ScholarWorks@Hanyang University: Yoon, Chong Seung

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Yoon, Chong Seung (윤종승)

COLLEGE OF ENGINEERING (SCHOOL OF MATERIALS SCIENCE AND ENGINEERING)

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Tel 02-2220-0384
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Magnetocaloric effect:11||polyimide:8||MBE:6||lithiumion batteries:5||MOCVD:5||Mn5Ge3:5||crystallization:4||Phospholipid:4||template:4||Lithiumion batteries:4||monolayer:4||nanoparticles:3||Cathode:3||lithium batteries:3||ferromagnetic materials:3||Nanoparticle:3||intercalation:3||Battery:3||Photoluminescence:3||Lipid membrane:3||Microcrack suppression:3||Selfassembly:2||longterm cycling:2||InMnP : Zn:2||secondary cells:2||InMnP : Zn epilayer:2||magnetic nanoparticle:2||Nirich layered Li[NixCoyMn1xy]O2:2||magnetic thin films:2||diffraction gratings:2||Nirich layered cathodes:2||Coarsening:2||Crystallographic orientation:2||electrochemical electrodes:2||NiCoMnAl alloy:2||amorphous silicon:2||solid electrolytes:2||Crystallographic texture:2||annealing:2||Anode:2||anode:2||60nm trench pattern:2||Nanocomposite:2||femtosecondlaserinduced grating:2||microcrack suppression:2||microcracks:2||Magnetic entropy:2||boron doping:2||Nanoparticles:2||transmission electron microscopy:2||carbon coating:2||Magnetic refrigeration:2||cathode materials:2||nanoparticle:2||Martensitic transformation:2||nanorods:2||Polypyrrole:2||coatings:2||Electroplating:2||highenergy density:2||highspeed optical techniques:2||DMS:2||I0500:2||Layered materials:2||concentration gradient:2||Rate capability:2||TiO2:2||coprecipitation:2||Cathode materials:2||Carbon coating:2||Selfassembled monolayer:2||Nirich cathode:2||lithium compounds:2||lithiumion battery:2||Heat treatment:1||Heusler alloy:1||High voltage cathode:1||Hightemperature materials:1||Hydrofluoric acid:1||IIVI semiconductors:1||Imidization:1||InMnP:1||InP:1||Increased Tc:1||Interference crystallization:1||Interlayer water:1||Intermetallic compound:1||Inverse opal:1||Iron doping:1||Kerr magnetooptical effect:1||LaFeSi alloy:1||Layered oxide:1||LiO2 batteries:1||Liion batteries:1||Liion battery:1||Limetal battery:1||Li2O2:1||Li2S cathode:1||LiFrich SEI layer:1||LiXCoO2:1||Li[Ni0:1||Lipid Membrane:1||Lipid bilayer:1||Lipid nanotube:1||Liquidcrystalline membrane:1||Lithium:1||Lithium ion batteries:1||Lithium batteries:1||Lithium battery:1||Lithium titanates:1||LithiumIon Batteries:1||Lithiumion battery:1||Lithiumoxygen:1||Lithiumoxygen cell:1||Lowpolarization:1||Lowtemperature annealing:1||Magnetic properties:1||MaxwellGarnett effectivemedium approximation:1||Mesoporous carbon:1||Metals:1||Methanol electrooxidation:1||Mgcodoping:1||MicroscaleLiFePO4:1||Mn+ ion implantation:1||Mn+implanted GaMnN:1||Mn1Fe4Si3:1||Molecular beam epitaxy (MBE):1||Molecular dynamics simulation:1||NASICON:1||NCA95:1||NCM 622:1||Na battery:1||Naair battery:1||Naion batteries:1||Nanocrystalline metals:1||Nanoindentation:1||Nanopattern:1||Nanosheet:1||Nanosphere Lithography:1||Nanostructure:1||Nanostructures:1||Nanowires:1||Natase TiO2:1||Nb:1||Negative electrode:1||Ni:1||Ni rich nanoparticle:1||Nirich NCM cathode:1||Nirich NCM cathodes:1||Nirich cathodes:1||Nirich layered Li[NixCoyAl1xy]O2:1||Nirich layered Li[NixCoyMn(1xy)]O2:1||Nirich layered Li[NixCoyMn1xy]O2 cathode:1||Nirich layered oxide