ScholarWorks@Hanyang University: Kim, Chan Hyeong

Detailed Information

Kim, Chan Hyeong (김찬형)

COLLEGE OF ENGINEERING (DEPARTMENT OF NUCLEAR ENGINEERING)

Research Area: 원자력공학, 방사선방호, 방사선계측, 의학물리, Nuclear Engineering, Radiation Protection, Radiation Measurement, Medical Physics

Tel 02-2220-0513
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Monte Carlo:63||Geant4:51||Monte Carlo simulation:30||즉발감마선:22||Compton camera:21||양성자 치료:20||ICRP reference phantom:16||몬테칼로 전산모사:16||Proton therapy:16||몬테칼로:15||컴프턴 카메라:15||몬테칼로 선량계산:14||proton therapy:11||ICRP:11||simulation:9||콤프턴 카메라:8||Prompt gamma:8||디지털 실리콘 광증배관:8||dosimetry:7||Compton imaging:7||내부피폭:7||GEANT4:7||Effective dose:6||복셀팬텀:6||감마 버텍스 영상:6||감마선 영상:6||영상재구성:6||SPECT:6||다중 슬릿 즉발감마선 카메라:5||대면적 콤프턴 카메라:5||prompt gammas:5||Inspection with gamma rays:5||빔 비정:5||메시 모델:5||MCNPX:5||mesh:5||voxel model:5||폴리곤 팬텀:5||Gamma electron vertex imaging:5||Multislit promptgamma camera:4||양성자 빔 비정:4||인체전산팬텀:4||산업용:4||Hybrid imaging:4||mesh phantom:4||고유흡수분율:4||ICRP 표준팬텀:4||Beam range verification:4||prompt gamma:4||Electrons:4||phantom:4||CsI(Tl):4||Dose coefficients:4||신호처리회로:3||Korean:3||유효선량:3||dose coefficient:3||tetrahedral mesh:3||섬광검출기:3||DAGMC:3||proton range:3||validation:3||voxel:3||voxel phantom:3||optimization:3||DICOM:3||자세 변형:3||radiation measurement:3||소아 표준팬텀:3||effective dose:3||Quality assurance:3||PHITS:3||소조사면:3||computational human phantom:3||Voxel:3||neutrons:3||Compton Camera:3||computational phantoms:3||4D CT:3||Industrial SPECT:3||반응 깊이 추정:3||MCNP6:3||Gamma radiation:3||Industrial process diagnosis:3||양면 스트립형 실리콘 검출기:3||Dose calculation:3||삼차원 영상:3||ionization:3||Dose coefficient:3||CAD:3||medical imaging:3||복셀 팬텀:3||피부선량:3||skeleton:3||Tetrahedral mesh:3||핵물질 감시:3||Monte carlo:3||호흡기:3||Computational phantom:3||detailed eye model:3||메시:3||Mesh:3||멀티플렉싱 시스템:2||FPGA:2||메시형 임신부 표준팬텀:2||메시형 팬텀:2||Diverging collimator:2||Prompt gamma imaging:2||모션 캡쳐:2||Unstructured mesh:2||VMAT:2||Validation:2||Promptgamma:2||Voxel phantom:2||CT 선량:2||Voxelization:2||방사성폐기물:2||방사형:2||부호화구경 카메라:2||MicroLion chamber:2||비정 불확실성:2||빔 비정 결정:2||pediatric phantom:2||Monolithic scintillator:2||photons:2||physical phantom:2||physics models:2||Monte Carlo dose calculation:2||선량 검증:2||artifact:2||polygonsurface phantom:2||positionsensitive detector:2||body size:2||4D radiation therapy:2||Gamma imaging:2||radiation dosimetry:2||radiation shielding:2||소장:2||Radiotracer:2||computational phantom:2||시간 분해능:2||시뮬레이터:2||reference Korean:2||신호처리 시스템:2||Consumer products:2||NORM:2||알고리즘:2||conversion:2||Range uncertainty:2||Range verification:2||양전자 방출 단층촬영법:2||NaI(Tl) scintillator:2||database:2||에너지 분해능:2||Doublescattering:2||Reference Korean:2||Neutrons:2||외부피폭:2||Coded aperture:2||Dualmode:2||detector simulation:2||Beam quality correction factor:2||4D:2||dose calculation:2||tetrahedron:2||HDRK phantoms:2||이중모드:2||PARaDIM:2||감마 단층 촬영:2||감마 볼텍스 영상:2||자세변형:2||doublescattering:2||장기선량:2||감마전자꼭지점영상법:2||감쇠계수:2||DSSD:2||PRIDE:2||전치증폭기:2||4D Monte Carlo:2||Energy calibration:2||Compton edge:2||광다이오드:2||Simulation:2||Detection of defects:2||MCNP:2||내부 오염:2||Small field:2||컬러해부영상:2||컴프턴 영상 장치:2||MLC:2||콜리메이터:2||Abaqus:2||다중 슬릿 카메라:2||Polygon mesh:2||다중쿨롱산란:2||ICRP phantom:2||Polygonmesh:2||internal:2||폴리곤:2||4D Monte Carlo simulation:2||lens dose coefficients:2||Polygonsurface:2||표준한국인:2||TetGen:2||한국인:2||Tetrahedralmesh:2||Portal dosimetry:2||4D voxel phantom:2||Photon:1||Photonics:1||Physics:1||Planclass specific reference:1||Polygon surface phantom:1||Polygonmesh