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Volumn 157, Issue 7, 2010, Pages 1356-1363
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Aluminum particle ignition in different oxidizing environments
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Author keywords
Aluminum oxidation; Heterogeneous reaction kinetics; Laser ignition; Metal ignition
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Indexed keywords
AL POWDER;
ALUMINUM OXIDATION;
ALUMINUM PARTICLE;
ALUMINUM PARTICLE IGNITION;
ARRHENIUS;
CFD CODES;
EXPERIMENTAL DATA;
FOCAL SPOT;
GAS COMPOSITIONS;
GAS LINES;
GASEOUS ENVIRONMENTS;
HETEROGENEOUS REACTIONS;
IGNITION THRESHOLD;
LASER IGNITION;
LASER POWER;
NUMERICAL SIMULATION;
OXIDIZING ENVIRONMENTS;
PARALLEL PLATE CAPACITORS;
PARTICLE VELOCITIES;
ALUMINUM;
ALUMINUM POWDER METALLURGY;
ASSOCIATION REACTIONS;
ATMOSPHERIC AEROSOLS;
ATMOSPHERIC MOVEMENTS;
CAPACITANCE;
CAPACITORS;
COMPUTATIONAL FLUID DYNAMICS;
COMPUTER SIMULATION;
GAS MIXTURES;
OXIDATION;
VELOCITY CONTROL;
REACTION KINETICS;
ALUMINUM;
CARBON DIOXIDE;
NITROGEN;
OXYGEN;
WATER;
ARTICLE;
CARBON DIOXIDE LASER;
CHEMICAL COMPOSITION;
CHEMICAL REACTION KINETICS;
COMBUSTION;
CONCENTRATION (PARAMETERS);
CONTROLLED STUDY;
ENVIRONMENTAL FACTOR;
FLOW RATE;
GAS MIXING;
PARTICLE SIZE;
PRIORITY JOURNAL;
PROCESS MODEL;
WATER VAPOR;
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EID: 77953075107
PISSN: 00102180
EISSN: None
Source Type: Journal
DOI: 10.1016/j.combustflame.2009.11.010 Document Type: Article |
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Times cited : (60)
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References (27)
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