ScholarWorks@Hanyang University: Jeong, Jae Weon

Detailed Information

Jeong, Jae Weon (정재원)

COLLEGE OF ENGINEERING (SCHOOL OF ARCHITECTURAL ENGINEERING)

Research Area: 건축기계설비 및 에너지

Tel 02-2220-2370
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Keyword

Liquid desiccant:43||Liquid desiccant system:30||Thermoelectric module:23||액체식 제습시스템:21||Dedicated outdoor air system:18||열전소자:16||Energy simulation:16||액체식 제습 시스템:16||Organic Rankine cycle:15||100% outdoor air system:14||Heat pump:13||Evaporative cooling:13||Indoor air quality:13||히트펌프:12||Ventilation:10||Evaporative cooling system:10||Energy harvesting:9||에너지 절감:9||증발냉각 시스템:9||Residential building:9||환기:9||Phase change material:9||Data center:9||LDIDECOAS:8||District heating:8||액체식 제습:8||liquid desiccant:8||외기전담시스템:8||상변화물질:8||증발냉각:7||유기 랭킨 사이클:7||Energy saving:7||DOAS:7||전외기 공조시스템:7||Renewable energy:7||에너지 시뮬레이션:7||Regenerator:6||Phasechange material:6||Energy consumption:6||Thermoelectric generator:6||Vacuumbased membrane dehumidifier:6||Combined heat and power:6||열전달:6||외기전담 시스템:6||energy simulation:6||Heat transfer:6||Airside economizer:6||Experimental analysis:5||Dehumidification:5||Dehumidification effectiveness:5||Frost:5||liquid desiccant system:5||Dehumidification performance:5||Condensation:5||제습시스템:5||지역난방:5||Energy performance:5||evaporative cooling:5||Energy recovery ventilator:5||공동주택:5||Indirect evaporative cooler:5||실내공기질:5||Radiant panel:5||Heat exchanger:5||Evaporative cooler:4||Airconditioning system:4||Experiment study:4||건물에너지:4||열교환기:4||결로:4||신재생에너지:4||전열교환 환기장치:4||실내 공기질:4||결빙:4||Heat recovery:4||친환경성:4||액체식 제습기:4||dedicated outdoor air system:4||복사냉방:4||제습:4||변풍량 공조시스템:4||냉동:4||Direct evaporative cooler:4||Modular data center:4||Refrigeration:4||evaporative cooling system:4||재생기:4||연료전지:4||예열코일:4||Thermal comfort:4||유기랭킨사이클:4||데이터센터:4||indoor air quality:3||PEMFC:3||폐열 회수:3||모델링:3||1차 에너지:3||Radiant cooling:3||Radiant cooling panel:3||Desiccant system:3||heat pump:3||Apartment building:3||제습효율:3||제습증발냉각기반 전외기 공조시스템:3||LDIDOCOAS:3||CFD:3||대향류형:3||Waste heat recovery:3||Waterside free cooling:3||제습 성능:3||Multifunctional system:3||증발냉각시스템:3||thermoelectric module:3||Isothermal dehumidification:3||열병합 발전:3||열병합발전:3||직교류형:3||Desiccant cooling:3||dehumidification performance:3||Hollow fiber membrane:3||에너지 소비량:3||Central ventilation system:3||HVAC:3||Humidification:3||Mechanical ventilation:3||Heating:3||Solar thermal system:3||Sensible heat exchanger:3||Occupant behavior:3||시뮬레이션:3||Primary energy:3||실험 연구:3||Nonvapor compression system:3||Indirect evaporative cooling:3||증발냉각기:2||건축기계설비:2||Desiccant air conditioning:2||지하주차시설:2||Latent heat exchanger:2||진공멤브레인 제습장치:2||건축환경:2||Plant factory:2||Building energysaving(건물에너지 절감):2||Lighting control:2||Working fluid:2||Liquid  desiccant:2||Desiccant evaporative cooling:2||Prediction model:2||Liquid Desiccant:2||HVAC application:2||컨테인먼트:2||코로나19:2||태양광:2||HVAC applications:2||공기열원 히트펌프:2||Energy recovery ventilation:2||Productivity:2||Heat Pump:2||패시브 에너지 회수:2||팬 가압 테스트:2||100% Outdoor air system:2||centrifugal atomization:2||Heat Storage:2||하이브리드 액체식 제습 시스템:2||Liquid desiccnat system:2||Liquiddesiccant:2||Energy saving potential:2||난방:2||환기시스템:2||흡수식 냉동기:2||히트펌프 운전 액체식 제습 