Experimental and numerical investigation of iron-doped flames: FeO formation and impact on flame temperature

Keyphrases

• Absorption Diagnostics 33%
• Buoyancy 66%
• Burner 66%
• Cluster Formation 33%
• Combustion Efficiency 33%
• Detailed Simulation 33%
• Equivalence Ratio 33%
• Flame Inhibitor 33%
• Flame Structure 33%
• Flame Temperature 100%
• Flow Field 66%
• Gas Phase 66%
• Integrated Measurement 33%
• Interaction Mechanism 33%
• Intracavity Laser Absorption 33%
• Iron Clusters 33%
• Iron Compounds 66%
• Iron Pentacarbonyl 33%
• Iron-doped 100%
• Laser-induced Fluorescence 33%
• Low-pressure Flame 33%
• Materials Synthesis 33%
• Numerical Investigation 100%
• One-dimensional Flow 33%
• Optimization Procedure 33%
• Particle-laden Flow 33%
• Pollution 33%
• Reaction Scheme 33%
• Reduction Method 33%
• Spatially Resolved 33%
• Temperature Distribution 33%
• Ultrasensitive 33%

Chemical Engineering

• Iron Compounds 100%
• Temperature Distribution 50%

Engineering

• Centerline Plane 14%