저자의 연구 키워드

저자의 연구 키워드

#대칭화염(Symmetric flame)

#대향류화염(Counterflow flame)

#마크스타인 길이(Markstein length)

#반응 메커니즘(Reaction mechanism)

#소화거동(Extinction behavior)

#암모니아(Ammonia)

#예 혼합 화염(premixed flame)

#층류 연소속도(Laminar burning velocity)

#합성천연가스(Synthetic natural gas)

#화학적 상호작용(Chemical interaction)

#Ammonia Symmetric flames

#Annular combustor(환형연소기)

#ARAMCO 2.0 Mechanism(ARAMCO 2.0 메커니즘)

#Chemical interaction

#Counterflow

#counterflow flames

#Explosion

#Extinction behavior

#Flame radius range

#Flame stretch

#Flue gas recirculation

#Flue gas recirculation (FGR)

#Flue Gas Recirculation(FGR)

#Fuel Induced Recirculation(FIR)

#Fuel injection recirculation (FIR)

#Gas turbine

#GRI-3.0 mechanism

#Hydrogen addition

#Hydrogen combustion

#kinetic analysis

#Laminar Burning Velocity

#Laminar Burning Velocity(층류 연소속도)

#Linear model

#Longitudinal instability(종-방향 불안정성)

#Low NO<SUB>X</SUB> burner

#Low NO<SUB>X</SUB> emission

#low-pollution

#Markstein length

#nitrogen oxides

#NO emission

#Non-linear model

#NOx emission

#NOx mechanisms

#Outwardly Propagating Spherical Flame(구형 전파 화염)

#Preheated air

#Premixed flames

#Prompt NO

#Safety

#Sensitivity analysis

#SNG

#Spherical Propagating Flame

#Spherical propagating flames

#Symmetry breaking(대칭성파괴)

#Synthetic Natural Gas

#Synthetic Natural Gas(합성 천연 가스)

#TDLAS

#thermal NO

#UC San Diego mechanism