시스템:2||Dehumidification system:2||냉‧난방:2||Building mechanical system:2||dehumidification:2||Lithium chloride:2||Lithium chloride(LiCl):2||냉매:2||냉방:2||Heat pump driven liquid desiccant system:2||Airconditioning:2||Removal efficiency:2||Renewable Energy:2||BCVTB:2||Residential building(주거용 건물):2||Mass transfer:2||empirical model:2||BIPV:2||energy conservation:2||energy consumption:2||Membrane:2||energy performance:2||energy saving:2||물질전달:2||Rhino:2||SD700:2||Cascade heat pump:2||evaporative cooler:2||Cascade heat pump(캐스케이드 히트펌프):2||Microorganism contaminants:2||Semiconductor fabrication plant:2||Modelling:2||Air leakage:2||복사패널:2||Simulation:2||생산성:2||Sizing procedure:2||성능 예측 모델:2||Multifunctional system(다기능 시스템):2||Highspeed train:2||수요기반 환기량 조절법:2||수요반응형 급탕환수 시스템:2||수중건물:2||Dew point evaporative cooling:2||hybrid PV/T system:2||Solution concentration:2||Aisle containment:2||Natural ventilation:2||indoor environmental quality (IEQ):2||Negative pressure isolation room:2||Nonvapor compression refrigeration system:2||압축기:2||Statistical analysis:2||Nonvaporcompression system:2||액체식 제습·증발냉각기반 전외기 공조시스템:2||Airsource heat pump:2||액체식 제습제:2||Air leakage test:2||Change Point Model:2||에너지 성능:2||에너지 소비:2||TEG:2||Airtightness:2||Crossflow type:2||Fan Energy Consumption:2||nonvapor compression:2||에너지 절약:2||Optical design:2||Hybrid liquid desiccant system:2||Building Envelope:2||Absorption chiller:2||Optimization algorithm:2||IDECOAS:2||Dual sump:2||Thermal storage:2||Building energy:2||Outdoor airconditioner:2||primary energy:2||Comparative analysi:2||Thermoelectric generator (TEG):2||Thermoelectric heat pump:2||radiant cooling:2||염화리튬:2||radiant cooling panel:2||예측 모델:2||Thermoelectric power generation:2||Compressor:2||PM2.5:2||Indoor Air Quality:2||research institute:2||PV:2||Dedicated  outdoor  air  system  (DOAS):2||PV/T 시스템:2||Freeform building:2||유전자 알고리즘:2||Indoor environment:2||음압격리병실:2||Underground parking facilities:2||Underground spaces:2||COVID19:2||thermoelectric heat pump:2||Empirical model:2||Intermediate heat exchanger:2||thermoelectric modules:2||Refrigerant:2||VAV system:2||Vacuum based membrane dehumidifier:2||Parametric study:2||Internally cooled liquid desiccant system:2||Fuel cell:2||Demand controlled ventilation:2||전열교환기:2||Energy Recovery Ventilator:2||Variable air volume:2||Variable air volume system:2||DemandControlled Ventilation(DCV):2||Particulate matter:2||Passive energy harvesting:2||watercooled system:2||제습 공조:2||Passive generation system:2||가습:2||Genetic algorithm:2||LDIDEOCA:2||Ventilation system:2||가중치:2||제습성능:2||Energy Simulation:2||제습증발냉각시스템:2||간접식 증발냉각기:2||AHU pressurization test:2||주거 급탕 시스템:2||중공사막:2||Waste heat:2||Building energy simulation:2||Liquid desiccant and indirect/direct evaporative coolingassisted 100% Outdoor air system (LDIDECOAS):1||Liquid desiccant dehumidification system:1||Liquid desiccant dehumidifier:1||Liquid desiccant system (LD):1||Liquiddesiccant air conditioning:1||Liquiddesiccant airconditioning system:1||Liquiddesiccant airconditioning system(액체식 제습냉방시스템):1||Liquiddesiccant system:1||Liquidtype PV/T system:1||Lithium chloride solution:1||Luminous environment:1||Mcycle:1||MWCNT:1||Machine learning algorithm:1||Mass transfer resistance:1||Membrane enthalpy exchanger:1||Micro