneous constant magnetic field
Fluorescent photography of droplets in spray using Q-switched laser as light source
Mean droplet size for cross stream water injection into Mach 8 air flow determined by scattered light angular variation measurement
Effect of additives on hydrazine nitrogen trioxide droplet flame structure and burning rate
Q-switched laser use as light source for photographing droplets in spray containing fluorescent dye excited by second harmonic of ruby light
System measures the spatial distribution of high-velocity droplets ejected from a nozzle or spray gun. The system employs an electrically resistive grid as the sensing screen, electrical leads, and a signal scanner such as a cathode ray tube.
Combustion characteristics of liquid propellant droplets in air at near critical and super- critical pressures
Experimental evaporation histories of liquid droplets in stagnant high pressure and high temperature environment
High pressure combustion characteristics of single fuel droplet burning in air
Photomultiplier studies of differences between combustion of aluminum droplets in air and oxygen-argon mixture
Al droplet combustion in air and N-free O-Ar mixture noting spinning, jetting and fragmentation in former case
Combustion behavior of aluminum droplets falling in air and in oxygen-argon mixture, using high speed photography
Uniform droplets production by means of ion drag pump, noting HF periodic low pressure drag generation effects on liquid jets
Near critical and supercritical burning of fuel droplets
Vaporization of n-heptane and Freon 13 droplets suspended in heated air stream at high pressures
Luminous spherical fog layer surrounding burning zirconium droplet during free fall through oxygen containing atmosphere, noting effect on mass and heat transfer processes