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HWANG, HYUNG JU (황형주)

Dept of Mathematics(수학과)

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GLOBAL EXISTENCE:5||REGULARITY:4||3 DIMENSIONS:4||ESCHERICHIACOLI:3||AGGREGATION:2||DIFFUSION:2||DYNAMICS:2||nonlinear stability:2||driftdiffusion limit:2||SYSTEM:2||CELLS:2||SIMULATION:2||GROWTH:2||INSTABILITY:2||global existence:2||PATTERNFORMATION:2||MODELS:2||energy estimates:2||GENEEXPRESSION:2||BIFURCATION:2||INITIAL DATA:2||PROPAGATION:2||Pattern formation:2||BOLTZMANNEQUATION:2||Chemotaxis:2||chemotaxis:2||BLOWUP:2||STABILITY:2||chemosensitive movement:1||PREVENTION:1||NUMERICAL SIMULATIONS:1||DIMENSIONS:1||Biochemical reactions:1||Reactiondiffusion equations:1||MULTIPLE EQUILIBRIA:1||KINETICS:1||exponential time decay rate:1||GLOBAL CLASSICALSOLUTIONS:1||Nonlinear dynamics:1||Half space:1||KINETICMODELS:1||ADAPTATION:1||BEHAVIOR:1||MEMBRANE:1||IMBIBITION:1||Edge localized modes:1||Absorbing boundary condition:1||Fokker Planck:1||Initialboundary value problems:1||Smooth boundary:1||Velocity jump process:1||BACTERIAL CHEMOTAXIS:1||CROSSREGULATION:1||ANTIGEN:1||Stochastic effects:1||POSITIVE FEEDBACK:1||Dual integral equation:1||hypocoercivity:1||EXISTENCE:1||CLASSICALSOLUTIONS:1||PLASMA PHYSICS:1||bacteria:1||DISPERSAL:1||STATIONARY SOLUTIONS:1||HeleShaw flows:1||FLUID:1||INFINITE VACUUM:1||CHITOSAN:1||Complex GinzburgLandau equation:1||Dynamical features:1||Quasisteady state:1||Bounded domain:1||sensing of gradient fields:1||Travelling wave:1||ionospheric instabilities:1||striations:1||EQUATORIAL SPREAD F:1||BOUNDEDNESS:1||METASTABLE STATES:1||macroscopic equations:1||Pfaffelmoser method:1||SIGNALTRANSDUCTION:1||KELLERSEGEL MODEL:1||Dispersion estimates:1||CAHNHILLIARD EQUATION:1||Thin film equation:1||MAXWELL SYSTEM:1||stability:1||instability:1||Plasma stability:1||Korea superconducting tokamak advanced researches:1||Boundary conditions:1||COLLECTIVE BEHAVIOR:1||nonlinear instabilities:1||ELECTROJET:1||HUMANNEUTROPHILS:1||FIELD:1||FLUCTUATIONS:1||Differentialflow instability:1||REVERSIBLE DIFFUSIONPROCESSES:1||Turing systems:1||Capillary waves:1||Pinnedend boundary condition:1||EDGE CONSTRAINTS:1||TREND:1||KellerSegel:1||pattern formation:1||NONLINEAR STABILITY ANALYSIS:1||STEADYSTATES:1||DRUGDELIVERY:1||MODEL:1||Fokker Planck equation:1||IRREGULARITIES:1||CLOUDS:1||Stochastic chemical system:1||Bistable behavior:1||COMPLEX:1||Freeend boundary condition:1||WAVES:1||VlasovPoissonFokkerPlanck:1||MOMENTS:1||collective behaviour:1||TRANSPORTEQUATIONS:1||kinetic model:1||POINT DYNAMICS:1||EQUATIONS:1||LIQUIDFILMS:1||SURFACEDIFFUSION:1||RUPTURE:1||viscosity gradient driven instability:1||largetime behavior:1||HeleShaw:1||zero surface tension limit:1||nonconstant steady state:1||Filamentary structures:1||Hightemperature plasmas:1||Shear flow:1||Absorbing boundaries:1||global solutions:1||ionospheric plasma:1||RAYLEIGHTAYLOR INSTABILITY:1||TURBULENCE:1||Mixed boundary conditions:1||POTENTIALS:1||Global existence:1||VlasovPoisson:1||Dirichlet boundary conditions:1||VlasovPoisson system:1||uniform L(1)stability:1||INTIME SOLUTIONS:1||spectral theory:1||VlasovPoissonBoltzmann system:1||Plasma diagnostics:1||Nonlinear stabilities:1||Hypoellipticity:1||nonlinear transport equations:1||KellerSegel model:1||POPULATIONS:1||formula:1||Markov processes:1||CELL:1||DISTRIBUTIONS:1||Instability:1||COLLAPSE:1||transport equation:1||internal dynamics:1||DRIFTDIFFUSION LIMITS:1||RECEPTOR:1||initialboundary value problem:1||EQUILIBRIA:1||SYSTEMS:1||collision potential:1||CAPILLARYFLOW:1||MEDIA:1||WATER:1||bifurcation:1||perturbation:1||thin film:1||Tokamak devices:1||Wellposedness:1||MIGRATION:1||IONOSPHERIC PLASMA:1||SYMMETRIC MARKOV SEMIGROUPS:1||Kramers&apos:1||Switching times:1||EQUILIBRIUM:1||TIME DECAY:1||CHEMOTAXIS:1||velocityjump process:1||SYMMETRICSOLUTIONS:1||EQUATION:1||Magnetoplasma:1||Initial value problems:1||

Open Access System for Information Sharing

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Open Access System for Information Sharing

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Publication & Time Cited Count(For the Last 5 years)

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Publication & Time Cited Count
(For the Last 5 years)