genetic algorithm:1||Microbial contaminant:1||Microbial contamination:1||Microencapsulated phase change material (mPCM):1||Microencapsulated phasechange material (mPCM):1||Modelpredicted control:1||Modeling:1||Modular Data Center:1||Module design:1||Moisturewicking fabric:1||Multifunctional Heat Pump:1||Multiobjective optimization:1||Multizone air flow model:1||Multizone network modeling:1||Multiple zone:1||NTU:1||Negative air ion:1||New  Renewable  Energy:1||Numerical analysis:1||Numerical model:1||Numerical model of luminous intensity distribution:1||Occupant behaviour:1||Ondemand Recirculation System:1||Ondemand recirculation system:1||Operating protocol:1||Operation Mode:1||Operation method:1||Operation strategy:1||Optimal design:1||Optimal system operation:1||Optimization:1||Optimization  algorithm:1||Optimum supply air temperature ranges:1||Organic rankine cycle:1||Outdoor Airconditioner(외기조화기):1||Outdoor air condition:1||Outdoor air system:1||PCM:1||PCM Walls:1||PCM integrated wall:1||PCM 벽체:1||PEM fuel cell:1||PUE:1||PV/T area:1||PV/T system:1||PV/T 면적:1||PV/T(Photovoltaic/ThermalSystem):1||Packed bed Tower:1||Packed tower:1||Packedbed tower regenerator:1||Packedventilation system:1||Parallel  cooling  system:1||Parallel flow:1||Parametric Design Method:1||Parametric analysis:1||Parametric design:1||Parametric design method:1||Pareto Optimality:1||Partial containment:1||Particle loading rate:1||Particle resuspension:1||Particles:1||Particulate contaminants:1||Passive solution mixing:1||Passiveenergy harvesting (패시브 에너지 회수):1||Payback period:1||Penetration:1||Perceived air quality:1||Performance evaluation(성능 평가):1||Phasechange material(상변화물질):1||Photovoltaic:1||Photovoltaic–thermal system:1||Photovoltaic pane:1||Planer LEDs prism luminaire:1||Polymer electrolyte membrane fuel cell:1||Porosity:1||Preheat Coil:1||Preheat coil:1||Preheating:1||Predicted mean vote (PMV):1||Prediction mode:1||Preheat Coil:1||Preheat coil:1||Preheater:1||Pressure difference:1||Pressurization test:1||Primary  Energy:1||Pseudodynamic Test:1||Public open Data:1||Pump flow rate measurement:1||Quasiisothermal humidification:1||Radiant Floor Heating:1||Radiant Heat Resistance Control:1||Radiant airconditioning:1||Radiant heat transfer:1||Radiant heating:1||Radiant panel cooling:1||Railway Station:1||Regeneration rate:1||Regenerative evaporative cooler:1||Regenerator (재생부):1||Regression models:1||Reinforce concrete:1||Removal Efficiency:1||Removal effect:1||Residential application:1||Residential buildings:1||Response surface method:1||Response surface methodology (RSM):1||Review:1||Rigid Polyisocyanurate foam:1||School building:1||Seasonal Thermal Energy Storage(STES):1||Seasonal thermal energy storage:1||Seebeck coefficient:1||Seismic Capacity:1||Seismic Strengthening:1||Selfconsumption:1||Semiclosed Greenhouse:1||Semiconductor fabrication plant(FAB):1||Sensible effectiveness:1||Sensible heat ratio:1||Sensorless:1||Server model:1||Simplified Model:1||Simplified method:1||Solar Thermal Energy:1||Solar absorption:1||Solar energy:1||Solar fraction:1||Solar thermal energy:1||Solution density difference:1||Solution recirculation:1||Spray Tower:1||Spray tower:1||Stack effect:1||Standard:1||Steel fiber:1||Supply ducts:1||Surplus Latent