ScholarWorks@Hanyang University: Oh, Cha Hwan

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Oh, Cha Hwan (오차환)

COLLEGE OF NATURAL SCIENCES (DEPARTMENT OF PHYSICS)

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Tel 02-2220-0926
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Helium:3||Self assembly:3||Opal structure:2||optical trap:2||surface relief grating:2||Photonic crystal:2||Bragg gratings:1||Chemical Bath Deposition:1||Collisional radiative model:1||Collisionalradiative:1||Crystallinity:1||Cs atomic vapor:1||EH mode Transition:1||Electro deposition:1||Exciton:1||Flowcontrolled vertical deposition method:1||Fourier transform:1||Gold nano particle:1||He inductively coupled plasma:1||Inductively coupled plasma:1||Inverse opal:1||Laser induced collisional fluorescence:1||LiDAR sensor:1||Low temperature plasma:1||Mode transition:1||Nanocavity lasers:1||Nanorod:1||Nanoscale waveguides:1||Optical emission spectroscopy:1||Optical escape factor:1||Optical nonlinearity:1||Optical tweezers:1||Photoluminescence:1||Photordc crystal:1||Radiation trapping effect:1||Ray optics model:1||Saturated absorption spectroscopy:1||Seed Layer Effect:1||Spectral line broadening:1||Surface Profile:1||Surface plasmons:1||Surface relief grating (SRG):1||Trapping efficiency:1||Vertically Aligned ZnO Nanorods:1||Wedgeshaped cell:1||Wedgeshaped cell method:1||ZnO:1||amorphization:1||amorphous silicon:1||anchoring energy:1||atmospheric pressure plasma jet:1||atomic force microscopy:1||azo polymer:1||budding yeast cell:1||carbon nanotubes:1||computergenerated hologram:1||continuum radiation:1||crystallization:1||diffraction gratings:1||dipole moment:1||dispersion slope:1||electromagnetically induced transparency:1||embedded systems:1||energy velocity:1||exceptional point:1||femtosecondlaserinduced grating:1||gold:1||group velocity:1||helium:1||interferometric optical tweezers:1||light interference:1||liquid crystal alignment:1||lowpower signal processing:1||nanoparticles:1||optical gradient force:1||optical polymers:1||parallel processing:1||paritytime symmetry:1||plasmonics:1||polymer films:1||pressure gradient force:1||surface plasmons:1||target:1||23SMetastable atom density:1||temperature dependence:1||Absorption:1||Azo polymer film:1||Balmer line:1||Beam optics:1||Boron:1||

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