저자의 연구 키워드

저자의 연구 키워드

#Air preheating

#Auto-ignition(자발화)

#Catalytic combustion(촉매연소)

#char oxidation

#CO2 dilution effects(CO2희석조건)

#CO₂ dilution effects(CO₂희석조건) Laminar flame speed(층류화염속도)

#Combustion

#coupling interactions of turbulence/chemistry/soot formation (난류/화학반응/매연생성 상호 작용의 결합)

#Detailed chemistry(상세화학반응식)

#devolatilization

#Dimethyl ether(DME)

#DQMOM(모멘트직접적분법)

#Equivalence ratio

#Eulerian and Lagrangian model

#Flame chemiluminescence

#Flame structure

#Flamelet model(화염편 모델)

#Flamelet model(화염편모델)

#Fuel lean/rich flame

#Gas-turbine condition(가스터빈 운전조건)

#Heating medium boiler

#High-pressure vaporization Model(고압증발모델)

#Image processing

#Laminar diffusion flamelet structure(층류확산화염구조)

#Laminar flame speed(층류화염속도)

#Liquid rocket injector(액체로켓 분사기)

#Low NOx emission

#Metal fiber burner

#Pollutant emission

#Premixed flame

#pulverized coal combustion

#radiation

#Real fluid effects(실제유체 효과)

#S/C(Steam-to-Carbon ratio 수증기/탄소의 몰비)

#S/C(Steam-to-Carbon Ratio(수증기 탄소의 몰비)

#S/C(Steam-to-Carbon ratio(수증기/탄소의 몰비)

#S/C(steam-to-carbon) ratio(수증기/탄소의 몰비)

#S/C(Stream-to-Carbon ratio(수증기/탄소의 몰비)

#soot formation process(매연생성과정)

#Steam Reforming(수증기개질)

#Steam reforming(수증기개질반응)

#Supercritical pressure(초임계 압력)

#Syngas composition (석탄가스조성)

#Syngas composition(석탄가스조성)

#turbulence-chemistry interaction

#Turbulent flame