Heat:1||System design:1||System design process:1||System retrofit:1||System retrofitting:1||System sizing:1||TRNSYS Simulation:1||TRNSYS 시뮬레이션:1||TRNSYS17:1||Technical review(기술 현황):1||Temperature control:1||Temperature distribution:1||Tensile performance:1||Thermal  comfort:1||Thermal Conductivity:1||Thermal Load:1||Thermal environment simulation:1||Thermal management performance:1||Thermal network:1||Thermal performance:1||Thermal sensation:1||Thermoelctric generater:1||Thermoelectic module:1||Thermoelectric:1||Thermoelectric cooling system:1||Thermoelectric element:1||Thermoelectric module(열전소자):1||Thermoelectric modules:1||Thermoelectric refrigeration:1||Thermoelectric technology(열전 기술):1||Tile open area:1||Total Heat Exchanger:1||Transpiration:1||Tuning process:1||Uvalue:1||UHPFRC:1||Ultrasonic atomization:1||Ultrasonic atomization (초음파 분무):1||Ultraviolet reactor:1||Underground Parking Facilities:1||Underground ParkingLot:1||Underground building:1||UndergroundParking Facilities:1||Underwater building:1||Utility bills:1||VAV:1||VAV  system:1||VOCs:1||Vacuum membrane dehumidification:1||Vacuum membrane dehumidification system:1||Vacuum membrane dehumidifier(기체분리막 제습장치):1||Vacuumbased membrane dehumidification:1||Variable  volume  and  temperature control:1||Variable frequency drive:1||Variable pitch:1||Various climate region:1||Vehicle detection system:1||Ventilation System:1||Ventilation erformance:1||Ventilation load reduction:1||Ventilation standard:1||Ventilation system (환기시스템):1||Virtual flowmeter:1||Visual comfort:1||Volatile Organic Compounds(VOCs):1||Volatile organic compounds:1||Water heating:1||Watertightness:1||Weight  factors:1||Weight factor:1||Wetcoil indirect evaporative cooler:1||White LED luminaire:1||Window control:1||Window manual control:1||Window opening:1||Wireless sensor network:1||Yearround experiment:1||Zero energy campus:1||absorber:1||absorption chiller:1||adiabatic humidification:1||air change  rate:1||air source heat pump:1||airwasher:1||airborne microorganisms:1||airborne particles:1||building envelope:1||building envelope performance:1||buildingintegrated photovoltaic:1||carbon dioxide concentration:1||clean room:1||color appearance:1||color temperature:1||constant  air volume  system:1||cooled ceiling:1||cooling load:1||cooling performance prediction model:1||cooling radiant ceiling panel:1||correlation analysis:1||correlation model:1||counter flow type:1||counterflow:1||counterflow type:1||daycare center:1||dedicated outdoor air system (DOAS):1||dehumidification effectiveness:1||dehumidification effectiveness model:1||dehumidifier:1||demand controlled ventilation:1||desiccant system:1||desiccantenhanced evaporative air cooling:1||design factor:1||design factor(설계인자):1||dew point indirect evaporative cooler:1||direct evaporative cooler:1||droplet size:1||dry exterior insulation system:1||ecofriendly:1||economic efficiency:1||empirical modeling:1||energy:1||energy harvesting:1||energy savings:1||energysaving:1||entropy method:1||environmental  effect:1||environmental performance:1||environmentalperformance:1||expectation and maximization (EM) algorithm:1||experiment:1||experimental analysis:1||experiments:1||exposure:1||field measurement:1||finite difference method:1||floor