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Combustion of Mechanically Alloyed Aluminum-Magnesium Powders in Steam
Danielle Quijano
, Amy L. Corcoran
,
Edward L. Dreizin
Chemical and Materials Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
17
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Keyphrases
Combustion
100%
Burning Time
100%
Aluminum-magnesium Alloy
100%
Magnesium Powder
100%
Hydrogen-oxygen Mixture
33%
Flame Temperature
33%
Mole Fraction
33%
Particle Size
16%
Particle Size Distribution
16%
Metal Particles
16%
Water Vapor
16%
Optical Emission
16%
Atmospheric Pressure
16%
Law
16%
Color Temperature
16%
Mg Powder
16%
Pure Al
16%
Adiabatic Flame Temperature
16%
Pure Metals
16%
Diffusion Flame
16%
Particle Emission
16%
Photomultiplier Tube
16%
Oxygen Diffusion
16%
Individual Emissions
16%
Emission Pulse
16%
Al-Mg
16%
Engineering
Burn Time
100%
Aluminum
100%
Alloy
66%
Individual Particle
33%
Flame Temperature
33%
Mole Fraction
33%
Hydrogen
33%
Size of Particle
16%
Diffusion Flame
16%
Color Temperature
16%
Mg Powder
16%
Particle Emission
16%
Adiabatic Flame Temperature
16%
Light Emission
16%
Particle Size Analysis
16%
Atmospheric Pressure
16%
Nitrogen
16%
Material Science
Alloy
100%
Aluminum
100%
Magnesium Powder
100%
Hydrogen
50%
Water Vapor
25%
Particle Size Analysis
25%
Chemical Engineering
Hydrogen
100%
Magnesium
100%
Chemical Element
50%
Nitrogen
50%