ScholarWorks@Hanyang University ERICA Campus: Hong, Suk Joon

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Hong, Suk Joon (홍석준)

COLLEGE OF ENGINEERING SCIENCES (DEPARTMENT OF MECHANICAL ENGINEERING)

Research Area: 열유체/나노

Tel 031-400-5249
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copper nanowires:4||wearable electronics:4||laser:4||selective laser sintering:3||laserinduced pyrolysis:3||Laserinduced graphene:3||flexible electronics:3||metal nanoparticle ink:3||GRAPHENE:2||metal nanowire percolation network:2||OXIDE:2||soft robots:2||Selective laser sintering:2||DEVICES:2||Lattice structure:2||spin coating:2||LIGHTEMITTINGDIODES:2||Additive manufacturing (AM):2||ARRAYS:2||nanoparticle:2||2D materials:2||oxidation:2||Molecular dynamics simulation:2||POLYOL SYNTHESIS:2||Ti6Al4V:2||ATOMIC LAYER DEPOSITION:2||touch screen panels:2||electronic skin:2||Crack:1||Crack guidance:1||Crystallographic orientation:1||Cu&#8211:1||CuPSP structures:1||DIFFRACTION:1||Design for additive manufacturing (DfAM):1||Directed energy deposition:1||ELECTRONICS:1||Elastomer stamp:1||Electrochromic sensor:1||FEM analysis:1||FILMS:1||Freestanding fiber:1||GANs:1||GLASSTRANSITION TEMPERATURE:1||GlassPDMSGlass configuration:1||Glucose sensor:1||Green electronics:1||HEMATITE NANOROD ARRAYS:1||HIGHPERFORMANCE:1||HIGHPERFORMANCE SUPERCAPACITORS:1||HIGHLY EFFICIENT:1||HIGHLY TRANSPARENT:1||HYBRID ELECTRODES:1||HYDROGENPRODUCTION:1||Hierarchical Nanostructure:1||Hydrophobic surface:1||Hydrothermal growth:1||IR camera:1||Impact strength:1||Infiltration:1||Interfacial bonding:1||Interlayer bonding force:1||LARGESCALE SYNTHESIS:1||LATTICE:1||LIG:1||LONG SILVER NANOWIRES:1||Laser Ablation:1||Laser ablation:1||Laser induced graphene:1||Laser oscillation welding:1||Laser process:1||Laser process for nanomaterial:1||Laser reduction:1||Laser sintering:1||Laserinduced paper sensor:1||Laserinduced pyrolysis:1||Lightweight injection mold:1||Load transfer:1||Mask cleaning:1||Material extrusion:1||Mechanical properties:1||MechanothermoChromic:1||Melt pool dynamics:1||Metal transparent conductor:1||Microheater:1||Micropatterning of polyimide:1||Mie resonance:1||Monitoring:1||Monitoring food status:1||NANOPARTICLES:1||NANOSTRUCTURES:1||NETWORKS:1||Nanoparticle laser sintering:1||Nanoparticle removal:1||Nanowire:1||Ni electrode:1||NiOx nanoparticle ink:1||Nodal energy transfer:1||OPTOELECTRONIC DEVICES:1||OXIDE THINFILMS:1||PERCOLATION NETWORK:1||PHOTOANODES:1||PM2.5 filter:1||POLYMER:1||POLYMER COMPOSITE ELECTRODE:1||POLYPYRROLE:1||Paper electronics:1||Particle contamination:1||Phase change:1||Photoelectrochemical cell:1||Photoreduction process:1||Photothermal reaction:1||Polydimethylsiloxane:1||Polyimide:1||Polyimide film:1||Polyimide microchannel:1||Polymer:1||Polymermetal hybrid structure:1||Powder bed fusion (PBF):1||Pyrolytic jetting:1||RAPID SYNTHESIS:1||Resistive micro heater:1||SENSOR:1||SILVER NANOWIRE:1||SILVER NANOWIRES:1||SOLARCELLS:1||SURFACE:1||Scan pattern:1||Scanning electron microscopy (SEM):1||Selective laser irradiation:1||Selective laser process:1||Selective nanomaterial processing:1||Selective nanomaterial synthesis:1||Selfrestraint test:1||SiCN film:1||Silver nanowire:1||Sintering:1||Size effect:1||Sodium acetate:1||Stretchable transparent conductor:1||Surface buckling:1||Surface electromyography:1||Synthesis:1||TECHNOLOGIES:1||THERMALSTABILITY:1||THINFILMS:1||TIO2 NANOWIRES:1||TOUCH PANEL:1||TRANSPARENT FILM HEATERS:1||Thermoswitchable:1||Transformative approach:1||Void:1||Void reduction:1||WEARABLE ELECTRONICS:1||Warm isostatic pressing:1||Warm isostatic pressing (WIP):1||Wearable device:1||Wearable sensor:1||Wrinkle:1||Xray diffraction (XRD):1||ZNO:1||Zn:1||ZnO:1||ZnO nanowire:1||acid treatment:1||active filter:1||additive manufacturing:1||anisotropic actuators:1||anisotropic thermal expansion:1||auxetic:1||bending test:1||bioinspired air purification:1||biomassbased resin:1||capacitive touch pads:1||circulatory/respiratory system, CO2 removal:1||colorchanging actuators:1||copper nanoparticle:1||copper