surface temperature:1||floorbyfloor analysis:1||fuel  cell:1||100%  outdoor  air  system:1||gasfired boiler:1||geographic information system (GIS):1||ground source heat pump (GSHP):1||heat exchange effectiveness:1||heat flux sensor:1||heat pumpdriven liquid desiccant system:1||heat recovery:1||heating and hot water supply system:1||hollow fiber membrane:1||hot water cooling:1||humidification:1||impact analysis:1||impact analysis(영향도 분석):1||indirect evaporative  cooling:1||indirect evaporative cooler:1||infiltration:1||job types:1||liquid  desiccant  evaporative cooling:1||liquid desiccant and evaporative coolingassisted 100% outdoor air system (LDIDECOAS):1||liquid desiccant dehumidification:1||liquid desiccant dehumidifier:1||liquid desiccant, evporative colling:1||liquidtogas ratio:1||liquidtogas ratio.:1||lithium chloride aqueous solution:1||local discomfort:1||makeup air unit:1||marine air conditioning:1||microorganism:1||model:1||negative pressure isolation ward:1||nonvapor compression airconditioning system:1||nonvapor compression system:1||numerical model:1||numerical simulation:1||occupant satisfaction:1||occupant satisfaction survey:1||oumidification effectivenss:1||overall heat transfer coefficient:1||parallel system:1||parametric analysis:1||particles:1||particulate contaminants:1||performance prediction model:1||phase change material:1||photovoltaic power output prediction:1||planer prism LED luminaire:1||predicted model:1||pressurized water atomizer:1||prism:1||probabilistic method:1||production  predictive  model:1||public service:1||radiant cooling panel(복사 냉방 패널):1||radiant floor heating:1||raytracing:1||refractor:1||regeneration effectiveness:1||regenerative indirect evaporative cooler:1||regenerator:1||removal efficiency:1||seawater freecooling:1||semiconductor cleanroom:1||sensible heat exchanger:1||sky luminance distribution model:1||solar fraction:1||solid desiccant system:1||sothermal dehumidifier:1||spectral distribution:1||spectral reflectance:1||steam humidifier:1||sustainable redevelopment:1||thermal bridge:1||thermoelectric generator:1||thermoelectric heat pump(TEHP):1||thermoelectric module (TEM):1||tracer  gas  technique:1||transitoriented development (TOD):1||truss insulation frame:1||ultraviolet reactor:1||underground parking facilities:1||underwater building:1||upper roomultraviolet germicidal irradiation:1||urban area:1||urban regeneration:1||urban shrinkage:1||variable  air  volume  system:1||variable  air volume  system:1||vehicle detection system:1||ventilation:1||ventilation system:1||waste heat recovery:1||water sterilization:1||waterside free cooling:1||work productivity:1||가습 시스템:1||가습량:1||가습시스템:1||가열 부하:1||간접식 증발냉각:1||간접식 증발냉각 시스템:1||강섬유:1||건물 기밀 성능:1||건물 기밀도:1||건물 실내 압력:1||건물 침기량:1||건물에너지 절감:1||건물외피:1||건식패널:1||건축물 에너지 시뮬레이션:1||건축물 폐열:1||건축표준설계기준:1||결빙현상:1||경시변화:1||경제성:1||경질 우레탄폼:1||계간축열:1||고분자 전해질 연료전지:1||고분자전해질 연료전지:1||고성능  제습증발냉각  공조시스템:1||고성능 제습증발 냉각 공조 시스템:1||고성능 제습증발냉각 공조 시스템:1||고속열차:1||고온수 냉각:1||공공데이터:1||공기난방:1||공기질:1||공기처리장치:1||공동 주택:1||공조 시스템:1||공조 에너지:1||공조 제어:1||공조 팬 제어:1||공조기를 이용한 가압테스트:1||국제건축표준설계기준:1||그린 리모델링:1||급기 상태:1||급탕:1||기계환기:1||기밀 성능:1||기밀도 실측:1||기체분리막 기반 제습시스템:1||기체분리막 제습장치:1||난방기 운전:1||내부냉각식 액체식 제습 시스템:1||내부접합형:1||내진보강:1||내진성능:1||냉각 