ScholarWorks@KOREA RESEARCH INSTITUTE OF SHIPS & OCEAN ENGINEERING: Kang, Seong-Gil

Detailed Information

Kang, Seong-Gil (강성길)

연구전략본부 (국제해사기술센터)

Research Area: 해양오염, CO2 해양지중저장, 국제협력, Marine Pollution, CO2 Storage, International Cooperation

Tel 042-866-3620
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Carbon dioxide:13||이산화탄소 포집 및 저장:10||CCS:9||이산화탄소:9||Carbon Dioxide:9||Climate Change:8||Carbon dioxide Capture and Storage:6||Carbon dioxide capture and storage(CCS):5||Impurity:5||Offshore Geological Storage:4||Carbon Dioxide(이산화탄소):4||기후변화:4||Marine geological storage:4||이산화탄소 포집 및 저장):3||Sulfur Dioxide:3||Equation of State:3||Twophase flow:3||Pipeline:3||Pipeline transport:3||불순물:3||CO2 transport:3||Cost:3||CO2 capture and storage (CCS):3||Binary Parameter:3||Ocean acidification:3||Amphipods:2||단각류:2||Pipeline transport 파이프라인 이송:2||Climate change 기후변화:2||CO2 pipeline:2||CO2:2||Carbon dioxide 이산화탄소:2||Transport:2||상태방정식:2||Greenhouse gas 온실가스:2||Regional Cooperation:2||CO2 Storage in Marine Geological Structure(CO2해양지중저장):2||Leakage:2||Clean Development Mechanism:2||Marine litter:2||해양지중저장:2||Corrosion:2||Carbon dioxide capture and storage (CCS) 이산화탄소 포집 및 저장:2||Carbon Capture and Storage:2||CO2 Transport:2||Carbon capture and storage:2||Equation of State(상태방정식):2||N2 impurity:2||NOWPAP:2||Depressurization:2||Oil Spill:2||oil spill:2||이산화탄소 수송:2||IPCC:2||risk assessment:2||mitigation technology:2||pH:2||Capture and Storage:2||이성분 매개변수:2||environmental impact assessment:2||environmental risk assessment:2||CCS 이산화탄소 포집 및 저장:2||지중저장:2||Carbon dioxide Capture and Storage(
CCS:2||geological storage:2||tidal flat:2||Shipping:2||Climate Change(기후변화):2||Climate change:2||Phase Equilibria:2||United Nations Framework Convention on Climate Change:2||Acidification:2||CO2 leakage:2||Geological Storage:2||Embryo:1||Environmental risk assessment:1||Equation of state:1||Eutrophication:1||Finite Volume Method:1||Fish:1||Gas Hydrate:1||Genotoxicity:1||Geological Storage(지중저장):1||Green house Gas (GHG):1||Greenhouse Gas (GHG):1||Greenhouse gas:1||Growth:1||HSE(Health:1||Hazard:1||Hazardous and Noxious Substances:1||Heavy metals:1||Hebei Spirit:1||Hebei Sprit oil spill:1||High Pressure Pipeline:1||Hypercapnia:1||IMO:1||IMO GHG Initial Strategy:1||Image processing:1||Infrastructure:1||Initial IMO strategy:1||Injection Wellbore:1||International Maritime Organiz:1||International Maritime Organization (IMO):1||International Maritime Organization(IMO):1||Interspecific competition:1||Intertidal organism:1||Introduced species:1||Invasive species:1||JouleThomson expansion:1||JouleThomson 팽창:1||LCC:1||Linearly sheared flow:1||Liquidliquid twophase flow:1||Lockin:1||Long flexible pipe:1||MERRAC:1||MERRAC(방제지역활동센터):1||Macrozoobenthos:1||Marine Environment Protection Committee (MEPC):1||Marine Environment Protection Committee(MEPC):1||Marine Pollution:1||Marine environment(해양환경):1||Marine invertebrates:1||Marine litter(해양쓰레기):1||Marine medaka:1||Marine oil spill:1||Methanol:1||Modal analysis:1||Multimode response:1||Multivariate analysis:1||NOWPAP MERRAC:1||NOWPAP Regional Oil Spill Cont:1||NOWPAP(북서태평양실천계획):1||Nitrogen Impurity(질소불순물):1||Northwest Pacific Action Plan:1||Northwest pacific(북서태평양):1||Numerical Simulation:1||Numerical modeling:1||OPEX:1||Ocean storage:1||Offshore:1||Offshore Geological Storage:1||Offshore carbon capture and sequestration (CCS):1||Offshore ccs:1||Oil Pollution:1||Oil Spill Preparedness and Res:1||Oil budget analysis:1||Oiled wildlife:1||OnWater Oil Removal Resource:1||Onboard carbon capture system:1||Oxyfuel combustion coalfired plants(순산소 연소 석탄 화력발전소):1||Oxygen microelectrode:1||Pha:1||Pipeline Transporation(파이프라인 수송):1||Pollutants:1||Pollution gradient:1||Polychaete:1||Preparedness and Response:1||Pyrosequencing:1||Regional Seas Programme:1||Regional cooperation(지역협력):1||Risk:1||Risk Assessment:1||Risk Management:1||Risk assessment:1||RiskInformed design:1||Safety:1||Safety