ScholarWorks@Korea University: Hwang, Yong Ha

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Hwang, Yong Ha (황용하)

Graduate School (Department of Control and Instrumentation Engineering)

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Tel 044-860-1442
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3D printing:6||polydimethylsiloxane (PDMS):2||polydimethylsiloxane:2||magnetic induction:2||Lightemitting diode:1||Magnetic nanodisks:1||Control of magnetic singledomain state:1||equivalent contact angle:1||cylindrical microchannel geometry:1||wireless actuators:1||soft actuators:1||Interlocked structure:1||Gaseous functionalization approach:1||Trace NO2 sensing:1||micro check valve:1||soft bellows actuator:1||standalone:1||biocompatibility:1||Micromagnetic/elastodynamic coupled:1||Threedimensional (3D) printing:1||Variable orifice:1||wireless robot:1||snakeskin inspiration:1||keeled scales:1||PDMS:1||cell counting:1||viability analysis:1||Lensfree shadow imaging:1||Flowfocusing:1||modular soft robot:1||Nonenzymatic glucose detection:1||Electrochemical sensing:1||Enhanced MXene stability:1||thermopneumatic:1||independent actuation:1||Fluorescence detector:1||Magnetoelastic effect:1||Staining free:1||3D microheater:1||liquidgas phase changes:1||DLP 3D printing:1||Crude oil detector:1||Point of testing:1||lensfree cell analyzer:1||finite element model:1||CMOS image sensor:1||3D pneumatic actuator:1||liquid metal:1||soft robot:1||Binderfree growth:1||microfluidic:1||micro actuator:1||microscale:1||Multiferroic heterostructure:1||Droplet generation:1||anisotropic friction force:1||vacuumpowered actuators:1||Controlled MXene thickness:1||Lower electronegativity functional groups:1||Complementary metal oxide semiconductor image sensors:1||Spilled oil analyzer:1||automatic cell analysis algorithm:1||reagentfree:1||LensFree Shadow Imaging Technology (LSIT):1||Magnetic force microscopy:1||LED:1||Highthroughput:1||Cell viability:1||Polydimethylsiloxane (PDMS):1||3D helical inductors:1||ZnO/NiO heterojunction:1||soft actuator:1||replica mold:1||microfluidics:1||3D microfluidics:1||

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