부하:1||냉각부하:1||냉각탑:1||냉난방:1||냉난방 급탕 시스템:1||냉난방 및 급탕 시스템:1||냉난방 에너지 분리:1||노점 간접식 증발냉각기:1||누기 모델링:1||다기능 시스템:1||다기능 히트펌프:1||다중 공간:1||대기질 지수:1||대향류:1||데이터 센터 냉각:1||데이터 해상도:1||마감재:1||매개변수 설계법:1||멀티존 네트워크 모델:1||멀티존 네트워크 모델링:1||멤브레인:1||모델 보정 프로세스:1||모듈러 데이터 센터:1||모듈러 데이터센터:1||물질 전달 저항:1||미생물 오염:1||미세 먼지:1||미세액적 크기:1||미세입자물질:1||바닥난방:1||반밀폐형 온실:1||배열회수:1||배터리:1||변풍량 시스템:1||변풍량/온도 제어:1||변풍량공조:1||병렬 시스템:1||병렬냉방시스템:1||보기둥 접합부:1||보일러:1||보정:1||복사 냉방 패널:1||복사열저항 제어:1||부유 곰팡이:1||부유 세균:1||부착 강도:1||분무탑식 제습기:1||비드법보온판:1||비정형건물:1||생산량 예측모델:1||설계 수용액 농도:1||센서리스:1||수냉 시스템:1||수밀성:1||수요기반환기시스템:1||수용액 농도:1||수치 모델:1||수치해석 모델:1||스팀 분사형 가습기:1||시간 당 환기 횟수:1||시스템 설계 프로세스:1||시스템 용량산정:1||식물공장:1||신재생 에너지:1||실내 열 쾌적성:1||실험 결과:1||실험계획법:1||실험모델:1||실험연구:1||액기비:1||액체 제습기:1||액체식 PV/T 시스템:1||액체식 제습 기술:1||액체식 제습·증발냉각기반 전외기 공조시스템(LDIDECOAS):1||액체식 제습증발냉각:1||액체식 제습증발냉각기반 전외기 공조시스템:1||액체식제습:1||에너지  소비량:1||에너지 분석:1||에너지 소비분석:1||에너지 시 뮬레이션:1||에너지 시뮬 레이션:1||에너지 저장 장치:1||에너지 절감 성능:1||에너지 하베스팅:1||에너지 회수:1||에너지 효율:1||에너지소비:1||에너지절감:1||에너지절감(Energy saving):1||연돌 현상:1||열 관리 성능:1||열 성능개선:1||열 쾌적:1||열교환 효율:1||열네트워크:1||열방출:1||열부하:1||열저장:1||열전냉각시스템:1||열전도도:1||열전모듈:1||열전발전:1||열전소자 발전기:1||열전소자 히트펌프:1||열쾌적:1||염화 리튬:1||염화 리튬 수용액:1||염화리튬 수용액:1||예열기:1||예측모델:1||온실:1||온열 쾌적성:1||외기:1||외기냉방:1||외기냉방 운전:1||외기냉방시스템:1||외기전담  시스템:1||외단열 미장 마감재:1||운전 모드:1||운전 프로토콜:1||운전방법:1||원심식 분사:1||유사동적실험:1||유전자알고리즘:1||유한차분해 석법:1||음이온:1||응축기:1||이산화탄소:1||이오나이저:1||이중 수조:1||이코노마이저운전:1||인공신경망:1||일사 흡수:1||일산화탄소:1||잉여잠열:1||자가소비율:1||자연환기:1||자외선 수처리 장치:1||작동유체:1||잠열교환 효율:1||재생형 증발냉각:1||전 외기:1||전 외기 공조시스템:1||전달단위수(NTU):1||전산유체역학:1||전열교환환기장치:1||전외기공조시스템:1||정착강도:1||정풍량 공조:1||정풍량 공조시스템:1||정풍량 시스템:1||제거성능:1||제거효율:1||제습 노점증발냉각기반 전외기 공조시스템:1||제습 로터:1||제습 수용액:1||제습 시스템:1||제습 증발냉각:1||제습 증발냉각 기반 전외기 공조시스템:1||제습 효율:1||제습 효율 예측 모델:1||제습부:1||제습증발냉각기반 전외기공조시스템(Indirect and Direct Evaporative Cooling Assisted 100% Outdoor Air System):1||제어 알고리즘:1||조명제어:1||주거 건물:1||중간기 냉방 운전:1||중공사막 잠열교환모듈:1||중앙 공조시스템:1||중앙 환기:1||중앙환기:1||중앙환기시스템:1||증발 냉각기:1||지중공간:1||지하 건물:1||지하주차장:1||직접식 증발냉각기:1||진공펌프 멤브레인 제습장치:1||천공휘도분포모델:1||철근콘크리트:1||철도 역사:1||초미세먼지:1||초음파 분사:1||최적화  알고리즘:1||최적화 알고리즘:1||추적기체법:1||축열:1||축열조:1||충격강도:1||충진탑식 제습기:1||친환경성(ecofriendly):1||캠퍼스 에너지자립:1||컴퓨터 시뮬레이션:1||태양광 패널:1||태양열:1||태양열 시스템:1||태양이용률:1||통합 시스템:1||트랜시스17:1||파라메트릭 스터디:1||파레토 최적:1||팬 에너지 소비량:1||팬 에너지소비량:1||평행류:1||하이브리드 환 기:1||학교 건물:1||현열교환:1||현열교환 효율:1||현열교환기:1||현장실증연구:1||확대머리철근:1||환경/설비:1||환기기준:1||환기방식:1||환기성능:1||휘발성 유기화합물:1||fuel cell:1||100%  outdoor air  system:1||100% OA system:1||100% outdoor air:1||1차에너지:1||5GDHC:1||5세대 지역냉난방시스템:1||AQImodified economizer:1||Absorber:1||Absorber (제습부):1||Aging:1||Air to air hollow fiber membrane:1||Air Heating:1||Air Quailty Index:1||Air Quality Index (AQI):1||Air Source Heat Pump:1||Air Treatment Unit:1||Air handler fan pressurization test:1||Air handling unit:1||Air management performance:1||Air quality:1||Air quality index:1||Airflow channel:1||Airside Economizer:1||Airside free cooling:1||Airsource(공기열원):1||Airtightness Test:1||Airtoair type hollow fiber membrane:1||Airtoliquidtype hollow fiber membrane:1||Airborne Bacteria:1||Airborne Mold:1||Airborne bacteria:1||Airborne fungi:1||Airflow uniformity:1||Airtightness:1||Allinone system:1||Apartment:1||Apartment Building:1||Apartments:1||Arrangement(배열):1||Artificial nueral network:1||Axial