ScholarWorks@Gachon: Bae, Joon Ho

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Bae, Joon Ho (배준호)

BioNano Technology (반도체물리학과)

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Tel 0317505612
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Supercapacitors:13||supercapacitors:5||Carbon nanotubes:5||ZnO:4||nanowires:4||MXene:4||Polyaniline:4||ZnO nanowires:3||Supercapacitor:3||DNA:3||supercapacitor:3||Nanowires:3||Deoxyribonucleic acid:3||Nanocarbons:2||nanocones:2||Nanomaterials:2||carbon nanotubes:2||energy storage devices:2||Graphenes:2||polyanilinepoly(2acrylamido2methyl1propanesulfonic acid):2||Energy storage:2||Conductive polymer:2||hierarchically:2||Quantum computing:2||Lithiumsulfur battery:2||Strain sensor:2||Poly(2acrylamido2methyl1propanesulfonic acid):2||양자 컴퓨팅:2||Cathode:2||Doublelayer interlayer:1||DrudeLorentz oscillator model:1||Durable batteries:1||EDLC:1||Electrocatalyst:1||Electrochemical measurements:1||Electrochemical performance:1||Electrochemical storage:1||Flameretardant:1||Flexible electronics:1||Flexible symmetric supercapacitor yarn:1||Fuel cells:1||Fullerenes:1||Graphene nano platelet:1||Graphene oxide:1||Graphene quantum dots:1||Grover’s algorithm:1||Hard carbon:1||High concentration saline:1||High ionic transference number:1||High temperature:1||Highperformance:1||Hybrid algorithms:1||Interface engineering:1||Ion trap:1||Ionic conductivity:1||Kinetics:1||LFP:1||LiS batteries:1||LiSe batteries:1||Liion transport:1||LiMnO2:1||Lithium–sulfur batteries:1||Lithium ion batteries:1||Lithium batteries:1||Lithium iron phosphate:1||Lithium iron phosphate battery:1||Lithiumselenium batteries:1||MOF/MXene composite:1||MOF/MXene hybrids:1||MXenebased hydrogel:1||MXene/CNT nanocoatings:1||MXene/PANI:1||Mechanical flexibility:1||Mechanical robustness and ductility:1||Metal ion batteries:1||Metal organic frameworks:1||Metalair batteries:1||Metalchalcogenide batteries:1||Metalion batteries:1||Metalorganic frameworks:1||Multidimensional:1||Multidimensional nanocarbon composite:1||Multifunctionality:1||Multiwalled carbon nanotubes:1||Na0.9MnO2:1||Nanoarchitectures:1||Nanostructure imaging:1||NiCo2O4:1||Nickelcobalt layered double hydroxide:1||Nonflammable:1||Operando:1||P(VDFTrFE):1||PAA(Poly Acrylic Acid):1||PANI:1||PANIPAAMPSA:1||Poly(2acrylamido2methyl1propanesulfonic acid) (PAAMPSA):1||Polymer electrolyte:1||Polysulfide conversion:1||Polysulfideblocking:1||Quantum algorithm:1||Quantum bit (qubit):1||Quantum computing in materials science:1||Quantum dots:1||Quantum search:1||Qubit superposition and entanglement:1||Rabi oscillation:1||Safety:1||Scanning algorithm:1||Scanning probe microscopy:1||Se host material:1||Selfadhesion:1||Sidewall imaging:1||Silica:1||Silicon:1||Silicone rubber foam:1||Singleatom catalysts:1||Solid‐state lithium metal batteries:1||Solidstate electrolyte:1||Spray deposition method:1||Surface modification:1||Synergistic integration:1||Temperature tolerance:1||Thermal conductivity:1||Thermotolerant separator:1||Thiolene:1||Through silicon via:1||Ti3C2Tx:1||TiC nanoflakes:1||Variational quantum eigensolver (VQE):1||Waterdispersibility:1||Yarn/fiber supercapacitor electrode:1||Zinc oxide nanorod:1||ZnO nanocones:1||ZnO nanoflower:1||ZnOAu composites:1||activated carbons:1||anionic ringopening polymerization:1||antireflective coating:1||bandgap engineering:1||batteries:1||bending tests:1||boron doping:1||capping layers:1||carbon nanotube:1||carbonatebased electrolyte:1||carrier behavior:1||chemicalphysical synergistic assembly:1||cooling rate:1||copper protrusion:1||crumpled graphene oxide:1||density functional theory:1||deoxyribonucleic acid:1||development:1||electrical conductive film:1||electrochemical capacitors:1||electrochemical energy storage devices:1||electrodes:1||energy storage:1||environmental protection:1||etherbased electrolyte:1||finite element simulation:1||fire retardancy:1||firstprinciples study:1||flexible devices:1||fluorosiliconerubber foam:1||glass fiber filters:1||graphene oxide quantum dot:1||harsh environments:1||heterostructures:1||highsulfur loading:1||in situ hybridization:1||intumescence:1||lithium ion batteries:1||lithium iron phosphate:1||lithiumion capacitor:1||lithiumsulfur battery:1||metalorganic frameworks:1||morphology engineering:1||multifunctionalities:1||nanocarbon:1||oilresistance:1||optical property:1||optical transparency:1||paper:1||photothermal conversion:1||photodetectors:1||photoluminescence:1||piezoelectric properties:1||poly(vinyl alcohol):1||polyimide:1||polyimide film:1||polymer:1||polymer foam piezoresistive sensors:1||polyvinylidene fluoride (PVDF):1||porous PEEK:1||porous membranes:1||power conversion and storage:1||rGO:1||reduced graphene oxide quantum dot:1||reliability:1||reliable detectability:1||safety:1||seaisland model:1||seam defect:1||silicon nanowire:1||silver:1||solar thermoelectric device:1||solid polymer electrolytes:1||superhydrophobic surface:1||terahertz timedomain spectroscopy:1||through silicon via (TSV):1||touch sensors:1||transparent polyimide:1||water processability:1||waterborne coating:1||결깨짐:1||그로버 알고리즘:1||라비 진동:1||암호 해독:1||양자 검색:1||양자 비트 (큐빗):1||이온 트랩:1||3D Li2S electrodeposition:1||하이브리드 알고리즘:1||3D ionic nanochannel:1||3D topography:1||Ammonium polyphosphate:1||Annealing process:1||Anode:1||Anti freezing:1||BaTiO3:1||Battery:1||Binderfree sulfur host:1||Biotemplate:1||CVDgraphene:1||Carbon nanoplatelets:1||Carbon nanotube:1||Carbon nanotube yarn:1||CdSe:1||Chain entanglement structure:1||Chemical vapor deposition:1||Chemical vapor depositiongrown graphene:1||CoAl2O4 spinel:1||Composite sheets:1||Composite solid electrolyte:1||Conducting polymer:1||Conductive hydrogel:1||Conjugated polymers:1||Cryptanalysis:1||CuO nanosheets:1||Decoherence:1||Dipcoating:1||

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1342, Seongnam-daero, Sujeong-gu, Seongnam-si, Gyeonggi-do, Republic of Korea(13120)031-750-5114

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