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KIM, DONG EON(김동언)

Department: Dept of Physics(물리학과)

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RADIATION:9||PULSES:8||LASER:7||GROWTH:6||SPECTROSCOPY:5||PHOTOLUMINESCENCE:5||GENERATION:5||NANOWIRES:4||EXTREMEULTRAVIOLET:4||DYNAMICS:4||SYSTEM:4||NANORODS:4||AMPLIFICATION:4||EMISSION:4||PHASE:4||SILICON:3||THINFILMS:3||MIRRORS:3||VACUUM:3||IONIZATION:3||CLUSTERS:3||IMPLANTED GAN:3||OPTICALPROPERTIES:3||SCATTERING:3||FIELD:3||OPTICS:3||PRESSURE:3||CARBON NANOTUBES:2||MATTER:2||SPECTRA:2||MULTIPHOTON IONIZATION:2||SIO2:2||LIGHT:2||DENSITY:2||CARBON PLASMA:2||PULSE:2||multilayer:2||IONS:2||MICROSCOPY:2||ARRAYS:2||CRYSTAL:2||DIFFRACTION:2||SIZE:2||Femtosecond laser:2||NANOCABLES:2||laserproduced plasma:2||LASER FIELDS:2||LASERPULSES:2||ANISOTROPY:2||BEAMS:2||GAUSSIANBEAM:2||GAIN:2||NM WAVELENGTH:2||AMPLIFIED SPONTANEOUS EMISSION:2||N2O:2||FEL:2||NANOPARTICLES:2||FILMS:2||PLASMAS:2||CROSSSECTIONS:2||parametric oscillators and amplifiers:1||ultrafast lasers:1||VALENCE:1||Density modulation:1||Energy modulation:1||Current enhanced SASE free electron laser:1||Undulator radiation:1||FREEELECTRON LASERS:1||nanowires:1||DILUTED MAGNETIC SEMICONDUCTOR:1||LUMINESCENCE:1||OXIDEFILMS:1||ABLATION:1||COMPONENT:1||METAL:1||innershell excited states:1||Nelike ions:1||ULTRATHIN FERROMAGNETICFILMS:1||XUV spectrometer:1||TRANSITIONS:1||DIAGNOSTICS:1||Xray scattering:1||MO/SI:1||pulsed laser deposition:1||KEV IMPACT ENERGIES:1||vacuum electron acceleration:1||HIGHINTENSITY LASER:1||JUNCTIONS:1||LOWTEMPERATURE GROWTH:1||nanocrystalline materials:1||DISPERSION:1||chemical vapor deposition (CVD):1||ELECTRONICSTRUCTURE:1||MOSFETS:1||SI3N4:1||ATTOSECOND CONTROL:1||NEARFIELD:1||MOLECULAR PHOTOIONIZATION:1||LOCALIZATION:1||DEUTERIUM CLUSTERS:1||EXPLOSIONS:1||REGENERATIVE AMPLIFIERS:1||THz radiation:1||FREEELECTRON LASER:1||REALTIME OBSERVATION:1||RAREGASES:1||TARGET:1||photoionized plasmas:1||fs Xray laser:1||emission profile:1||Xray laser:1||atomic transition:1||EXCITATION:1||LASERS:1||PERFORMANCE:1||HIGHORDER HARMONICS:1||RELATIVISTIC ELECTRONS:1||BI2O3DOPED ZNO:1||INNERSHELL IONIZATION:1||Laser wakefield:1||FREQUENCY:1||RAMANSCATTERING:1||nanocomposites:1||OXIDE:1||THERMIONIC EMISSION:1||PULSE AMPLIFICATION SYSTEM:1||BIB3O6:1||NM:1||NONCOVALENT INTERACTIONS:1||COHERENT:1||INTENSITY:1||JETS:1||CRYSTALLINE:1||ANGULARDISTRIBUTION:1||SILVER IONS:1||magnetic anisotropy:1||DEVICES:1||LINE:1||ELECTRONIMPACT IONIZATION:1||Auger transitions:1||CosterKronig transitions:1||EFFICIENT:1||ULTRASHORTPULSE:1||soft Xray reflectivity:1||Nanowire:1||Heterostructure:1||PLASMA ACCELERATOR:1||ZINCOXIDE NANOWIRES:1||CHEMICALVAPORDEPOSITION:1||Electron