fan:1||Battery:1||Beamcolumn joint:1||Blackbox model:1||Blower door test:1||Bolier:1||Bond Strength:1||Borehole heat exchanger:1||Building  energy:1||Building Energy:1||Building air tightness:1||Building cogeneration:1||Building energy saving:1||Building envelope optimization:1||Building pressure:1||Building retrofit:1||Building simulation:1||Buildingintegrated photovoltaic (BIPV):1||Buildingintegrated photovoltaics:1||Buildling Envelope:1||CAV:1||CCT:1||CCT (correlated color temperature):1||CCT combination:1||CCT control:1||CCT tunable luminaire:1||CHP:1||CHP(combined heat and power):1||CO2 emission reductions:1||CONTAM:1||CO₂emission:1||CRAH Fan Control:1||Calibration:1||Capacity matching:1||Capacity matching(용량 매칭):1||Carbon Monoxide:1||Carbon dioxide:1||Cascade cycle:1||Cascade heat pump system:1||Cascade liquid desiccant:1||Ceiling radiant cooling panel:1||Central AirConditioning System:1||Central ventilation:1||Centralized ventilation:1||Centrifugal heat pump:1||Chamber test:1||Changepoint models:1||Circadian rhythm:1||Clean Room(클린룸):1||Coefficient of performance(에너지 성적 계수):1||Cold Energy recovery(냉열회수):1||Cold energy recovery:1||Computer simulation:1||Condenser:1||Condition of supply air:1||Constant air volume(CAV):1||Containment:1||Containment air leakage:1||Control algorithm:1||Cooling:1||Cooling and Hot Water Supply System:1||Cooling efficiency:1||Cooling load:1||Cooling pad:1||Cooling system:1||Cooling tower:1||CoolingHeating energy disaggregation:1||Costperformance factor:1||Counter flow:1||Counterflow type:1||Cross flow:1||Cross ventilation:1||Crossflow configuration:1||Crossflow indirect evaporative cooler:1||Crossventilation:1||DEVap:1||DEVap  cooling  system:1||DEVap cooling system:1||Data Resolution:1||Decentralized ventilation:1||Decoupled system:1||Dedicated  Outdoor  Air  System:1||Dehumidification effectiveness(제습 효율):1||Dehumidificationeffectiveness:1||Demandcontrolled ventilation (DCV):1||Desiccant  enhanced  evaporative  air  conditioner:1||Desiccant dehumidification system:1||Desiccant solution:1||Desiccant system Evaporative cooling systems:1||Desiccant wheel:1||Desiccantenhanced evaporative air conditioner:1||Desiccantenhanced evaporative cooler:1||Design concentration:1||Design factor:1||Design of  Experiments:1||Design of experiment:1||Design of experiments:1||Designs process:1||Determinants:1||Development strength:1||Dewpoint  indirect  evaporative  cooler:1||Dewpoint evaporative cooler:1||Different climates:1||Direct evaporative cooling:1||Directinjection steam humidifier:1||Distributed generation:1||Domestic Hot Water Supply System:1||Domestic hot water:1||Domestic hot water supply system:1||Dry Coil IEC:1||Dry panel:1||Dynamic energy analysis:1||EIFS:1||EOTA:1||Economizer control:1||Economizer cycle:1||Effectiveness:1||Effectiveness and number of transfer unit:1||Efficiency:1||Electrical arrangement:1||Electrical conductivity:1||Empirical models:1||Energy  Performance:1||Energy  consumption:1||Energy Efficiency:1||Energy Saving:1||Energy conservation:1||Energy consumption simulation:1||Energy consuption:1||Energy efficiency:1||Energy perfomance:1||Energy performance simulation:1||Energy recovery ventilator(열 회수 환기장치):1||Energy savings:1||Energy storage:1||Energy