ScholarWorks@Hanyang University: Kim, Jinsoo

Detailed Information

Kim, Jinsoo (김진수)

COLLEGE OF ENGINEERING (DEPARTMENT OF EARTH RESOURCES AND ENVIRONMENTAL ENGINEERING)

Research Area: 자원경제 및 정책

Tel 02-2220-2241
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Industrial decarbonization:14||Climate mitigation:12||Climate change:11||Energy policy:7||Korea:6||Anthropogenic emissions:4||Sustainability transitions:4||Netzero:4||energy efficiency:3||economic growth:3||Renewable energy:3||Panel analysis:3||LMDI:3||Causality analysis:3||panel analysis:3||structural decomposition analysis:3||자원안보:2||CBM:2||Inflation:2||Refined Laspeyres:2||resource security:2||전원 믹스:2||Innovation:2||Inputoutput table:2||Decomposition:2||Final energy consumption:2||Risk:2||Decomposition analysis:2||분해분석:2||STIRPAT:2||SVAR:2||산업연관표:2||CGE:2||패널 분석:2||Contingent valuation:2||Carbon emissions:2||포트폴리오:2||포트폴리오 분석:2||한국:2||신재생에너지:2||해외자원개발:2||Overseas resource development:2||Sociotechnical system:2||ESS:2||manufacturing:2||Energy efficiency:2||Economic analysis:2||Portfolio:2||Portfolio analysis:2||Power mix:2||CO2 emission:2||BOCR approach:2||Fuzzy AHP:2||Fuzzy analytic hierarchy process:2||Gas consumption:2||Economic impact:2||BRICs:2||Moan noise:2||External cost:2||Energy consumption:1||Energy disasters:1||Energy isolated island:1||Energy markets:1||Energy rebound effect:1||Energy security:1||Energy use:1||Environmental Kuznets curve:1||Environmental impacts:1||Externalities:1||ExxonMobil:1||Feasibility study:1||Financial analysis:1||Floating photovoltaic:1||Fluorinated greenhouse gases:1||Fluorocarbons:1||Food and drinks:1||Food manufacturing:1||Food processing:1||Food systems:1||Forecasting:1||Fossil Fuel Proportion:1||Fossil fuel:1||Fuel cell:1||Fugitive emissions:1||Gas price forecasting:1||Gas prices:1||Gascombined:1||Gashydrate development program:1||Glass:1||Glass manufacturing:1||Glass processes:1||Global North:1||Global South:1||Google trends:1||Government funded energy development program:1||Green gas:1||Green transition:1||Greenflation:1||Grey neural network:1||Grey 신경망:1||HFC23:1||Heating facility:1||Highglobal warming potential emissions:1||Horticulture and stockbreeding:1||Household electricity consumption:1||Hurdle rate:1||Hydrogen:1||Hydrogen production:1||Index decomposition analysis:1||Indonesia:1||Induced effect analysis:1||Industrial feedstocks:1||Integrated operating system:1||Internalization:1||KOSPI:1||Korea Composite Stock Price Index:1||Korean renewable energy market:1||Legal Framework:1||Levelized cost of electricity:1||Life Cycle Assessment(LCA):1||Life cycle assessment (LCA):1||MEOR:1||Macroeconomic growth energy rebound:1||Market failure:1||Material criticality:1||Material efficiency:1||Metal prices:1||Methane emissions:1||Microgrid:1||Microorganisms cluster analysis:1||Mineral recovery:1||Mineral security:1||Molecular biological approach:1||NF3:1||National Resource Security Special Act:1||Natural gas:1||Natural gas heating:1||Natural gas power generation:1||Natural gas price forecasting:1||Net zero:1||Nuclear energy:1||OPEC:1||Oil industry:1||Oil price shocks:1||Oil