ScholarWorks@Korea University: Lee, Won ho

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Lee, Won ho (이원호)

College of Health Sciences (School of Health and Environmental Science)

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Tel 02-3290-5687
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Compton camera:13||MLEM:4||Scintillator:4||CT:3||Xray imaging:3||Monte Carlo simulation:3||Gamma camera:3||PET:2||CdTe:2||CdZnTe:2||GAGG:2||MCNPX:2||Collimator:2||FXCT:2||Active collimator:2||Characteristic Xray:2||Multiple anode PMT:2||FPGA:2||Multiple scattering Compton camera (MSCC):2||Compton imaging:2||Imaging:2||LaCl(3)(Ce):2||Spectroscopy:2||Detectors:2||Xray fluorescence (XRF) imaging system:1||nuclear imaging:1||Compton Imaging:1||Targeted alpha therapy (TAT):1||Ac225 radionuclide:1||Pixelated CZT detector:1||Energy window:1||CZT crystal:1||Neutronactivated prompt rays:1||Characteristic elemental intensity ratio:1||Fluorescent Xray computed tomography (FXCT):1||Minimum Required Detection Time:1||Cadmium zinc telluride:1||compton camera:1||weighted listmode maximum likelihood estimation:1||3D single positionsensitive LYSO scintillator:1||voxel phantom:1||Subgrain boundary:1||Compton camera (electronic collimation):1||URA collimator:1||Thermal hyperadesia:1||3차원 콜리메이터:1||Compton:1||XRF:1||gamma camera:1||Maximumlikelihood position estimating:1||CMOS devices:1||noisepower spectrum:1||Sequence tracking method:1||convolutional neural network (CNN):1||Positionsensitive:1||Glazes:1||Scintillators:1||Absorption:1||Virtual FrischGrid CZT:1||Iodine131:1||ScatterCorrection:1||Nuclear fuels:1||Bragg peak:1||Prompt gammaRays:1||crystal defects:1||Deterministic method:1||KTMAN2:1||Xradiation:1||Allodynia:1||3D assembly of many voxel collimators:1||Amplification Circuit:1||radiation effects:1||dual camera:1||scintillator:1||수정체 선량:1||전산화 단층촬영:1||Eye lens dose:1||Data models:1||BNCT:1||SrI2:1||nondestructive testing system:1||Scattering:1||Sensitive nonlinear iterative peak clipping algorithm (SNIP):1||Detection of contraband materials:1||Minimum detectable concentration (MDC):1||Yttrium90:1||UMo:1||semiconductor PET:1||Multiplescattering Compton imager (MSCI):1||characteristic Xray:1||위치민감형 증폭 광 다이오드:1||최대값 고정 회로:1||PSAPD:1||MURA:1||multiple modality:1||detective quantum efficiency:1||digital radiography:1||Hybrid camera:1||LaCl3 (Ce):1||CZT detector:1||Deep learning:1||Xray fluorescence (XRF) imaging:1||Unmanned aerial vehicle:1||OrganAbsorbed Dose:1||PGI:1||Nuclear facility regulation:1||DOI coded aperture imager:1||Array Structure:1||Radiation Monitoring:1||Drift time method:1||Compton PET:1||Falloff position of the Bragg peak:1||multiplescattering compton camera:1||Limited angular response:1||electronic collimation:1||Hybrid:1||Semiconductor detector:1||Advanced PET:1||선량감소:1||Depth of interaction:1||차폐용 bismuth:1||bismuth shielding:1||Hybrid update maximum likelihood:1||Multiple interaction events:1||Bias Quantification:1||Epidemiological Study:1||radioactive pollution:1||Prompt gammaray neutron activation analysis (PGNAA):1||Pixelated scintillator:1||Spatial resolution:1||virtual Frischgrid detectors:1||Boron neutron capture therapy (BNCT):1||Prompt gammaray:1||Neutronactivated prompt gammaray:1||Defects:1||Teinclusions:1||Fluoroscopy:1||TLD:1||Inflammatory pain:1||3차원 적층구조의 복셀화된 콜리메이터:1||미분 회로:1||Dose reduction:1||4pi field of view:1||Dual imager:1||flatfield correction:1||image evaluation:1||image sensors:1||URA:1||CdTe semiconductor detector array:1||Fluorescence:1||Material analysis:1||solid scintillators:1||Compton SPECT imaging:1||Virtual Frischgrid cadmium zinc telluride (CZT):1||Bremsstrahlung imaging:1||Compton SPECT:1||GATE simulation:1||Derenzolike phantom:1||Singlephotonemission computed tomography:1||(U, Gd)O2:1||Antimask Subtractive Method:1||Parallel hole collimator:1||Monte Carlo study:1||Filtered backprojection:1||Frischgrid:1||chargeloss correction:1||CdTeSe:1||MURA (mechanical collimation):1||Mechanical collimation:1||iNOS:1||Spontaneous pain:1||증폭 회로:1||Iterative reconstruction:1||4 pi FOV:1||expectation maximization (hMLEM):1||Training:1||Zinc:1||deep learning:1||Table lookup:1||Cameras:1||Image reconstruction:1||Threedimensional displays:1||Hybrid update maximum likelihood expectation maximization (hMLEM):1||Gammacamera:1||UO2 Pellet:1||Compton imager:1||Iterative reconstruction method:1||Neutronscatter camera:1||Born uptake regions (BURs):1||Lanthanum bromide (LaBr3:Ce):1||Adaptive method:1||Characterization:1||Electronic collimation:1||2D CdTe detector:1||threedimensional collimator:1||Image evaluation:1||Differential Circuit:1||Peak &:1||Hold:1||CZT:1||Phantoms:1||Conversion Coefficient:1||Monte Carlo Method:1||Metals:1||Modified Uniformly Redundant Array Coded:1||Aperture:1||3D dose distribution:1||Proton therapy:1||SinglePhoton Emission Computed Tomography (SPECT):1||Semiconducting IIVI materials:1||Cubic gamma camera:1||Uncertainty factor:1||Osteoarthritis:1||반복적 영상재구성:1||Monolithic crystal:1||CMOS detector:1||hybrid camera:1||uniformly redundant array (URA):1||Dual antimask method:1||

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