usage:1||Energyefficient buildings:1||Energyplus house:1||Energysaving performance:1||Energysaving potential:1||Enthalpy Exchanger:1||Enthalpy effectiveness:1||Envelope leakage:1||Envelope thermal load:1||European Organisation for Technical Apporvals:1||Evaporative Cooling:1||Evaporative cooling(증발냉각):1||Exhaust gas(배기):1||Experimental results:1||Experimental verification:1||Extended Polystyrene Insulation:1||External Thermal Insulation Composite systems (ETICS):1||External resistance:1||Extracondenser(보조응축기):1||Fan pressurization Test:1||Fan pressurization test:1||Feasibility study:1||Field experiment study:1||Field measurement:1||Field test:1||Fieldstudy:1||Figure of merit:1||Finishing material:1||Finite difference method:1||Finitedifference method:1||Free Form Building:1||Free cooling:1||Freecooling:1||Freeform building(비정형건물):1||Freeform building:1||Frost prevention:1||Frost problem:1||Frost temperature:1||Fuel  Cell:1||Fuel  cell:1||Generated electricity:1||Genetic  algorithm:1||Genetic Algorithm:1||Genetic algorithm(유전자 알고리즘):1||Green remodeling:1||Greenhouse:1||Greenhouse heating:1||Ground source heat pump system:1||Ground thermal properties:1||Groundwater velocity:1||Group Code:1||HVAC  control:1||HVAC Energy:1||HVAC energy:1||Headed bar:1||Heat Release:1||Heat and mass transfer:1||Heat exchange:1||Heat exchange effectiveness:1||Heat exchanger design:1||Heat flux sensor:1||Heat reclaim:1||Heat storage:1||Heat storage material:1||Heatdriven system:1||Heatpump(히트펌프):1||Heating Operation:1||Heating equipment:1||Heating load:1||Heating performance:1||Heating season:1||Heating/Cooling:1||Heatingload(난방부하):1||High ambient temperature:1||Highspeed train cabin:1||Hollow fiber membrane dehumidification:1||Hollow fiber membrane dehumidifier:1||Hollow fiber membrane humidifier:1||Hollow fiber membranebased latent heat exchanger(중공사막 적용 잠열교환소자):1||Home:1||Homes:1||Hospital:1||Hot water cooling:1||Humidification amount:1||Humidification performance:1||Humidification system:1||Humidifier:1||Hybrid energy harvester (HEH):1||Hybrid system:1||Hybrid ventilation:1||Hybrid ventilation system:1||Impact resistance Strength:1||Improvement of Thermal Performance:1||Induct ultraviolet germicidal irradiation (IDUVGI):1||Inactivation effect:1||Indirect  evaporative  cooler:1||Indirect  evaporative cooler:1||Indirect evaporative cooling system:1||Indoor Air Quality (IAQ):1||Indoor Air Quality(IAQ):1||Indoor air qulity:1||Indoor thermal comfort:1||Initial test procedure:1||Integrated daylight control:1||Integrated waterside economizer:1||Intermediate Cooling Operation:1||Intermediate heat exchanger(중간열교환기):1||Internal Connection:1||Internal resistance:1||International building code:1||Ionizer:1||Irradiation analysis:1||Isothermal dehumidifier:1||Korean building codeEnvironment:1||LDEOS:1||LED:1||Large building:1||Latent cooling:1||Latent effectiveness:1||Latent heat recovery:1||Leakage airflow modeling:1||LiCl:1||Life cycle cost:1||Liquid  Desiccant:1||Liquid  desiccant  dehumidification:1||Liquid Desiccant System:1||Liquid desiccant (액체식 제습):1||Liquid desiccant airconditioning system(액체식 제습공조시스템):1||Liquid desiccant and evaporative coolingassisted 100% outdoor air system (LDIDECOAS):1||

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