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Combustion of Mg and composite Mg·S powders in different oxidizers
Xinhang Liu
,
Mirko Schoenitz
,
Edward L. Dreizin
Chemical and Materials Engineering
Center of Materials for Advanced Energetics
Research output
:
Contribution to journal
›
Article
›
peer-review
23
Scopus citations
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Keyphrases
Combustion
100%
Oxidizer
100%
Burning Time
100%
Sulfur
75%
Laser Beams
50%
Combustion Products
50%
CO2 Laser
50%
Mg Powder
50%
Particle Size
25%
Particle Velocity
25%
Airflow
25%
Sudden Change
25%
Optical Emission
25%
Flow Condition
25%
Micron-sized
25%
Electron Microscopy
25%
Standoff
25%
Powder Particles
25%
Flame Temperature
25%
Magnesium
25%
Combustion Experiment
25%
Step Processes
25%
Surface Kinetics
25%
Burn Rate
25%
Mechanical Milling
25%
Temperature Decrease
25%
Non-spherical
25%
Particle Form
25%
Burning Particles
25%
Magnesium Powder
25%
Oxygen Diffusion
25%
Mg Particle
25%
Sulfur Powder
25%
Elemental Sulfur
25%
Flame Zone
25%
Fast Evaporation
25%
MgO Crystal
25%
MgO Particles
25%
Inward Diffusion
25%
Mg Surface
25%
Fine Solids
25%
Engineering
Oxidizer
100%
Burn Time
100%
Combustion Product
50%
Mg Powder
50%
Laser Beam
50%
Particle Velocity
25%
Sudden Change
25%
Smoke
25%
Experimental Result
25%
Assuming
25%
Flow Condition
25%
Air Flow
25%
Flame Temperature
25%
Powder Particle
25%
Surface Kinetics
25%
Mechanical Milling
25%
Step Process
25%
Flame Zone
25%
Elemental Sulfur
25%
Material Science
Powder
100%
Magnesium Oxide
60%
Carbon Dioxide
40%
Fine Particle
20%
Electron Microscopy
20%
Magnesium
20%
Magnesium Powder
20%
Chemical Engineering
Combustion Product
100%
Smoke
50%