ScholarWorks@Hanyang University ERICA Campus: Kim, Ji Won

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Kim, Ji Won (김지원)

COLLEGE OF SCIENCE AND CONVERGENCE TECHNOLOGY (DEPARTMENT OF PHOTONICS AND NANOELECTRONICS)

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Tel 031-400-5482
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LaguerreGaussian mode:4||crystal growth:4||Beam propagation factor:3||Pellicle:3||Qswitched operation:3||42:3||근적외선 레이저:3||instrumentation:2||Yb fiber laser:2||spontaneous emission:2||ORBITAL ANGULARMOMENTUM:2||nuclear magnetic resonance and relaxation:2||Ytterbium:2||azimuthal polarization:2||Second harmonic generation:2||광섬유 레이저:2||Thulium:2||Optical vortex:2||Fibers:2||ORDER:2||Laser resonators:2||Cylindrical vector vortex beam:2||Diodepumped solid state laser:2||Output power:2||Radial:2||55:2||CsLiB6O10:1||DIODE:1||DYNAMICS:1||Da:1||Deflection:1||Deformation:1||Design of specific laser systems:1||Diodepumped:1||Diodepumped lasers:1||Diodepumped solid state lasers:1||Doped:1||ELEMENTS:1||ERYAG LASER:1||EUV:1||EUV lithography:1||EUVL:1||Enzyme kinetics:1||Equipment Design:1||Er:1||Er,Yb fiber laser:1||Erbium:1||FIBER:1||Feedback:1||Feedback elements:1||Femtosecond laser:1||Fiber laser:1||Fiber lasers:1||GENERATION:1||GREEN:1||Gelatin:1||High energy:1||High repetition rate operation:1||Highpower fiber laser:1||Higherorder modes:1||Hyperpolarization:1||IR lasers:1||Induced damage:1||Infrared lasers:1||LBO:1||LIGHT:1||LINEWIDTH:1||LOCKING:1||Laser cladding:1||Laser performance:1||Laser resonator:1||Laser theory:1||Lasers:1||Lasing wavelength:1||Lithography:1||Low coherent light:1||MODES:1||Maximum:1||Mechanical:1||Mechanistic study:1||Mode filtering:1||Mode selection:1||Multimo:1||NM:1||Nd:1||Nd : YVO4:1||Nd:YAG:1||Nd:YAG lasers:1||Near infrared laser:1||Nuclear magnetic resonance:1||OPERATION:1||OUTPUT:1||Optical Devices:1||Optical vortex beam:1||Optical vortices:1||Output beam:1||Output coupling:1||POWER:1||Polarization extinction ratio:1||Power scaling:1||Powerscaling:1||Pump Beam:1||Pump Power:1||Pumping (laser):1||Qswitched lasers:1||Quasicontinuous wave:1||Quasicw:1||Quasiphase matching:1||ROOMTEMPERATURE:1||Resonator design:1||Ribbon fiber:1||Rz:1||SOLIDSTATE LASERS:1||STABILIZATION:1||SUPPRESSION:1||SYSTEMS:1||Selective excitations:1||Si29 magnetic resonance imaging:1||Signal combiner:1||Silica:1||Silica fiber lasers:1||Single frequency:1||Singlefrequency laser:1||Slope efficiencies:1||Solidstate:1||Solidstate lasers:1||Spectral response:1||Tandempumped lasers:1||Temperature:1||Temperature distribution:1||Thermal Lens:1||Thermal behavior:1||Tmdoped:1||Transverse mode:1||Tunable laser operation:1||Ultrashort pulse propagation:1||Visible laser:1||Volume Bragg gratings:1||WAVEGUIDES:1||Xi:1||YVO4:1||Yb fiber:1||Yb fibre lasers:1||Yb laser:1||Yb 레이저:1||Ytterbiumdoped lasers:1||beam propagation:1||cancer diagnosis:1||chemistry:1||coherences:1||endpumping:1||equipment design:1||fiber laser:1||fibre lasers:1||germanium:1||gold nanoparticles:1||highpower lasers:1||hyperpolarization:1||isotope enrichment:1||laser:1||laser amplifier:1||lasers:1||lithium triborate (LiB3O5):1||magnesiothermic reduction:1||magnetic resonance imaging:1||master oscillator and power amplifier:1||master oscillator power amplifier:1||masteroscillator poweramplifier:1||meltadditive:1||microsecond pulses:1||morphology:1||nanoimaging:1||nuclear magnetic resonance:1||optical fiber lasers:1||other optical materials:1||porous silicon:1||pulse shaping:1||pulsed operation:1||silicon nanoparticles:1||silicon particles:1||siliconcoated gold nanoparticles:1||solid lasers:1||statistical model:1||stimulated Brillouin scattering:1||superfluorescence:1||tandem pumping:1||theoretical model:1||theragnostic system:1||가시광선 레이저:1||고출력 광섬유 레이저:1||이차조화파 생성:1||이터븀 레이저:1||종렬 여기 레이저:1||준연속 레이저:1||(140:1||준위상정합:1||(160:1||1645 NM:1||3480) Lasers:1||3580) Lasers:1||3615) Lasers:1||4760) Optical properties:1||5690) Rareearthdoped materials:1||60:1||6030) Silica:1||AXICON:1||Absorbed pump power:1||Alginate:1||Amplified spontaneous emission:1||Astigmatism:1||BEAMS:1||BEHAVIOR:1||BIREFRINGENCE:1||BOTTLE BEAM:1||BRILLOUINSCATTERING:1||Beam Quality:1||Beam characteristics:1||Beam profile:1||Biodegradable microcapsules:1||C5LiB6O10:1||CAVITY:1||

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