ScholarWorks@Korea University: Jeong, Jae hwa

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Jeong, Jae hwa (정재화)

과학기술대학 (전자·기계융합공학과)

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Tel 044-860-1765
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Energy Harvesting:4||PZT:4||Cantilever:2||cantilever:2||Flexure:2||energy harvesting:2||MEMS:2||voice coil motor:2||Piezoelectric:2||Energy harvesting:2||Energy harvester:1||roll printing:1||Multiple degrees of freedom:1||bond graph:1||coupling:1||ScottRussell linkage mechanism (SRLM):1||Halbach magnet array:1||Silicon gel:1||argon:1||electron impact dissociation:1||Bimorph Cantilever:1||piezoelectric:1||hard disk drive:1||gas mixtures:1||helium:1||plasma chemistry:1||plasma simulation:1||magnetic bearings:1||hard disks:1||multilayer:1||triboelectric nanogenerator:1||spherical motor:1||Taguchi Design of Experiments (DOE):1||Tool engineering:1||hydrogen compounds:1||plasma density:1||Flexure mechanism:1||magnetic forces:1||Triboelectric nanogenerator:1||screen printing:1||Broadband:1||Plasma Treatment:1||spherical actuator:1||energy harvester:1||broadband:1||power:1||Resonant Frequency:1||Resonant frequency:1||Precision scanner:1||position control:1||Triboelectric Generator:1||Micromachining:1||piezoelectricity:1||magnetic levitation:1||Triboelectric generator:1||vibration:1||piezoelectric cantilever:1||Cymbal mechanism:1||robust design:1||Langmuir probes:1||nitrogen:1||reaction kinetics theory:1||time optimal control:1||Sliding mode:1||Output enhancement:1||thin film:1||Piezoelectric cantilever:1||Proof mass:1||Plasma treatment:1||triboelectric generator:1||vibration energy harvesting:1||Nanopositioning stage:1||Displacement amplification:1||Voice coil motor:1||Optimal design:1||Staggered electrodes:1||Polyethylene terephthalate:1||Piezoactuator:1||inplane XY theta stage:1||Resonance Frequency:1||Vibration damping:1||electromagnetic actuators:1||

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