cathode:1||Ni80Fe20:1||Nonenzymatic:1||O3type cathode:1||Olivine:1||Organic crystal:1||Ptype InCrP:Zn:1||P0300:1||PEMFC:1||Pd nanoparticle:1||Peeloff testing:1||Phase transition:1||Plasmon:1||Polyaniline:1||Polyimide:1||Polystyrene:1||Porous carbon material:1||Post thermal annaling:1||Raman reporter:1||Rapid solidification:1||Refrigeration capacity:1||Rodshape:1||S1000:1||Secondorder phase transition:1||Selfassembled monolayer (SAM):1||Semiconductors:1||Shape:1||Silicon nanowire:1||Silicon oxide nanowire:1||Silver nanoparticles:1||Sintering:1||Sizeconfinement:1||Sizetuning:1||SmFe thin film:1||SmFe2:1||Sn nanoparticle:1||Sn substitution:1||Sodium:1||Softmagnetic property:1||Spatial Intensity Distribution:1||Spincoating:1||Stability:1||Structural changes:1||Structural stabilization:1||Sulfur and nickel doping:1||Supercapacitor:1||Surface Plasmon Resonance:1||Surface enhanced Raman scattering:1||Surface plasmon resonance:1||TEM:1||TEM analysis:1||Ta2O5:1||Tap density:1||Template:1||Thiol Reaction:1||Ti alloy:1||Tin oxide nanoparticles:1||Titania:1||Titanium oxyfluoride:1||Tungsten doping:1||Viscous flow:1||Volumetric capacity:1||W doping:1||XPS:1||ZnO:1||air electrode:1||allsolidstate batteries:1||alloy nanoparticle:1||amorphization:1||amorphous Co2MnSi:1||amorphous alloys:1||amorphous materials:1||amorphous state:1||annealing temperature:1||anode flooding:1||arsenic:1||atomic layer deposition:1||auger electron spectroscopy:1||batteries:1||boron:1||calendar aging:1||capacity fading mechanism:1||carbon:1||carbonencapsulated metal particles:1||cathode:1||cathodes:1||cavitation erosion:1||chemomechanics:1||cobalt alloys:1||cobalt free:1||composite electrodes:1||computational fluid dynamics:1||computergenerated hologram:1||concentration gradient cathodes:1||concentration gradients:1||conversion:1||copper alloys:1||coreshell:1||coreshell with concentration gradient:1||crystal structure:1||crystal structure and symmetry:1||crystallisation:1||cyclability:1||deep levels:1||degradation mechanism:1||dichroism:1||dielectrictometal transformation:1||dilute magnetic materials:1||domain structure:1||electrochemical cycling:1||electrochemical impedance spectroscopy:1||electrochemical reaction:1||electrolyteadditive:1||electrolytes:1||electromagnetic property:1||epsilon martensite:1||ethyl methanesulfonate:1||exchange interaction:1||femtosecond laser:1||femtosecond laser pulses:1||ferromagnetic semiconductor:1||fibers:1||fluoroethylene carbonate:1||fourbeam interference lithography:1||full cell:1||full concentration gradient:1||full concentration gradients:1||gfactor:1||gas crossover:1||gold nanoparticle:1||gradient cathode:1||grain refinement:1||grain size:1||hardfacing alloy:1||heat treatment:1||hot ductility:1||hydrothermal method:1||hysteresis loop:1||imidization:1||impurity states:1||interfaces:1||iron compounds:1||laser applications:1||laser materials processing:1||layered NCA cathodes:1||layered NCM cathode:1||layered cathode:1||layered nickelironmanganese cathode:1||lithium:1||lithiumsulfur batteries:1||lowtemperature:1||magnetic hysteresis:1||magnetic materials:1||magnetic measurements:1||magnetic periodic structure:1||magnetic semiconductors:1||magnetooptical devices:1||magnetooptical effects:1||magnetostriction:1||manganese alloys:1||manganese dioxide:1||membranes:1||metal nanoparticle:1||metal particles:1||metallic glasses:1||metallic