저자의 연구 키워드

저자의 연구 키워드

#모사 연료(Surrogate fuel)

#연소 생성물(Combustion product)

#정적 연소(Constant volume combustion)

#화학종 조성(Chemical species composition)

#화학종 형성(Chemical formation)

#Battery pack cooling performance(배터리 팩 냉각 성능)

#Biodiesel

#Biodiesel(바이오디젤)

#Biodiesel-Dimethyl Ether blended fuel (바이오디젤-디메틸 에테르 혼합 연료)

#BOR(증발률)

#C₂

#CH

#CH₂O

#Chemical reaction

#Chemical reaction path

#Chemical reaction pathway

#Chemical reaction pathway(연소 화학반응 경로)

#Chemical Reaction(화학반응)

#Chemical reactions(화학 반응)

#Chemical species(화학종)

#CO Emission(CO 배출물)

#CO formation

#Combustion characteristics (연소특성)

#Combustion mechanism(연소 메카니즘)

#Combustion pressure

#Combustion temperature

#Compression Ignition Condition(압축착화 조건)

#Constant-volume fixed-mass reactor

#Cooling fluid(냉각 유체)

#Detailed Chemical Kinetic Reaction Mechanisms(상세화학반응 메커니즘)

#DRGEP

#DRGEP(오차전달법)

#Droplet combustion

#Droplet Combustion(액적 연소)

#EGR rate

#Emulsion fuel

#Equivalence ratio

#Exhaust emissions

#Flame extinction

#Flammability limits(가연한계)

#Gaseous fuel(기상연료)

#Gas-phase(기상)

#Graphene coating(그래핀 코팅)

#HCCI (균일혼합압축착화)

#Heat transfer(열전달)

#High Pressure Injection(고압 분사)

#Homogeneous Combustion(균질 연소)

#Ignition delay

#Ignition delay(점화 지연)

#Ignition delay(점화지연)

#Ignition Delay(점화지연시간)

#Initial Droplet Diameter(초기 액적 직경)

#KH-RT Breakup Model(KH-RT 분열모델)

#Liquid hydrogen(액체수소)

#Low temperature heat release

#Mechanism reduction

#Mechanism reduction(메커니즘 축소)

#Micro-explosion

#Mixture ratio

#MLI(다층 단열재)

#Mole fraction

#n-butanol

#n-heptane

#Nitrogen oxides (NOX)

#NO<SUB>X</SUB> formation

#NO<SUB>X</SUB> formation (질소산화물생성)

#Normalized flame distance ratio

#NOx formation

#NOx production rate

#Nozzle Discharge Coefficient(노즐 유량 계수)

#Reaction path analysis (반응경로분석)

#Short wavelength filtering

#Single Fuel Droplet(단일 연료 액적)

#Skeletal mechanism

#Skeletal Mechanism(기초화학반응 메커니즘)

#Soot Growth Rate(매연 성장률)

#Soot Volume Fraction(매연 체적 분율)

#Spray Characteristics(분무 특성)

#Spray Tip Penetration(분무 도달거리)

#Target species

#Temperature distributions(온도 분포)

#Temperature uniformity(온도 균일도)

#Thermal insulation performance(단열 성능)

#Thermal NOx mechanism