and Environment):1||Scale effect:1||Sea Prince:1||Sea floor:1||Sea mammals:1||Seabirds:1||Seafloor:1||Seawater:1||Seawater acidification:1||Seawater pH:1||Sediment:1||Shipbased CCS chain:1||Side scan sonar:1||Simulation:1||So2:1||South Korea:1||South korea:1||Species sensitivity distribution:1||Steady flow:1||Subtidal organism:1||Subsea Pipeline:1||Survival:1||System Engineering:1||TOUGH2:1||Temperature:1||Topside:1||Transient:1||Transport cost:1||Transportation:1||UNFCCC 기후변화협약:1||Unavailability cost:1||Underwater equipment:1||United Nations Framework Convention on Climate Change(UNFCCC:1||Unloading arm:1||Unsteady flow:1||VIV (vortexinduced vibration):1||Vertical distribution:1||Worst Case Discharge:1||Yellow sea:1||Zoobenthos:1||apmphipods:1||argon:1||benthic epifauna mapping:1||benthic productivity:1||bioassay:1||carbon capture and storage (CCS):1||carbon dioxide:1||carbon dioxide capture and sto:1||carbon dioxide capture and storage:1||ccs:1||climate change:1||co2:1||co2 수송:1||co2 저장:1||computational fluid dynamics:1||conceptual design:1||deep sea ecosystem:1||disposal:1||endogenous rhythm:1||environmental and ecological effects:1||flow instability:1||geological sequestration:1||growth:1||heat transfer:1||hydrate:1||impurity:1||inhibitor:1||irradiance:1||microporous media:1||microphytobenthos:1||oil pollution:1||oil spill incident:1||oxygen microsensor:1||pipeline:1||risk assessment and management:1||sediment temperature:1||stability map:1||storage:1||supercritical CO2:1||survival:1||system engineering process:1||temperature:1||unloading:1||감압:1||고압 파이프라인:1||국제해사기구:1||기름 유출사고:1||기후변화협약):1||누출:1||다모류:1||대체연료:1||딥워커 호라이즌호 기름 유출사고:1||발광미생물:1||보건.안전.환경:1||산성화:1||생물검정법:1||생존률:1||생태위해성평가:1||선상 이산화탄소 포집시스템:1||성장:1||세포내에너지할당:1||수치해석:1||액체액체간 이상유동흐 름:1||온도:1||온실가스:1||위해성 평가:1||위해성평가:1||위해성평가 및 관리:1||위험관리:1||위험평가:1||유출유 수지분석:1||이산화탄소 누출:1||이산화탄소 주입:1||이산화탄소 해양지중저장:1||이산화황:1||저감기술:1||종민감도분포:1||주입정:1||징검다리 기술:1||청정개발체제):1||탑사이드:1||포집 및 저장:1||해수산성화:1||해양산성화:1||해저 파이프라인:1||허베이 스프리트호 기름 유출사고:1||환경영향평가:1||16S rDNA:1||환경위해성평가:1||3D Moving Unstructured mesh:1||3차원 이동형 비구조격자:1||Acoustic devices:1||Alternative Fuels:1||Alternative fuels:1||Animal size:1||Bacteria:1||Ballast water:1||Bioassay:1||Biodiversity:1||Biological fertilization:1||Bioluminescence:1||Bioluminescent bacteria:1||Blowdown:1||Bridge Technology:1||CAPEX:1||CCS(Carbon dioxide Capture and Storage):1||CCS(이산화탄소 포집 및 저장):1||CDM 청정개발체제:1||CO2 Injection:1||CO2 Leakage:1||CO2 Ocean sequestration:1||CO2 Sequestration:1||CO2 Storage in Marine Geologic:1||CO2 Storage in Marine Geological Structure:1||CO2 Stream:1||CO2 geological storage:1||CO2 loading:1||CO2 ocean sequestration:1||CO2 ocean storage:1||CO2 sequestration:1||CO2 storage tank:1||CO2 terminal:1||CO2 지중저장:1||CO2 해중저장:1||CO2누출:1||CO₂Storage in Marine Geological Structure:1||CO₂leakage:1||CO₂해양지중저장:1||Carbon Capture and Storage (CC:1||Carbon Capture and Storage (CCS):1||Carbon Capture and Storage(CCS):1||Carbon Dioxide Capture and Storage:1||Carbon Dioxide Capture and Storage (CCS:1||Carbon Dioxide Capture and Storage (CCS):1||Carbon Intensity:1||Carbon dioxide Capture and Sto:1||Carbon dioxide Capture and Storage (CCS):1||Carbon dioxide Capture and Storage(CCS):1||Carbon dioxide capture and storage:1||Carbon dioxide capture and storage(ccs):1||Ccs:1||Cellular Anergy Allocation(CEA):1||Clean Development Mechanism(CDM:1||Climate change(기후변화):1||Co2 storage tank:1||Co2 storage terminal:1||Comet assay:1||Community composition:1||Contingency Plan:1||DNA damage:1||Debris:1||Deepwater Horizon oil spill:1||Depressurization:1||Design for safety:1||Diversity:1||Droplet:1||East Asia:1||East Sea:1||Ecological model:1||Ecological risk assessment:1||Economic evaluation model:1||Effect of impurities:1||

STATISTICS: Total View :4,281,334; Today View :173

RSS_1.0 RSS_2.0 ATOM_1.0

(34103) 대전광역시 유성구 유성대로1312번길 32042-866-3114

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE