CAU Scholar's Space: Nam, Inho

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Nam, Inho (남인호)

대학원 (지능형에너지산업융합학과)

Research Area: Nanostructures for Energy Conversion & Storage, DFT Calculations for Energy Materials, Stretchable Energy Storage Systems

Tel 02-820-5936
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Lithium ion battery:7||supercapacitor:7||Graphene:5||Supercapacitor:5||Cobalt oxide:3||Lithiumion battery:3||Anode materials:2||lithium ion battery:2||agarose gel:2||origin of life:2||Oxygen reduction reaction:2||Hg2+ ion detection:2||prebiotic chemistry:2||Li4Ti5O12:2||fluorescence:2||Protonexchange membrane fuel cells:2||anode:2||Amorphous Manganese Oxide:2||microdroplet chemistry:2||Density functional theory:2||Black tea carbon:1||Capillary action:1||Carbon nanotobe:1||Catalytic host:1||Cathode thickness:1||Coelectrodeposition:1||Colorimetric O2 sensor:1||Colorimetric cation chemosensors:1||Composite materials:1||Coordination Environment:1||Cu2+ ion detection:1||DFT calculations:1||Density functional theory (DFT):1||Diffusion coefficient:1||Disulfides:1||ECLSPR:1||Electrocatalytic activity and durability:1||Electrochemistry:1||Electrode material:1||Electrodeposition:1||Electron energy loss spectroscopy (EELS):1||Electrospinning:1||Electrostatic potential:1||Energy storage:1||Energy storage materials:1||Energy storage system:1||Energy storage systems:1||Equivalent circuit control:1||Fe–N–Sdoped carbon composite:1||Flexible configurations:1||Flexible materials:1||Flexible supercapacitor paper:1||Formaldehyde:1||Framework:1||Functional endgroup manipulation:1||Graphite:1||H2Ti12O25:1||Hierarchical current collector:1||High energy density:1||High power density:1||High selectivity:1||Homogeneous interface stress:1||Infiltration:1||LSPR:1||Lattice contraction & expansion:1||Li diffusivity:1||Li+ ion diffusion:1||LiTi oxide multipolymorphs:1||Limetal batteries:1||Li4Ti5O12@rutile TiO2:1||LiNi0.6Co0.2Mn0.2O2 (NCM622):1||Lithiation rate constant:1||Lithium–sulfur battery:1||Lithium Ion Battery:1||Lithium ions:1||Lithium molybdenum oxide nanocluster:1||Lithium polysulfide:1||Lithiumoxygen batteries:1||Low temperature:1||Manganese oxide:1||Mesoporous Metal Oxides:1||Mesoporous carbon nanotubes:1||Metal dendrite:1||Microdroplet:1||Modified air cathode:1||MultiEnzyme Properties:1||Multilayered electrodes:1||Nanocrytalline materials:1||Nanofiber network:1||Nanomaterials:1||Nanostructure:1||NbTiO2 nanotubes:1||Nickel oxide:1||Noncovalent complexations:1||O2 reuptake in black TiO2:1||Ordered Mesoporous Carbon:1||Ordered mesoporous carbon:1||Organic battery:1||Organic reactions:1||PEG addictive:1||Particle radius:1||Particulate matter:1||PoissonBoltzmann equation:1||Poly(ethyleneimine):1||Polyaniline:1||Polydopamine:1||Polyethylene glycol addictive:1||Polyimide:1||Polymer template:1||Porous materials:1||Porous metal:1||Potential control:1||Practical cell:1||Preferential growth:1||Pseudotwodimensional model:1||Psuedocapacitor:1||Pt2+dithiolene:1||Redox mediator:1||Schiff base:1||Selective methane oxidation:1||Single sheet of paper:1||SingleAtom Nanozyme:1||Singleatom structure:1||Sodium strontium lithium titanate:1||Stretchable batteries:1||Stretchable electronics:1||Stretchable supercapacitor:1||Surface corrosion:1||Threedimensional cu current collector:1||Threephase reaction:1||Transparent air filter:1||Xray photoelectron spectroscopy:1||Zincion Capacitors:1||Zn metal anode:1||additive manufacturing:1||allsolidstate:1||areal capacitance:1||avian influenza virus:1||avian influenza virus biosensor:1||carbon:1||cardiac troponin I biosensor:1||chalcogen bonding:1||chemosensor:1||coffee sludge:1||colorimetric:1||colorimetric chemosensors:1||coreshell structure:1||cotton fabrics:1||defect engineering:1||density functional theory:1||density functional theory calculations:1||diketopyrrolopyrrole:1||dual planarhelix structures:1||dualmode biosensor:1||dualtemplating method:1||electrical detection:1||electrical doublelayer capacitor:1||electrical doublelayer capacitor (EDLC):1||electrochemical biosensor:1||electrochemical carbon dioxide reduction:1||electrochemical detection:1||electrochemical supercapacitors:1||electrochemistry:1||electrodeposition:1||encapsulation:1||energy lag effect:1||energy storage:1||flexible:1||flexible electronics:1||functional groups:1||gas diffusion electrodes:1||gel polymer electrolyte:1||graphene:1||graphite:1||halogen bonding:1||high expandable Si anodes:1||high power density:1||hydrochar:1||hydrothermal carbonization:1||inplane manufacturing:1||inspace manufacturing:1||intelligent stressadaptive binders:1||life cycle:1||lithiumion batteries:1||localized surface plasmon resonance:1||lowcrystalline trimetallic catalysts:1||manganese oxide:1||membrane electrode assemblybased electrolyzers:1||mesoporous carbon hollow spheres:1||metal electrodes:1||metal ion:1||metaldoped TiO2 nanotubes:1||micropolygon structure:1||microsupercapacitors:1||multifunctional DNA structure:1||multiple ion detection:1||nTiO2:1||nanobio hybrid materials:1||nanographene:1||organic fieldeffect transistors:1||overlithiation:1||pTiO2:1||passivation layer:1||printed electronics:1||printing:1||purine ribonucleosides:1||pyrimidine ribonucleosides:1||rate capability:1||recycling:1||reduced graphene oxide:1||reliability:1||sensing:1||shearthickening property:1||soft template:1||solidstate supercapacitors:1||solution processes:1||starch binders:1||storage:1||sugar phosphorylation:1||superior ionic diffusion:1||uracil ribosylation:1||vacancy:1||wearable devices:1||wearable heaters:1||(dchpe)Pt(dmit):1||wiretype supercapacitors:1||(diphosphine)Pt(dmit):1||2,2,6,6,tetramethylpiperidinyl1oxyl:1||3D printing:1||Actinmyosin interaction:1||Ag+ ion detection:1||Agarose gel:1||Agarose gel framework:1||Ammonia activation:1||Anode:1||Anode Materials:1||Anodefree batteries:1||Aqueous ZIBs:1||Aqueous Zincion Batteries:1||Aqueous Zn ion batteries:1||Barium titanate:1||Bendable and foldable batteries:1||Biocatalyst:1||Biomass:1||Biosensing:1||

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