ScholarWorks@Korea University: Chung, Jae won

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Chung, Jae won (정재원)

College of Engineering

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Tel 3374
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Spray:4||Electrohydrodynamic (EHD):4||Attemperator:3||Dropondemand (DOD):3||Evaporation:3||Inkjet:2||Droplet evaporation:2||Atomization:2||Flexible electronics:2||Printing:2||Droplet:2||Power plant:2||Oscillation:2||nanophosphor:1||sonolysis:1||Voltage pulse waveform:1||Operating condition:1||printing:1||ablation:1||silver:1||Solute:1||Marangoni Flow:1||Optical traps:1||Droplet size distribution:1||Supercritical water hydrolysis:1||Richardson number:1||photocatalysis:1||titanium dioxide:1||Thermowell:1||One dimensional flow:1||dropondemand (DOD):1||Pulsating fine jet mode:1||Inkjet Printing:1||Picoliter Droplet:1||Diffusion:1||sonoluminescence:1||flux switching machine:1||outer rotor:1||Jetting:1||resonance:1||oscillation:1||Spreading:1||Deaeration:1||flame spray pyrolysis:1||sonophotocatalysis:1||hightemperature superconducting coil:1||Harmonic oscillation:1||Coffee Ring:1||Droplet breakup:1||Yjunction mixer:1||Large eddy simulation:1||Splash:1||Breakup:1||flux regulation:1||hybrid excitation:1||Transient analysis:1||Resonance:1||Geometric parameter:1||nanoparticle:1||gold:1||sintering:1||Nano devices:1||saltassisted FSP:1||luminescence:1||Enthalpy balance:1||Sessile droplet:1||Fuel cell:1||Reformer:1||electrical breakdown:1||nanosecond laser:1||Numerical simulation:1||Biomass:1||finite element method:1||Continuous fine jet mode:1||Deposit:1||Optical tweezers:1||Jet:1||Tbdoped Y2O3:1||bioimage:1||Pulsating droplet mode:1||Nano manipulation:1||Discrete phase model:1||

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