저자의 연구 키워드

저자의 연구 키워드

#결정구조

#균일지수

#기공 체적

#비표면적

#상대난류강도

#석탄

#선택적 환원 촉매

#연료극 반응

#직접탄소 연료전지

#탄소 입자

#혼합기

#Activation energy

#Activation Energy(활성화에너지)

#Air separation unit

#Anode reaction

#Back diffusion(역확산)

#Blend fuel

#Blended coals

#Burn-out

#Carbon particle

#Coal

#Coal Types(석탄의 종류)

#Co-firing

#Combined cycle

#Combustion Characteristics

#Combustor pressure

#Co-swirl(공기스월 방향의 연료스월)

#Counter-swirl(공기스월 역방향의 연료스월)

#Direct Carbon Fuel Cell

#Direct Carbon Fuel Cell(직접탄소 연료전지)

#EINOx

#Electrochemical Conversion(전기화학적 변환)

#Electrochemical Reaction(전기화학 반응)

#Electrode Material(전극 재질)

#Electrolytic Cell(전해전지)

#Electro-osmotic drag(전기적 삼투압)

#Etching Characteristics(에칭특성)

#Etching Factor(에칭계수)

#Exergy analysis

#Exhaust tube vortex

#Flame Propagation(화염전파)

#Flame structure

#Fuel injection(연료분사)

#Fuel Property(연료의 특성)

#Fuel spray(연료분무)

#Gasoline direct injection(가솔린직접분사)

#Homogeneous Charge Compression Ignition(HCCI)

#IGCC

#Ignition

#Ignition temperature

#Impingement model(충돌모델)

#Integration design

#Internal recirculation zone

#Lean premixed combustor

#Local reaction intensity

#Low Temperature Combustion(LTC)

#Micro gas turbine combustor

#Mixer

#Molten Carbonate Electrolyte(용융 탄산염 전해질)

#Monte Carlo Method(몬테카를로법)

#Monte-Carlo Method(몬테카를로법)

#n-butanol

#n-heptane

#NOx emission

#NOx Emission(질소산화물배출)

#Oxy-firing

#Oxy-fuel combustion

#Particle image velocimetry

#Particle size

#Pressure gradient(압력구배)

#Proton exchange membrane fuel cell(고분자전해질 연료전지)

#Pulverized coal

#Pulverized coal combustion

#Rapid Compression Machine(RCM)

#Recirculation

#Relative Turbulence Intensity

#Selective Catalytic Reduction(SCR)

#Spray Characteristics(분무특성)

#structure of crystal grains

#Surface area

#Swirl flame

#Uniformity Index

#Uniformity(균일도)

#Vaporization model(증발모델)

#Volatile(휘발분)

#Volume of pores

#Vorticity

#Wood biomass