ScholarWorks@Hanyang University: Park, Kwan Kyu

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Park, Kwan Kyu (박관규)

COLLEGE OF ENGINEERING (SCHOOL OF MECHANICAL ENGINEERING)

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Tel 02-2220-0439
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CMUT:12||Capacitive micromachined ultrasonic transducer (CMUT):6||Transcranial ultrasound stimulation:5||Lamb wave:3||Chemical Sensor:3||Neurostimulation:3||Fresnel Lens:3||substrateembedded springs:3||piezoelectric material:3||Lamb waves:3||Dualmode conversion:3||Acoustics:3||Optimization:2||ultrasonic touchscreen:2||PCMUT:2||PIRF:2||PMNPT sensor:2||Ultrasonic:2||photoacoustic:2||Ultrasound:2||carbon nanotube:2||Acoustic Radiation Force:2||Synthetic aperture imaging:2||delayandsum image:2||Focused Transducer:2||Wedge transducer:2||Electronic Nose:1||Fetal heart location (FHL):1||Fetal heart rate (FHR):1||Fingerprint:1||Fingerprint imaging:1||Focused transducer:1||Fractional bandwidth (FBW):1||FrequencyModulated Waveform:1||Gesture recognition:1||Global index map:1||Graphene nanoplatelet:1||Hollow glass micro particles:1||Imaging:1||Impediography:1||Incident Wave:1||Insulation:1||MEMS resonator:1||Machine Learning:1||Matching layer:1||Medical Ultrasound Transducer:1||NavierStokes equations:1||Neural Network:1||Neuromodulation:1||Nonflexural parallel piston movement:1||Patterned interference radiation force:1||Piezoelectric:1||Point spread function image:1||Pressure Sensor:1||Radon Transform:1||Reflectance function:1||Reflected Wave:1||Resonant chemical sensor:1||Road depression:1||SONAR:1||Sensitivity:1||Separating Waves:1||Silicon:1||Simulated Annealing:1||Simulation:1||Sinkhole:1||Sliding mode:1||Sparse Array Transducer:1||Stability:1||Surface abrasion:1||Temperature:1||Temperature measurement:1||Thermal stability:1||Time of Flight:1||Timeaveraged secondorder pressure:1||Transcranial focused ultrasound stimulation:1||Transducer:1||Transducer Design and Fabrication:1||Transmission efficiency:1||Triboelectric nanogenerators:1||Twodegree of freedom (DOF):1||Ultrasonic transducer:1||Ultrasound 3D Imaging:1||Ultrasound Neuromodulation:1||Ultrasound imaging:1||Ultrasound touchscreen:1||V(z) technique:1||Waveguide:1||acoustic absorber:1||acoustic lens:1||acoustic radiation force:1||acoustic radiation pressure:1||active noise canceling:1||active noise control:1||active reflection control:1||adaptive gain control:1||angle of incidence:1||bladder volume:1||bonding:1||capacitive micromachined ultrasonic transducer (CMUT):1||capacitive micromachined ultrasonic transducers (CMUTs):1||chemical sensor:1||crack detection:1||cymbal transducer:1||delay and sum image:1||dielectric charging:1||direct touch:1||direct wafer bonding:1||electrical breakdown:1||femoral:1||fingerprint imaging:1||flextensional transducer:1||focus:1||gastrocnemius:1||high intensity focused ultrasound (HIFU):1||high pressure:1||highefficiency output pressure:1||humidity detection:1||impedance mismatch:1||impediography:1||lamb wave:1||largepanel touchscreen:1||laser ultrasonic:1||leastsquares method:1||local oxidation of silicon (LOCOS):1||lowfrequency transducer:1||mold:1||multichannel oscillators:1||multilayer sensor:1||multipoint detection:1||mutual acoustic coupling:1||near field imaging:1||nearfield imaging:1||neuromodulation:1||nonresonance model:1||noncontact NDE:1||nonflexural piston movement:1||optical ultrasound:1||parasitic capacitance:1||particle manipulation:1||patterning of silicon via oxidation:1||photoacoustic (PA):1||piezo material:1||piezoelectric ceramic:1||piezoelectric polymer:1||piezoelectricity:1||piston parallel motion:1||polydimethylsiloxane (PDMS):1||resonance model:1||single shot:1||single shot imaging:1||smart skin:1||squeeze film damping:1||stacked piezoelectric transducer:1||strain sensor:1||stress tensor:1||stretchable:1||tonpilz transducer:1||transcranial focused ultrasound (tFUS):1||ultrasound:1||ultrasound (US) imaging:1||ultrasound emission mechanism:1||underwater:1||underwater vehicle:1||unmanned underwater vehicle (UUV):1||varying pressure:1||vented CMUT:1||waveguide:1||wearable device:1||wide bandwidth:1||zero bias:1||단층촬영:1||대역폭:1||라돈 변환:1||시간지연:1||시뮬레이션:1||압전 소자:1||음향:1||음향 임피던스:1||의료용 초음파 트랜스듀서:1||전파시간:1||정합층:1||초음파:1||2D sparse array:1||트랜스듀서:1||3D imaging:1||Acoustic Impedance:1||Acoustic Vortex:1||Acoustic microscopy:1||Acoustic paritcle manipultaion:1||Acoustic streaming:1||Airbone ultrasound:1||Airborne transducer:1||Airborne ultrasound:1||Autocorrelation function (ACF):1||Average volume displacement:1||Bandwidth:1||Biometric identification:1||CNTsPDMS composite:1||CO2 detection:1||CO2 polymers:1||Capacitive micromachined ultrasonic transducer:1||Chemical sensor:1||Computed Tomography (CT):1||Delay and Sum:1||Dielectrics:1||Doppler ultrasound:1||Dualmode imaging:1||EMG signal:1||Elastic property:1||

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