ScholarWorks@Gyeongsang National University: Lee, Tae Kyung

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Lee, Tae Kyung (이태경)

대학원 (나노신소재융합공학과)

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Tel 0557721654
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perovskite:2||perovskite solar cells:2||Ag crystallite formation:1||Alkaline water electrolysis:1||Anodefree lithium metal batteries:1||Antiicing:1||Benzylammonium ligands:1||Blocked isocyanate:1||Blue:1||Chemical corrosion:1||Coulomb interaction:1||CsPbI3 perovskite quantum dots:1||Desalination:1||Diaphragm:1||Dilution:1||Electrode diffusion:1||Electron backscatter diffraction (EBSD):1||Galvanic corrosion:1||J0.metal minimization:1||LEDs:1||Lattice expansion:1||Layerbylayer:1||Ligand:1||Lithium corrosion:1||MD simulation:1||Membrane:1||Molecular simulation:1||Multifaceted anchoring:1||Nanocrystal:1||Nanofiltration membrane:1||Organic solar cells:1||Organic solvent nanofiltration:1||PEEK:1||PPS:1||Perovskite:1||Polyacrylonitrile:1||Polymer structure:1||Polyurethane:1||Polyurethane topcoat:1||Recrystallization texture:1||Reverse osmosis:1||Selfcrosslinkable polymer:1||Shape memory alloys (SMA):1||Sibased anode:1||Solar cells:1||Surface tensile strain:1||Thermal stabilities:1||Thermal treatment:1||Thermally induced phase separation:1||TiZrNbSn alloy:1||VOC:1||Water treatment membrane:1||Waterborne coating:1||allinorganic CsPbI3:1||anisotropic wettability:1||antisolvent:1||bottomup growth:1||cathode–electrolyte interface:1||cathode binders:1||cathodeelectrolyte interface:1||chalcopyrite:1||charged binder:1||colloidal ink:1||conventional perovskite solar cell:1||crystal orientation:1||crystalline silicon solar cell:1||crystallization:1||crystallization kinetics:1||dangling bond:1||dedoping control:1||deeplevel transient spectroscopy (DLTS):1||defectstate control:1||dielectric polymer:1||dopant engineering:1||electrolytes:1||electronic and optoelectronic materials:1||epitaxial growth:1||epitaxial silicon:1||film growth:1||flexible:1||fracture:1||gallium arsenide:1||heatstable:1||highenergydensity lithium batteries:1||highentropy electrolyte:1||highvoltage lithiummetal batteries:1||holetransporting layer:1||hydrogen bonding:1||hydrogen incorporation:1||ion migration control:1||ionically conductive polymers:1||lean electrolyte:1||ligand exchanges:1||ligand passivation:1||lightemitting diodes:1||lightsoaking stability:1||lightweight:1||lithium polysulfide anticlustering:1||lithiumion batteries:1||lithiummetal batteries:1||lithiumsulfurbatteries:1||luminescent solar concentrator:1||metal induced gap states:1||mixed defect dynamics:1||modules:1||molecular design:1||molecularsimulation:1||multilayer solidelectrolyte interphase:1||neuromorphic computing:1||nickelrich layered cathodes:1||oximecarbamate bonding:1||perovskite–polymer hybrid:1||perovskite quantum dots:1||perovskite single crystals:1||perovskite solar module:1||photodetector:1||photoluminescence:1||photovoltaics:1||plasmaenhanced chemical vapor deposition:1||polymer interfaces:1||porous silicon:1||pseudohalide:1||quantum dots:1||reduced dimensional perovskites:1||saturation current density:1||selfhealing:1||silicon heterojunction:1||slotdie process:1||solar cells:1||solidelectrolyte interphase:1||solvation structure:1||spaceconfined growth:1||spalling:1||spiroOMeTAD:1||stabilized intermediate phase:1||succinonitrile:1||surface structuring:1||synaptic plasticity:1||tandem solar cells:1||triboelectric nanogenerator:1||ultrahigh mass loadings:1||1((trifluoromethyl)sulfonyl)piperidine:1||wide temperature:1||4tertbutylpyridine:1||

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