ScholarWorks@Soongsil University: Park, Taehyun

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Park, Taehyun (박태현)

College of Engineering (School of Mechanical Engineering)

Research Area: 연료전지, 박막, 신재생에너지, Fuel cell, Thin film, Renewable energy

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Polymer electrolyte membrane fuel cell:10||Solid oxide fuel cell:6||Electrochemical impedance spectroscopy:5||Thin film:4||Oxygen reduction reaction:3||Gas diffusion layer:3||electrochemical impedance spectroscopy:3||Bendable fuel cell:3||Flooding:3||Proton exchange membrane fuel cell:2||Proton exchange membrane fuel cells:2||Solid oxide fuel cells:2||polymer electrolyte membrane fuel cell:2||carbon nanotubes:2||Carbon nanotube:2||proton exchange membrane fuel cells:2||Functional interlayer:2||Pulsed laser deposition:2||Interfacial contact resistance:2||Direct spinning:2||Carbon nanotube sheet:2||고분자 전해질막 연료전지:2||Water management:2||Compressive stress:1||Contact resistance:1||Convolutional neural networks (CNN):1||Crack:1||Crack of Pt thin film:1||Current collector:1||Deposition:1||Direct spinning method:1||Durability evaluation:1||Durability of catalyst:1||Electrical load pattern (전력 부하패턴):1||Electrical short:1||Electrochemical Impedance Spectroscopy:1||Energy storage system (에너지 저장 시스템):1||Exchange Current Density:1||Fault prediagnosis:1||Finite element analysis:1||Finite elements method:1||Flexible device:1||Flexible flowfield plates:1||Flexible fuel cell:1||Flexible fuel cells:1||Flow channel:1||Focused ion beam:1||Foldable fuel cell:1||Force sensitive resistors:1||Fuel Cell Model:1||Fuel cell electric vehicle:1||Fuel cell modeling:1||Fuel cells:1||Gas diffusion layers:1||Harsh condition:1||High Pt utilization:1||Highfrequency impedance:1||Highfrequency resistance:1||Humidifier:1||Increased Pt surface area and vacancy:1||Interface engineering layer:1||LSCF:1||Long shortterm memory (LSTM):1||Low temperature solid oxide fuel cell:1||Lowhumidity:1||Lowtemperature solid oxide fuel cells:1||Lowtemperature substrate:1||Membrane electrode assembly:1||Membrane hydration:1||Membraneelectrode assembly:1||Microporous layer:1||Multiwalled carbon nanotube sheet:1||Nanocomposite:1||Nanoporous layer:1||Nanoporous sheet:1||Nanoporous template:1||Ni anode:1||Ni thinfilm anode:1||NiYSZ:1||North Korea:1||Ohmic resistance:1||Open cathodic structure:1||Opencircuit voltage:1||Optimal catalyst loading:1||Oxygen reduction reaction (산소 환원 반응):1||Oxygen transport:1||PDMS:1||PEMFC (Polymer electrolyte membrane fuel cell):1||PEMFCs:1||Patterned electrode:1||PdFe intermetallic structure:1||PdFe nanoparticles:1||Perovskite (페로브스카이트):1||Pinhole:1||Pipeline nature gas:1||Polydimethylsiloxane:1||Polymer Electrolyte Membrane Fuel Cell:1||Polymer electrolyte membrane fuel cell (PEMFC) Membrane electrode assembly (MEA) Bending fatigue Carbon cloth Bendable fuel cell:1||Polymer electrolyte membrane fuel cell (고분자 전해질막 연료전지):1||Polymer electrolyte membrane fuel cells:1||Polymer electrolyte membrane fuel cells (PEMFC):1||Pore size distribution:1||Power shortage:1||Prebent flowfield plate:1||Pt cathode:1||Pt/C weight ratio:1||Purification:1||Reactants distribution:1||Reactive ion etch:1||Reformate:1||Schmidt number:1||Selfhumidifying:1||Sherwood number:1||Silver nanowire:1||Simulation:1||Small Pt grain:1||Solid oxide fuel cell (고체 산화물 연료전지):1||Spray coating:1||Sputter:1||Sputtering:1||Standard fuel cell model (표준 연료전지 모델):1||Synthesis:1||Thin film cathode:1||Transparent fuel cell:1||Triple phase boundary:1||Tripleconducting oxide (삼중 전도성 산화물):1||Visualization:1||Voltage recovery:1||Water bubbling:1||Water retention:1||Xray spectroscopy:1||abiotic catalyst:1||back diffusion:1||carbon nanotube:1||catalyst layer deterioration:1||catalyst replenishment:1||density functional theory calculation:1||diffusion:1||diffusion characteristic:1||direct formic acid fuel cell:1||direct methanol fuel cells:1||direct spinning:1||flow channel architecture:1||formic acid oxidation reaction:1||fuel cell cleaning:1||iRfree polarization:1||inplane gas dispersion:1||lowhumidity:1||nanoporous sheets:1||nonenzymatic glucose fuel cell:1||polarization:1||pore size distribution:1||proton exchange membrane:1||purifications:1||roughness:1||sandpaper:1||sputter:1||sputtering:1||titanium:1||water management:1||water retention ability:1||고체산화물형 연료전지:1||배관천연가스:1||북한:1||에너지 저장 시스템:1||연료전지 모델링:1||자가 가습:1||저습:1||전력 부하패턴:1||전력 수요공급 균형선:1||전력난:1||증착:1||3Dprinted flowfield plate:1||표준 연료전지 모델:1||Abbreviations:1||Acidtreated CNT:1||Ag nanowire:1||Anodic aluminum oxide:1||Assembly pressure:1||BCFZY:1||Backpressure:1||Bagging ensemble method:1||Balance line of power demandsupply (전력 수요공급 균형선):1||Bendable fuel cell simulation model:1||Bilayer anode:1||Bipolar plate free:1||CNT:1||CNT sheets:1||Carbon cloth:1||Carbon nanotubes:1||Catalyst:1||Catalyst utilization efficiency:1||Catalytic current collecting layer:1||Cathode (환원극):1||Charge Transfer Coefficient:1||Charge transfer reaction:1||

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