ScholarWorks@KOREA RESEARCH INSTITUTE OF SHIPS & OCEAN ENGINEERING: Jung, Jung Yeul

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Jung, Jung Yeul (정정열)

해양공공디지털연구본부 (해사안전·환경연구센터)

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Nanofluid:5||Thermal conductivity:5||Heat transfer coefficient:4||Droplet:3||Monitoring system:3||HNS:2||Ballast water:2||Binary mixture:2||Marine bio pollution:2||Boiling:2||Pipeline:2||Hazardous and noxious substance:2||Marine pollution:2||Sensor:2||Pool boiling:2||Critical heat flux:2||Shipping:2||Carbon dioxide capture and storage(CCS):2||Viscosity:2||wettability:2||Evaporation:2||Spill accident:2||Stability:2||Heated surface:2||CO2 absorption:1||CO2 capture and storage (CCS):1||CO2oil mixture:1||COMSAR:1||Carbon Dioxide(이산화탄소):1||Carbon dioxide:1||Chemical sensor:1||Clustering:1||Coastline:1||Colloid:1||Colloidal suspension:1||Computational fluid dynamics:1||Concentration polarization:1||Conceptual design:1||Conduction characteristics:1||Contactless dielectrophoresis:1||Converted chronic SSD:1||Cooling:1||Corrosion resistance:1||Corrosion resistance evaluation:1||Cost:1||Critical heat flux (CHF):1||Critical size:1||Deep learning:1||Deepsea mining robot:1||Deepsea mining system 심해저 집광 시스템:1||Deepseabed lifting system:1||Dehydration package:1||Density:1||Depressurization:1||Desalination:1||Design for safety:1||Detection and quantification:1||Diffusive flow:1||Driving conditions:1||Ecoli:1||ETA:1||Economic evaluation model:1||Electric double layer:1||Electrode:1||Enhancement:1||Environmental and economic losses:1||Equation of state:1||Exergy analysis:1||Exposure assessment:1||FLUENT:1||FMECA:1||FTA:1||Failure mode and effect analysis 고장모드 분석:1||Fault tree analysis:1||Fieldwork:1||Fire alarm sensor:1||Fire sensor:1||Flexible substrate:1||Gas:1||Gas sensor:1||HAZOP:1||HNS sensor:1||Hazard identification:1||Hazardous and Noxious Substances (HNS):1||Hazardous and noxious substance (HNS):1||Heat flux:1||Heat source:1||Heat transfer:1||Hydrophilic:1||Hydrophobic:1||Hydrophobic aluminum surface:1||IMO:1||ITO sensor:1||Image processing:1||Impact probability:1||Impact time:1||Impinging:1||Indium Tin Oxide:1||Indium Tin Oxide (ITO):1||Indiumtinoxide (ITO):1||Infrastructure:1||Initial environmental risk assessment:1||Interparticle interaction:1||Ionic additive:1||LCC:1||Leakage characteristics:1||Lifting system 양광시스템:1||Liquid sensor:1||Liquidsolid slurry:1||Lower roller track:1||MEPC:1||MSC:1||MWCNT:1||Marine debris:1||Marine ecosystem:1||Marine geological storage:1||Mechanical properties evaluation:1||Methanol:1||Methanol solution:1||Methanolbased nanofluids:1||Movable liquid electrode:1||Multicriteria:1||Multifunctional sensors:1||Nanoconvection:1||Nanochannel:1||Nanofluid droplet:1||Nanofluids:1||Nanoparticle:1||Nanopore:1||National measure plan:1||Native species:1||Navigational traffic risk:1||Nitinol:1||Nitrogen Impurity(질소불순물):1||Numerical Simulation:1||Numerical modeling:1||OPEX:1||Ocean thermal energy conversion:1||Offshore equipment:1||Oil:1||Oil Containment by Boom:1||Oil Spill:1||Oil discharge:1||Oil spill:1||Oil spill accident:1||Onboard facility design 선상 설비 설계:1||Onboard measurement methodology:1||PLA:1||PS bead:1||PVDF:1||Particle:1||Absorption:1||Particle size:1||Particles:1||Patterned surface:1||Phytoplankton:1||Pipeline Transporation(파이프라인 수송):1||Pipeline transport:1||Pollution risk assessment:1||Printed ITO film:1||Printed electronics:1||Protein:1||Recovery test of manganese nodule:1||Reliability evaluation:1||Risk:1||Risk assessment:1||Risk contour:1||RiskInformed design:1||Riskbased design 위험도 기반 설계:1||SBR:1||Safety:1||Salts:1||Salvage:1||Screen printing:1||Screenprinting:1||Ship route planning:1||Shipbased CCS chain:1||Shipwreck:1||Smart navigation:1||Species sensitivity distribution:1||Stabilizer:1||Superhydrophilic aluminum surface:1||Superhydrophobic aluminum surface:1||Surface area:1||Surface modification technology:1||System Engineering:1||Temperature:1||Thermoeconomics:1||Toxicity assessment:1||Tracked vehicle:1||Transient:1||Transport:1||Twophase flow:1||UNFCCC:1||Unavailability cost:1||Unit cost of electricity:1||Unsteady flow:1||Water quality criteria:1||Wetting morphologies:1||Wind Effect:1||Zeta potential:1||Zoo plankton:1||adhesion:1||air compression system:1||aluminum 7075:1||ammonia sensor:1||anodized aluminum:1||anodizing:1||artificial barrier layer:1||availability:1||breakdown:1||coast debris:1||computational fluid dynamics (CFD):1||corrosion:1||corrosion resistance:1||covered area:1||curvature:1||deep learning:1||deposition angle:1||effective viscosity:1||energy harvesting:1||gap size effect:1||hazardous and noxious substance (HNS):1||hazardous and noxious substances (HNS):1||image segmentation:1||indium tin oxide (ITO):1||industrial metal:1||mapping:1||marine debris:1||nanostructure:1||nitrogen generation system:1||oilimpregnation:1||particle behavior:1||platelet:1||salt spray test:1||sensitivity analysis:1||sensor:1||superhydrophilic:1||thermal spray:1||triboelectric nanogenerator:1||tribological characteristics:1||utility module:1||Particle motion:1||Absorption system:1||Active particle manipulation:1||Acutechronic ratio:1||Aggregation of nanoparticles:1||Al2O3 nanofluids:1||Aluminum corrosion resistance:1||Ammonia Hydroxide:1||Anodization:1||Antibiofouling:1||Anticorrosion:1||Aquaculture farm:1||Bateria:1||Beach debris:1||Binary nanofluid:1||Biodegradable plastics:1||Biosensor:1||Blowdown:1||Boiling temperature:1||Brownian motion:1||Bubble:1||CAPEX:1||CCS:1||CCS(이산화탄소 포집 및 저장):1||

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