ScholarWorks@SUNGKYUNKWAN UNIVERSITY: RYU, CHANG KOOK

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RYU, CHANG KOOK (류창국)

Engineering (Mechanical Engineering)

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Biomass:12||Computational fluid dynamics:11||Biooil:10||Biochar:8||Combustion:8||Coal:7||Pyrolysis:7||Boiler:7||Slow pyrolysis:7||Coal gasification:6||NOx emission:5||Catalyst:4||Entrained gasifier:4||Liquefaction:3||Fast pyrolysis:3||Hydrogen:3||Char:3||IGCC:3||Syngas:3||Gasification:3||CFD:3||Torrefaction:3||Heat transfer:3||Sewage sludge:3||Wallfiring boiler:3||Catalytic pyrolysis:3||Slag layer:3||Wood pellet:3||Soil amendment:2||GeodaeUksae 1:2||Fluidized bed:2||Ash deposition:2||Slagging:2||Guaiacol:2||Chlorine:2||Miscanthus:2||고온부식:2||Oxycoal combustion:2||Bioliquid:2||Charcoal:2||바이오매스:2||Black carbon:2||NOx:2||Sorption:2||Heat duty:2||Natural gas:2||Hydrodeoxygenation:2||Oxyfuel combustion:2||Heavy fuel oil:2||Heavy metal:2||폐기물:2||염소:2||Adsorbent:2||Overfire air:2||Coal Gasification:2||Pulverized coal:2||PyGC/MS:2||Air staging:2||Fly slag:2||High temperature corrosion:2||Coal combustion:2||Gas emissivity:2||Cofiring:2||Radiation:2||Energy storage materials:1||Entrained Gasifier:1||Erosion:1||Exvessel Core Melt:1||FAME:1||FTIR:1||Fast pyrolysis biooil:1||Firing:1||Fixed bed:1||Flame:1||Flue gas condenser:1||Flue gas emission:1||Flue gas recirculation:1||Flux:1||Food safety:1||Frontwall firing:1||Frydrying:1||Furnace design:1||Gas reversing chamber:1||GeodaeUksae1:1||Graphitization degree:1||Grindability:1||HZSM5:1||Hard carbon:1||Heat Exchanger:1||Heat Transf:1||Heavy metals:1||Helical Coil Channel:1||Hinoki cypress:1||Hotspot:1||Hydrogen production:1||Ignition Temperature:1||Ignition front:1||Industrial wastewater sludge:1||Interaction:1||Kinetics:1||Ladle:1||Latent heat storage:1||Lightweight aggregate:1||Lignocellulosic composition:1||Liquid Air:1||Liquid slag:1||Low Rank Coal:1||Low Temperature Reactivity:1||MCM48:1||Macroalga:1||Macroalgae:1||Marine plastic wastes:1||Mean streamline analysis:1||Metal oxide catalysts:1||Methane decomposition:1||Methane pyrolysis:1||Microbial analysis:1||Miscanthus sinensis var. purpurascens:1||Molten catalyst:1||Molten salt:1||NOx reduction effectiveness:1||Nondry sludge:1||Numerical Model:1||Numerical model:1||Numerical modeling:1||Oxycoal combu:1||Oxyfuel combustion:1||PLFA:1||Palm oil residue:1||Parallel reaction model:1||Particle board:1||Particle emis:1||Particle emission:1||Particle temperature:1||Pellet:1||Phase Change Material:1||Pollutant:1||Porosity:1||Porphyra tenera:1||Pressurized oxycombustion:1||Process Model:1||Process integration:1||Process simulation:1||Pt:1||Pt/AlMSUF:1||Pyrolysis oil:1||Pyrolysis product:1||Quench:1||Quench pipe:1||Raman:1||Reaction conditions:1||Reactor:1||Reburn:1||Reducedorder model:1||Refractory lining:1||Refuse plastic fuel:1||Renewable energy:1||Rotary kiln:1||SBA15:1||SO2:1||Secondary air:1||Selfheating:1||Sensible heat storage:1||Separation:1||Sewage slud:1||Shell gasifier:1||Shrinking core model:1||Single pellet:1||Slag:1||Slag Layer:1||Slow:1||Smelting furnace:1||Sodiumion batteries:1||Soil contamination:1||Soil