prices:1||Oil refining:1||Optimal renewable energy portfolio:1||Overseas E&:1||P projects:1||PFCs:1||Panel Analysis:1||Panel data analysis:1||Perfluorocarbons:1||Price coupling:1||Price elasticity:1||Primary energy supply:1||Printed Circuit Boards(PCB):1||Productivity:1||Protest response:1||Public preference:1||Public&apos:1||Pulp and paper manufacturing:1||Pulp and paper processes:1||Rattle noise of a seat:1||Real option:1||Real options:1||Recycling:1||Renewable electricity:1||Renewable energy certificate:1||Renewable policy:1||Residential electricity consumption:1||Resource efficiency:1||SF6:1||Safety:1||Security:1||Security index:1||Short lived climate pollutant:1||Simulation:1||Slacksbased measure (SBM):1||Social cost of carbon:1||Social costs of energy:1||Stakeholder:1||Steam methane reforming:1||Substitution relationships:1||Supply security of oil and gas:1||Synthetic greenhouse gas:1||TVVAR:1||Technology evaluation:1||Timevarying model:1||Total primary energy supply:1||Trace emissions:1||Traffic congestion:1||Transportation sector:1||Unintended impact:1||Urbanization:1||VECM:1||Valuable minerals:1||Value chain:1||Waste management:1||Wasted mobile phone:1||Wavelet decomposition:1||Wavelet 분해:1||WaveletGARCH:1||WaveletGARCH 모형:1||Web search data:1||Weibull model:1||Weibull 모형:1||Weight of indicator:1||Willingness to pay:1||activity revaluation approach:1||antivibration pad:1||artificial neural network:1||bilateral trade:1||brake mechanism:1||carbon efficiency:1||carbon emission:1||carbon intensity:1||carbon policies:1||cascading model:1||causal relationships:1||coal bed methane:1||coal consumption:1||coherence analysis:1||coherence function analysis:1||compound option:1||conditional loan system:1||contingent valuation method:1||corporate sustainability:1||criticality:1||crude oil prices:1||dependent panel:1||discounted cash flow:1||earnings announcement:1||economic impact:1||electricity supply strategy:1||embodied carbon:1||embodied carbon emissions:1||emission reduction:1||energy consumption:1||energy exploration and production business:1||energy supply:1||energygrowth nexus:1||environmental multiregional inputoutput:1||evaluation indicators:1||evaluation system:1||exploration investment:1||financial investment:1||finite element method:1||firm value:1||foreign oil and gas exploration projects:1||frequencyresponsefunctionbased substructure synthesis:1||fuzzy AHP:1||fuzzy analytic hierarchy process (AHP):1||geological factors:1||hybrid model:1||income elasticity:1||index decomposition analysis:1||input output analysis:1||inputoutput analysis:1||intermediate energy demand:1||international crude oil market mechanism:1||international trade:1||iron and steel:1||linear programming:1||liquefied natural gas (LNG) import:1||logarithmic mean Divisia index (LMDI):1||market integration:1||meanvariance portfolio:1||mineral price:1||multidimensional spectral analysis:1||multipledimensional spectral analysis:1||nexus:1||oil price:1||optimization:1||panel cointegration:1||panel unit root:1||phase analysis:1||phase balancer:1||portfolio:1||power mix:1||price elasticity:1||production inducement