nanoparticles:1||core&#8211:1||crystallization:1||cylindrical lens:1||deep learning:1||dewetting:1||digital light processing (DLP):1||direct laser writing:1||directional actuator:1||directional thermal expansion:1||dynamic air filter:1||electrocardiography sensors:1||electromagnetic interference shielding:1||electromechanical applications:1||electromyogram sensors:1||electrophysiology sensor:1||electrospinning:1||energy harvesting:1||epidermal sensors:1||epitaxial growth:1||epitaxy:1||flexible:1||flexible electrode:1||flexible electronics manufacturing:1||flexible microheaters:1||flexible substrates:1||force touch:1||functional layer:1||helical:1||hematite nanorod:1||hierarchical nanostructure:1||hierarchical nanostructures:1||humanmachine interface:1||hysteretic phase transitions:1||imperceptible electrode:1||inorganic material:1||interlocking:1||kirigami engineering:1||laser digital patterning:1||laser direct writing:1||laser patterning:1||laser sintering:1||laser transfer:1||laser welding:1||laserinduced forward transfer:1||laserinduced graphene:1||laserinduced hydrothermal growth:1||laserinduced nanowelding:1||laserinduced phase transformation:1||laserinduced phase transition:1||laserinduced thermocapillary flow:1||ligand exchange:1||liquid metal:1||lithographyfree writing:1||local hardening:1||localized heating heterogeneous nanowires:1||low cost:1||low temperature:1||lowtemperature actuators:1||lowtemperature processes, selective laser sintering:1||machine learning:1||metacanvas:1||metal nanoparticle:1||metal nanowire:1||micro lens array:1||microbubble, PM removal:1||modulated assembly:1||moirefree:1||monolithic fabrication:1||monolithic phase integration:1||monolithic sensors:1||nanofiber membrane:1||nanowire percolation network stretchable electronics:1||optical property modulation:1||perforated PDMS microchannel:1||permeability:1||photochemical:1||photoelectrochemical (PEC) cell:1||photoelectrochemical cell:1||photonic sintering:1||photoreducing:1||piezoelectric polymers:1||plasmonic nanoparticles:1||plasmonictuned flash copper nanowelding:1||polydimethylsiloxane:1||polyetheretherketone:1||process conditions:1||process optimization:1||programmable electromechanical properties:1||projection microstereolithography:1||pulse laser:1||pyrolytic jetting:1||radiative cooling:1||realtime reconfigurability:1||resistive memory:1||respirator:1||reusable filter:1||sarcopenia:1||selective etching:1||sensor system:1||shell nanowires:1||silver cyanide:1||silver nanowire:1||silver nanowire percolation network:1||silver nanowire percolation networks:1||silver nanowires:1||soft robot:1||solar heating:1||solar thermoelectric device:1||solar water splitting:1||solidification cracking:1||springs:1||strain rate sensitivity:1||stretchable:1||stretchable and transparent supercapacitor:1||stretchable device:1||stretchable electronics:1||surface analysis:1||surface plasmon:1||sustainable:1||sustainable thermal management:1||temperature sensors:1||threedimension geometry fabrication:1||touch panel:1||transparent:1||transparent actuator:1||transparent conductors:1||transparent energy device:1||transparent filter:1||transparent flexible conductor:1||transparent flexible heaters:1||transparent heater:1||ultrafast and selective phase change:1||unconventional fabrication:1||van der Waals epitaxy:1||van der Waals heterostructures:1||vanadium dioxide:1||variable pore:1||warm isostatic pressing:1||water splitting:1||wearable multichannel electrodes:1||3D microfluidic chip:1||ACTIVE MATERIALS:1||AG:1||ALIGNED CARBON NANOTUBES:1||Ablation:1||Additive manufacturing:1||Adhesivefree bonding:1||Ag:1||Ag nanowire percolation network:1||Ag nanowire percolation networks:1||AgAu coreshell nanowire:1||AgCN microwire:1||Al alloy:1||Anisotropy:1||Artificial intelligence:1||Au nanowires:1||BEHAVIOR:1||Binder jetting (BJ):1||Biomedical device:1||CCD camera:1||COMPOSITE:1||COMPOSITE ELECTRODE:1||CONDUCTING POLYMER:1||Carbon fiber composite:1||Carbonbased supercapacitor:1||Computational fluid dynamics:1||Costeffective fabrication:1||

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