islands:1||metallic nanoparticle:1||metallic particle:1||metallic thin films:1||metalorganic chemical vapor deposition:1||metals:1||microphotoluminescence spectroscopy:1||microstrip line:1||microstructural control:1||microstructural degradation:1||microstructure:1||microstructure evolution:1||microstructures:1||mixed potential:1||molecular beam epitaxy:1||morphology:1||multifunctional cathodes:1||nanocrystalline:1||nanoporous materials:1||nanorod:1||nanostructures:1||nanowires:1||nickelrich cathodes:1||nitrogen compounds:1||nonlinear optical properties:1||novel cathode for electric vehicles:1||optical fabrication:1||optical properties:1||ordered mesoporous carbon:1||ptype InP:Be/Mn/InP:Be triple layers:1||paramagnetic materials:1||particle size refinement:1||pattern formation:1||patterning:1||percolation:1||periodic magnetic structure:1||phospholipid:1||phospholipids:1||photonic crystals:1||poly imide:1||polyamic acid:1||positive electrode:1||precipitation:1||precursor analysis:1||rational design:1||rechargeable lithiumair battery:1||reversible chargedischarge process:1||robust cathodes:1||role of manganese:1||selective reaction:1||selfassembly:1||semiconducting indium phosphide:1||semiconductors:1||silver:1||silver oxide:1||sizetuning:1||sodium battery:1||sodium ion batteries:1||sodium perchlorate:1||sodiumion battery:1||soft magnetic:1||solidstate batteries:1||spinel LiMn2O4:1||sputtering:1||steel:1||strain relaxation:1||structure:1||surface:1||surface energy:1||surfaceenhanced Raman spectroscopy:1||thermal stability:1||thin film:1||thin films:1||thin silver film:1||tin alloys:1||titania:1||titanium dioxide:1||transmission electron micrography:1||transmission electron microscopy (TEM):1||tungsten doping:1||twodimensional periodic structure:1||vMultilayer:1||wide band gap semiconductors:1||zinc:1||015]O(2)cathode:1||zinc compounds:1||100Al0:1||3 V:1||3V spinel:1||41 nm trench pattern:1||500nmthick film:1||885Co0:1||ABF:1||AIF(3) coating:1||AIPO(4) coating:1||APTES:1||Active magnetic refrigeration:1||Adhesion strength:1||Adiabatic temperature change:1||Ag:1||Al excess substitution:1||Alsubstitution:1||AlF3 coatings:1||Albumin:1||Alloy design:1||Amorphous metals:1||Amorphous silicon:1||Amperometric:1||Au nanoparticle:1||Boron and Gallium MultiDoping:1||C0200:1||Capacity retention:1||Carboncoated iron oxide anode:1||Carbonatebased electrolyte:1||Catalyst:1||Chemical sensor:1||Chemical synthesis:1||Chemical vapor deposition (CVD):1||CoMn amorphous alloys:1||CoNi alloy:1||Corich amorphous alloy:1||CoPt:1||Composite refrigerant:1||Conducting polymer:1||Copper seed layer:1||Coprecipitation:1||Core/shell:1||Crimplantation:1||Critical behavior:1||Cu seed layer:1||Cu2O:1||Curie temperature:1||Depth of discharge (DOD):1||Direct measurement:1||Discharge capacity:1||Discharge product morphology:1||Disordered spinellike phase:1||Dopingdedopingredoping:1||Dry coating:1||Electrochemical properties:1||Electrodeposition:1||FeMn amorphous alloy:1||Febased amorphous alloy:1||Fe3O4 nanoparticle:1||Femtosecond laser:1||Femtosecond laser pulses:1||Ferromagnetic properties:1||Fourier transform:1||Fuel cell:1||Fuel cells:1||Full concentration gradient:1||Gapfilling capability:1||Gd5Si4:1||Glucose:1||Gold nanoparticle:1||Graphitized carbon black:1||Grating:1||H2 atmosphere:1||HRTEM:1||

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