effects:1||progressive quadratic response surface method:1||projectindustry relationship:1||rare metals:1||rebound effect:1||renewable electricity:1||renewable energy:1||renewable manufacturing:1||renewablegrowth hypothesis:1||residual spectrum:1||resource crisis:1||response surface method:1||s perception, willingness to pay:1||sensitivity analysis:1||social responsibility:1||solar PV:1||spatial difference:1||stakeholder:1||stockpiling:1||strategic minerals:1||structural breaks:1||structure effect:1||sustainability management report:1||sustainable development:1||the sixth basic plan for long term electricity demand and supply:1||transfer path analysis:1||vehicle:1||vibration mechanism:1||vibration reduction:1||washing machine:1||willingness to pay:1||가격 동조화:1||가격탄력성:1||가스 소비:1||가스가격 예측:1||가스복합:1||가스소비:1||가스하이드레이트 개발사업:1||가치사슬:1||경상수지:1||경제 효과:1||경제성:1||경제성 평가:1||경제성분석:1||경제자유지수:1||경제적 파급효과:1||공적분:1||광물가격:1||광물안보:1||구리 가격:1||국가 에너지 개발사업:1||국가자원안보 특별법:1||국내 경제 파급효과:1||군집분석:1||금속 가격:1||기술가치평가:1||내부화:1||도시화율:1||마이크로그리드:1||목표 수익률:1||미생물 군집 분석:1||미생물을 이용한 석유회수증진기술:1||발전원 구성:1||배출권거래제:1||벡터오차수정모형:1||벡터자기회귀 모형:1||분자생물학적 방법:1||불확실성:1||비금속:1||비용편익분석:1||비축:1||석유산업:1||수상태양광발전:1||시변 모형:1||신규전원구성:1||실물옵션:1||안보지수:1||에너지:1||에너지 상품 시장:1||에너지 소비:1||에너지자립섬:1||엑손모빌:1||역전파 알고리즘:1||연료전지:1||연속식 모형:1||예측:1||온실가스:1||외부 비용:1||외부비용:1||우점종 미생물:1||원유 가격:1||위험도 매트릭스:1||유가충격:1||유발효과분석:1||유상할당:1||유용광물:1||인공신경망:1||인과관계 분석:1||인과관계분석:1||인도네시아:1||인쇄회로기판(PCB):1||인터넷 검색 자료:1||인플레이션:1||자원위기:1||재무성 분석:1||적정성:1||전과정평가:1||전략광물:1||전환부문:1||제6차 전력수급기본계획:1||조건부가치평가법:1||지불의사액:1||지수분해분석:1||지역별 차이:1||천연가스:1||천연가스 가격:1||천연가스 가격 예측:1||최종 에너지 소비:1||최종에너지 소비:1||탄소배출권거래제:1||탄소배출량:1||탄소의 사회적 비용:1||통합운영체계:1||퍼지 AHP:1||페휴대전화:1||평가체계:1||해사:1||화석연료 비중:1||회수:1||1차 에너지 공급:1||희유금속:1||1차 에너지 소비:1||ARDL:1||ARIMA:1||ARIMA 모형:1||Accident prevention:1||Air pollution:1||Analytic hierarchy process:1||Annex I countries:1||Auctioning:1||Autoregressive distributed lag model:1||Backpropagation algorithm:1||Base metal:1||Beach sand:1||Breakthrough Time:1||CO2 배출:1||Carbon Dioxide:1||Carbon Emissions:1||Carbon capture and storage:1||Carbon capture utilization and storage:1||Cement and concrete:1||Cementitious materials:1||Ceramic processes:1||Ceramics:1||Ceramics manufacturing:1||Chemical industry:1||Clean coal:1||Climate change mitigation:1||Climate policy:1||Cluster analysis:1||Coal bed methane:1||Coal consumption:1||Cointegration:1||Coning:1||Copper price:1||Costbenefit analysis:1||Critical Oil Rate:1||Criticality matrix:1||Current account balance:1||DNA extraction and amplification:1||DNA 추출 및 증식:1||Data envelopment analysis:1||Data envelopment analysis (DEA):1||Demand Response:1||Domestic conomic impact:1||Dominant microorganisms:1||Ewaste:1||EU:1||Economic feasibility:1||Economic freedom index:1||Economic growth:1||Electric vehicle (EV):1||Electricity sector:1||Emission trading system:1||Emissions trading system:1||Energy:1||Energy Consumption:1||Energy Efficiency Resource Standard:1||Energy commodity market:1||

RSS_1.0 RSS_2.0 ATOM_1.0

222, Wangsimni-ro, Seongdong-gu, Seoul, 04763, Korea+82-2-2220-1366

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