acceleration:1||LIGHTEMITTINGDIODES:1||MOTION:1||FRAGMENTATION:1||GASJET:1||ultrafast nonlinear optics:1||CYCLE PULSES:1||KHZ:1||TERAHERTZ RADIATION:1||ABSORPTION:1||SCIENCE:1||FIELDS:1||chemical vapor deposition:1||ferromagnetism:1||ELECTRONS:1||nanomultilayer structures:1||YIELDS:1||AUGER:1||SPECTROGRAPH:1||TISAPPHIRE LASER:1||10HZ REPETITION RATE:1||MULTITERAWATT:1||spectroscopy:1||level population:1||HIGHHARMONICGENERATION:1||PARTICLEACCELERATION:1||OPTICAL FREQUENCYMEASUREMENT:1||NANOWALLS:1||ROOMTEMPERATURE:1||CATHODOLUMINESCENCE:1||ROUTE:1||Raman scattering:1||highresolution transmission electronic microscope (HRTEM):1||FEMTOSECOND LASERPULSES:1||ABOVETHRESHOLD IONIZATION:1||DIFFERENCEFREQUENCYGENERATION:1||MAINGROUP THERMOCHEMISTRY:1||ATTOSECOND:1||Ar cluster:1||dilute magnetic semiconductors:1||GACRN:1||Xray astrophysics:1||photoionization:1||irons:1||normal incidence pulsed laser deposition:1||SHELLS:1||gaspuff Zpinch:1||Xray:1||soft Xray reflectors:1||ESCAPE:1||Silicon Oxide:1||SILICA:1||ZN2SIO4:1||MAGNETIC ALLOY SEMICONDUCTORS:1||MOLECULARBEAM EPITAXY:1||EARTHDOPED GAN:1||photoluminescence:1||ELECTRON:1||MASSSPECTROMETRY:1||NUCLEARFUSION:1||CHIRPEDPULSEAMPLIFICATION:1||PARAMETRIC AMPLIFICATION:1||LYING ELECTRONIC STATES:1||ADJUSTABLEPARAMETERS:1||MAGNETICPROPERTIES:1||CEP laser:1||REGION:1||Plasma waveguide:1||LIQUIDPHASE EPITAXY:1||AMBIENT GAS:1||DEPOSITION:1||ENHANCEMENT:1||HARMONICGENERATION:1||Abel inversion:1||imaging spectrometer:1||CHARGEEXCHANGE:1||NOBEL LECTURE:1||VARISTOR:1||EPITAXY:1||Water window:1||Liquid nitrogen jet:1||ALN:1||ultrafast technology:1||PEAK POWER:1||CHARGED ALUMINUM CLUSTERS:1||Electron beam:1||INTENSE:1||Hard Xray pulse generation:1||NONLINEAR THOMSON SCATTERING:1||GaN:1||THIN:1||ATOMS:1||UVvisible spectrometer:1||MULTILAYER:1||innershell transitions:1||CORRECTED CONCAVE GRATINGS:1||thin film:1||reflectivity:1||gain:1||opacity:1||smallangle Xray scattering:1||DISCHARGE:1||SOFTXRAY:1||ZINCOXIDE:1||CYGNUSX3:1||Betatron oscillation:1||ACCELERATOR:1||LASERPLASMA:1||STRAINEDLAYER SUPERLATTICES:1||MAGNETOELECTRONICS:1||ELECTROLUMINESCENCE:1||NANOSTRUCTURES:1||BLUE:1||ASSISTED CATALYTIC GROWTH:1||MUM:1||EXACTEXCHANGE:1||BASISSET:1||APPROXIMATION:1||Beam energy modulation:1||OXYNITRIDES:1||sulfurs:1||BUILDINGBLOCKS:1||polarization spectroscopy:1||REORIENTATION TRANSITION:1||DEPENDENCE:1||RATES:1||toroidal mirror:1||OPTICAL PULSES:1||XRAY LASER:1||CALCIUM:1||radially polarized laser:1||GRAINBOUNDARIES:1||VAPORDEPOSITION:1||Xray generation:1||MAGNETIZATION:1||GAMNN:1||NANOTUBES:1||PHYSICS:1||LUMINESCENCE PROPERTIES:1||GaN nanowires:1||GALLIUM NITRIDE NANOWIRES:1||SILICA SPHERES:1||

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