enzymes:1||Soil fertility:1||Soil remediation:1||Spontaneous Combustion:1||Stabilization:1||Startup Burner:1||Steam activation:1||Steam compression:1||Steel making:1||Stove:1||Straw:1||Sulfate additives:1||Summer food waste oil fractions:1||Supercritical alcohols:1||Supercritical ethanol:1||Supercritical fluid:1||Supercritical fluids:1||Superheater:1||Sustainable remediation:1||Swirl burner:1||Switchgrass:1||Syngas Cooler:1||Syngas cooler:1||Tangentialfiring:1||Tangentialfiring boiler:1||Tar:1||Thermal NOx:1||Thermal cracking:1||Thermal resistance:1||Thermomechanical analysis:1||Thermogravimetric analysis:1||Threeparallelreaction model:1||To:1||Toxic element:1||Toxic metals:1||Transfer duct:1||Turbulent Diffusion Flame:1||Turbulent reaction rate:1||Twostep carbonization:1||Unburned carbon:1||Upgrading:1||Vaneless diffuser:1||Vitrification:1||Wall radiative heat flux:1||Was:1||Waste:1||Waste Wood Chip:1||Waste furniture:1||Waste mandarin residue:1||Waste star fish:1||Waste tire:1||Wastetoenergy:1||Windbox:1||Wood:1||XANES:1||XPS:1||Zeolite:1||ash deposition:1||biomass:1||block polypropylene:1||coal gasification:1||combined heat and power:1||computational fluid dynamics (CFD) simulation:1||copyrolysis:1||direct oxygen injection:1||electrohydrodynamic jet printing:1||energy density:1||energy efficiency:1||graphene:1||grindability:1||heat transfer:1||hybrid:1||mass yield:1||medium density fiberboard:1||metal mesh transparent electrode:1||munici:1||nanogenerator:1||oxycoal combustion:1||particle board:1||piezoelectric:1||pulverized coal:1||pyroelectric:1||pyrolysis:1||radiation:1||slag flow:1||stretchable:1||syngas:1||torrefaction:1||transparent heater:1||waste wood biomass:1||과열기:1||냉각:1||바이오 매스 연료:1||반탄화:1||배가스 응축기:1||보일러:1||분쇄성:1||비산 슬래그:1||석탄가스화복합발전:1||순산소연소:1||없음:1||연소:1||열전달:1||염화알칼리:1||오염물질:1||이산화황:1||전산해석:1||질소산화물:1||촤:1||침식:1||팰릿:1||합성 가스:1||화염:1||3D surface:1||황산염 첨가제:1||Activation:1||Acute toxicity:1||Adsorption:1||Agricultural waste:1||Airstaging combustion:1||AlSBA15:1||Alkali chloride:1||Ash Deposition:1||Ash viscosity:1||BEA:1||Biochar activation:1||Biochar application:1||Biochar feedstock:1||Biodiesel:1||Biomass Fuel:1||Biomass and waste:1||Biomass cofiring:1||Biomass valorization:1||Block Polypropylene:1||Bubble column reactor:1||Burner:1||Burner tilt:1||Burning rate:1||CFD analysis:1||CFD simulation:1||CO2 efflux:1||CO2tofuel:1||CaO:1||Carbon capture and storage:1||Carbon conversion:1||Carbon dioxide:1||Carbon dynamics:1||Carbon production:1||Catalytic gasifi:1||Centrifugal compressor:1||Char combustion:1||Char conversion:1||Characteristic compression prediction:1||Chloride:1||Coal Gasifier:1||Coal gasifier:1||Coke oven gas:1||Cold gas efficiency:1||Combustion behavior:1||Construction waste wood:1||Continuous reactor:1||Copper:1||Copyrolysis:1||Corium Spreading:1||Critical viscosity temperature:1||Cross Point Temperature:1||Cyclohexane:1||Devolatilization:1||Dibenzofuran:1||Diesel:1||Drying:1||Dual fuel burner:1||EEMPARAFAC:1||Economic analysis:1||Elution:1||Energy Storage System:1||Energy crop:1||Energy efficiency:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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