fnctId=profl,fnctNo=237 인물소개 리스트 Ko, Changhyun Inorganic Materials Chemistry Lab 5-357 Based on the understanding of these phenomena, IMC have been achieved the property improvements of the nano-structured materials by the regulation of the interface. 자세히보기 Gu, Boram Multiphysics Multiscale Modelling Lab 4-411 Our research interests lie in the areas of mathematical modelling of physical phenomena present in chemical, environmental and biological systems. 자세히보기 Kim, Doheyoung Chemical Process Laboratory for Advanced Materials 5-402 lorganic Chemical Vapor Deposition, Surface and Gas-Phase Reaction Kinetics, Surface Science and Engineering 자세히보기 Kim, Donghun Functional Porous Materials Lab 4-407,8 Synthesis and surface functionalization of porous inorganic materials, Control of crystal growth and morphology, Molecular sieve membranes, Electrocatalysts 자세히보기 Kim, Youngdae Conductivity high-molecular lab 4-309 Synthesis of Conducting Polymers and Its Derivatives for ER Fluid Applications, Development of Effective ER Fluids 자세히보기 Kim, Taekhyeon Lab.of Organic Synthesis 5-356 Our major research interests involve the following developments, Organic synthetic methods and synthesis (i) asymmetric synthesis using organocatalysis or chiral auxiliary, and (ii) polymer attached reagents. Electronically or biologically active molecules (i) organic electroluminescence chemicals for the sensor, (ii)design and synthesis of drug, and (iii) polymer additives. 자세히보기 Ma, Byungchol Process Safety System Lab. 5-411 Process safety system laboratory studies technologies and measures to optimize responses to prevent accidents and losses that may occur in chemical processes, and currently conducts simulation of chemical process Release and dispersion, wet-scrubbing process of hazardous chemicals, and development of contents for education and training related with hazardous chemicals using VR/AR technology. 자세히보기 Park, Yong-il Functional Nanomaterials Lab 5-350 Synthesis of Nanoparticles, Surface Modification/Bioconjugation, Biomedical Application, Energy Storage/Conversion 자세히보기 Park, Jonghyun Semiconductor Materials & Optoelectronic Devices Lab 5-251 The Semiconductor Materials & Optoelectronic Devices Lab is conducting research on organic/inorganic hybrid semiconductor materials and optoelectronic devices. 자세히보기 Song, Daesung Process & Safety Engineering Lab(PSEL) 5-417 Bio/Chemical Process System Engineering 자세히보기 Yun, Jeongwoo Electrochemical Energy Materials Lab. 5-408 Our group is researching on basic energy sciences and energy materials for high energy conversion and storage including fuel cells, solar cells and capacitors. Also, our researches cover the fundamental understanding of catalytic processes and developments of highly active catalysts for electrochemical conversions for direct use of hydrocarbon fuels including biogas in fuel cell system. 자세히보기 Lee, Moosung Polymer Hybrid Materials Lab 5-142 The polymer hybrid materials lab is exploring the processing-morphology-property relationship of polymers to create new materials with tailored properties. The control of interfacial property is the key for success. 자세히보기 Lee, Sanghyun Nanoscale Phenomena and Materials Lab. 5-130 The LEE research group focuses on engineering nanomaterials and understanding the novel physics and chemistry required to control the nanoscale structure and properties of these complex systems. For this study, we synthesize low-dimensional materials including nanowire, nanotube and 2D-materials. And we study the physical or chemical phenomena at the surfaces or interfaces of nanomaterials due to charge transfer and recombinations. 자세히보기 Lee, Yunsung Energy Conversion and Storage System Lab 4-415 Lithium, Secondary Battery, Capacitor, Solar Cells, Fuel Cells 자세히보기 Rhee, Jongil Biochemical Engineering Lab 5-339 DNA Recombination Technology for the Production of Protein, Enzymes and bolites, Development of Bioprocess Technology based on On-Line Moni.. 자세히보기 Lee, Hyunyong Photonic materials and devied Lab 5-246 Design, Fabrication and Applications of Photonic Crystals & Quasi-Crystals, Optical Bio-Sensors based on the Planar Lightwave Circuits, Char.. 자세히보기 Jun, Youngsi Separation and Energy Conversion/Storage Process Lab.(SEPL) 5-416 My research interests lie in developing, synthesizing and characterizing target-oriented materials with integrated nanoscale to macroscale functionalities for applications in separation, sensing, and energy conversion/storage systems. 자세히보기 Cho, Sungjune Clean Energy Technology Lab 4-414 Synthesis and Characterization of Nano-Structured Materials Using X-Ray Absorption Fine Structure, Solid Nuclear Magnetic Resonance, Transmi.. 자세히보기 Ha, Kwang Nano materials Lab 5-254 From clean energy research room the hydrogen store, functional characteristic or the mother-in-law and daughter-in-law of young and old re-synthesis and the methane select a value technique with central subject of clean energy circle relation research and development and they accomplish a research. 자세히보기 Ha, Junseok Nano Photonic Devices Laboratory 5-137 Research and Development of functional photonic materials and devices. Light-Emitting Diodes (LEDs) and Solar Cells. 자세히보기 Han, Eunmi Opto-electron Research Lab 5-146 Design, Fabrication and Application of Organic Light Emitting Diodes, Characteristics and Application of Organic Solar Cells (OPVC) and Dye .. 자세히보기 Han, Jonghun Nanocarbon Convergence Materials Lab 5-141 We are studying on synthesis of Carbonnanotube/Graphene and application of them. 자세히보기 Hong, Changkook Polymer Energy Materials Lab 5-405 The laboratory researches on energy materials for energy conversion and energy storage devices. 자세히보기 Daehoon Han Smart Materials Processing Laboratory 4-313 The Smart Material Processing (SMP) Lab focuses on the characteristics and application technologies of smart materials that have received great attention in various fields. 자세히보기 Kim, Hyeonghun Hybrid Thin Film Processing Laboratory ENG 5-251 The Hybrid Thin Film Process Research Laboratory utilizes advanced vapor deposition technologies such as PVD, CVD, and ALD to study the thin film formation of various materials, including semiconductors, conductive polymers, perovskites, and metal-organic frameworks (MOFs). By applying these processes to diverse fields such as semiconductor devices, optical sensors, gas sensors, biosensors, and solid-state batteries, the lab is developing devices with excellent stability and performance, with the goal of creating innovative devices that integrate new functionalities. 자세히보기