CAU Scholar's Space: Park, Joong Yull

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Park, Joong Yull (박중열)

공과대학 (기계공학부)

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Tel 02-820-5888
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microfluidics:3||Microwell array:2||PDMS:2||computational fluid dynamics (CFD):2||Lshaped microwell:2||baffle:2||Bioengineering:2||centrifugal force:2||centrifugal microfluidic systems:2||hypergravity:2||cell aggregation:2||kinetic power:2||labonaCD:2||3D spheroid:2||3D bioprinting:2||COVID19:1||CPU pins:1||Canceronachip:1||Cell analysis:1||Cell pairing:1||Centrifugal force:1||Centrifugal microfluidics:1||Circulating flow:1||Computational fluid dynamics:1||Computational fluid dynamics (CFD):1||Concave microwell:1||Coriolis force:1||Curved blade design:1||DKK3:1||Diffusion gradient:1||Double casting:1||Effective conductivity:1||Electrical conductivity:1||Electromagnetic generator:1||Embryoid body:1||Energy harvesting:1||GC1 cell:1||High aspect ratio structure:1||Human error:1||Hybrid generator:1||Hydrophilic surface modification:1||Hydrosilylation:1||Hydroxyl groups:1||Immunotherapy:1||InPerson Class:1||Intravesical administration:1||Issue 131:1||Issue 153:1||Kinetic power:1||Magnet array:1||Magnetic force:1||Micro wind turbine:1||Microfabrication:1||Microfluidic gradient chip:1||Microfluidics:1||Micropatterning:1||Microplatform:1||NonFacetoFace:1||Nonmuscle invasive bladder cancer (NMIBC):1||Offplane bifurcation:1||Oligomeric assemblies of amyloid beta:1||Online Education:1||Organ regeneration:1||Ovarian cancer:1||Pglycoprotein:1||Paclitaxel resistance:1||Patientspecific expiratory flow pattern:1||Portable power source:1||Radial displacement:1||Radiofrequency ablation:1||Renewable energy:1||Rotating airflow in trachea:1||STO feeder cell:1||Schwann cells:1||Silicone elastomer:1||Slinky:1||Solar updraft tower:1||Spheroid:1||Stem cell behaviors:1||Stem cell fate:1||Stem cell microenvironment:1||Substrate deformation:1||Thermal conductivity:1||Threedimensional human airway geometry:1||Throughhole array:1||Transwell insert:1||Triboelectric generator:1||Urinary bladder neoplasms:1||acoustic:1||alendronate:1||alternative membrane structure:1||bone plate:1||cell loss minimization:1||cell pairing:1||cell separation:1||celltocell interaction:1||cellular interaction:1||central guide post:1||chondrogenic:1||circulating flow:1||cochlear implant:1||computational fluid dynamics:1||concave microwell:1||crosstalk minimization:1||deafness:1||dielectrophoretic:1||drug delivery:1||fabrication:1||filtering:1||floating on water:1||funnellike entrance:1||gas turbine:1||gobletshaped microwell:1||heat transfer:1||hepatocyte spheroid:1||highthroughput analyses:1||hydrodynamic:1||inner ear neurons:1||labonachip:1||largearea membrane:1||longterm operation:1||magnetic:1||mechanical principles:1||microdroplets:1||microengineering:1||microfluidic circuits:1||microfluidic fuel cell:1||microfluidic valves:1||micronscale thickness:1||microtechnology:1||myelination:1||natural convection:1||networked microwell:1||noncontact coculture:1||omegashaped microwell:1||optical:1||organoids:1||osmotic pump:1||osteochondral tissue:1||passive pump:1||polydimethylsiloxane membrane:1||radial seal:1||sealing effectiveness:1||single cell trapping:1||solar updraft tower:1||solar updraft tower (SUT):1||spermatogonial stem cell (SSC):1||spheroid culture:1||spheroids:1||stem cells:1||substrate deformation:1||surface coating:1||vancomycin:1||vortex:1||waveshaped rim seal:1||βcatenin:1||대면 강의:1||비대면:1||온라인 교육:1||코로나19:1||3D cell culture:1||3D cell spheroid:1||3D curved microwell:1||3D in vitro models:1||3D microstructure:1||Angular alignment:1||BCG vaccine:1||Bacillus Calmette–Guérin (BCG):1||Baffle location:1||Bead:1||Biocompatibility:1||BisphenolA (BPA):1||Bladder cancer:1||Boiling water:1||

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84, Heukseok-ro, Dongjak-gu, Seoul, Republic of Korea (06974)02-820-6194

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