Heating and ignition of metallic particles by a CO₂ laser

Keyphrases

• Metallic Particles 100%
• Ignition 100%
• CO2 Laser 100%
• Heating Rate 80%
• Heat Transfer Model 80%
• Particle Size 40%
• Laser Beams 40%
• Jet Velocity 40%
• Particle Velocity 20%
• Charged Particles 20%
• Aerosolized 20%
• Micron-sized 20%
• Digital Camera 20%
• Gas Environment 20%
• Size Dependence 20%
• Aluminum Powder 20%
• Kinetic Parameters 20%
• Laser Power 20%
• Oxidizing Gas 20%
• Particle Jets 20%
• Capacitor Electrode 20%
• Ignition Threshold 20%
• Aerosol Jet 20%
• Plate Capacitor 20%
• Top Electrode 20%
• Small Opening 20%
• Metallic Powder 20%
• Heating Source 20%

Engineering

• Ignition 100%
• Heating Rate 66%
• Heat Transfer Model 66%
• Experimental Technique 33%
• Laser Beam 33%
• Jet Velocity 33%
• Size of Particle 16%
• Simplifies 16%
• Digital Camera 16%
• Gas Environment 16%
• Aluminum Powder 16%
• Laser Power 16%
• Kinetic Parameter 16%
• Metallic Powder 16%

Chemical Engineering

• Heating Rate 100%