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Plasma assisted combustion: Dynamics and chemistry
Yiguang Ju
, Wenting Sun
Mechanical & Aerospace Engineering
High Meadows Environmental Institute
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peer-review
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Keyphrases
Plasma-assisted Combustion
100%
Combustion Chemistry
100%
Combustion Dynamics
100%
Kinetic Model
66%
Plasma Discharge
33%
Ignition
33%
Low Temperature
16%
Dynamic Process
16%
Ignition Enhancement
16%
Non-equilibrium Plasma Discharges
16%
Flame Regime
16%
Cool Flame
16%
Pressure-temperature
16%
Kinetic Pathways
16%
Flame Dynamics
16%
Promising Technology
16%
Low Temperature Fuel
16%
Fuel Oxidation
16%
S-curve
16%
Enhancement Effect
16%
Flame Stability
16%
Minimum Ignition Energy
16%
Flameless Combustion
16%
Thermal Enhancement
16%
Ignition Dynamics
16%
Modeling Tools
16%
Combustion Kinetics
16%
Curve Dynamics
16%
High-pressure Conditions
16%
Transport Effects
16%
Performance Increase
16%
Emission Reduction
16%
Explosion Limits
16%
Discharge Control
16%
Modeling for Control
16%
Fuel Processing
16%
Ultra-lean Combustion
16%
Engine Performance
16%
Low Temperature Combustion
16%
Electronically Excited Species
16%
Lean Burn
16%
Plasma Ignition
16%
Vibrationally Excited Species
16%
Advanced Diagnostics
16%
Synergetics
16%
Theory Modeling
16%
Regime Transition
16%
Plasma-assisted
16%
Combustion Flame
16%
Engineering
Ignition
100%
Low-Temperature
60%
Flame Combustion
20%
Energy Engineering
20%
Nonequilibrium
20%
Kinetic Model
20%
Controllability
20%
Flame Stability
20%
Dynamic Process
20%
High Pressure Conditions
20%
Explosion Limit
20%
Reduce Emission
20%
Engine Performance
20%
Physics
Plasma Jet
100%
Nonequilibrium plasmas
33%
Controllability
33%
Flame Stability
33%
Ignition Limit
33%
Combustion Chemistry
33%
Combustion Temperature
33%