Modeling nitrogen species from ammonia reciprocating engine combustion in temperature-equivalence ratio space

Keyphrases

• Ammonia 100%
• Equivalence Ratio 100%
• Engine Combustion 100%
• Nitrogen Species 100%
• Reciprocating Engine 100%
• High Temperature 50%
• N2O Emission 50%
• De-NOx 50%
• Premixed 50%
• Internal Combustion Engine 50%
• Significant Level 50%
• Large Region 50%
• Chemical Route 50%
• Gasses 50%
• Crevice 50%
• Cold Surface 50%
• Species Formation 50%
• Hydrocarbon Combustion 50%
• Zero-dimensional Modeling 50%
• T-space 50%
• T-equivalence 50%
• Further Analysis 50%
• Engine-relevant Condition 50%
• Low-temperature Region 50%

Earth and Planetary Sciences

• Nitrous Oxide 100%
• Combustion Engine 100%
• Cold Surface 25%
• Chemical Fuel 25%
• Emissions 25%
• Internal Combustion Engine 25%
• Hydrocarbon Combustion 25%
• Apoplexy 25%
• Cerebrovascular Accident 25%

Engineering

• Equivalence Ratio 100%
• Internal Combustion Engine 50%
• Low-Temperature 50%
• Temperature Region 50%
• Dimensional Modeling 50%
• Burned Gas 50%