phantom:1||PolygonalMesh:1||Positionsensitive detector:1||Posture:1||Postures:1||Primary standards:1||Production:1||Prompt gamma statistics:1||Proton beam monitoring:1||Proton dose monitoring:1||Proton spot scanning:1||Protons:1||Pyroprocessing:1||Quality Assurance:1||RADIATION DOSES:1||RPLGD:1||RT structure:1||Radiation Therapy:1||Radiation field:1||Radiation monitoring:1||Radiation oncology:1||Radiation therapist:1||Radiation therapy:1||Radioiodine therapy:1||Radiological protection:1||Radiosensitive target layer:1||Radiotherapy:1||Rando phantom:1||Range estimation:1||Range measurement:1||RapidArc:1||Rectal cancer:1||Reference ICRP phantom:1||Reference computational phantoms:1||Reference man:1||Reference phantom:1||Reference phantoms:1||Rejection method:1||Relative biological effectiveness:1||Resolution recovery:1||Respiratory motion:1||Retrospective dosimetry:1||Retrospective dosimtery:1||S value:1||SHAPE:1||SLAM:1||SOE:1||SOE 알고리즘:1||SPATIAL DOSE DISTRIBUTIONS:1||SURFACES:1||Safeguard application of pyroprocessing facility:1||Safeguards:1||Scintillation Detector:1||Scintillation detector:1||Scintillation detector array:1||Serially sectioned color slice images:1||Signal Processing Circuit:1||Silicon Photodiode:1||Simulator:1||Skin Dose Coefficient:1||Skin Target Layer:1||Skin dose:1||Skin dose coefficient:1||Soil contamination:1||Spot scanning:1||Surveillance:1||TL:1||TLD:1||Tc99m MDP:1||Temporal resolution:1||Tetrahedralmesh phantom:1||Tetrahedron phantom:1||Thermoluminescence (TL):1||Thyroid model:1||Timing Resolution:1||Timing characteristics:1||Transport calculation:1||Twodimension promptgamma measurement system:1||Twodimensional (2D) distribution:1||Validation of radiation treatment planning:1||Vessel:1||Voxeltype phantom:1||Water equilibrium material:1||Water immersion:1||Wholebody counter:1||Xray:1||Xray fluorescence:1||accidents:1||accuracy:1||administered activity guidelines:1||algorithm:1||alimentary tract organs:1||alimentary tract system:1||alloy:1||anthropomorphic phantom:1||baseline restorer:1||beam range:1||biokinetics:1||bone endosteum:1||borated polyethylene:1||compensation:1||compton camera:1||computation speed:1||computational speed:1||computer calculations:1||contamination:1||coronary CT angiography (CTA):1||correction value:1||counting efficiency:1||deformable computational model:1||deformable image registration:1||deformation vector fields:1||density:1||depth of interaction (DOI):1||detailed tooth model:1||digital silicon photomultiplier (dSiPM):1||distal dose edge:1||diverging collimator:1||dose assessment:1||dose conversion coefficients:1||dose reduction:1||dose registration:1||dose tracking:1||dose, external:1||dose, organ:1||double scattering:1||electron:1||electrons:1||emission tomography:1||energy dependence:1||energy window:1||epiphyseal growth plates:1||equivalent dose:1||female ATOM phantom:1||gamma electron vertex imaging:1||graphical user interface:1||hightensile steel:1||human anatomy:1||hybrid:1||hybrid voxel model:1||image reconstruction:1||image resolution:1||imaging resolution:1||imaging sensitivity:1||individual dose reconstruction:1||induced radionuclides:1||industrial SPECT:1||industrial gamma tomography:1||industrial process diagnosis:1||interaction depth:1||large size:1||lens of eye:1||medical linear accelerator:1||mesh type reference computational phantom:1||meshtype:1||meshtype phantom:1||microCTbased detailed bone model:1||microLion 액체 전리함:1||minipig:1||minipig physical phantom:1||monolithic scintillator:1||multithreading:1||multiphase flow system:1||multitracing:1||neutron dose:1||non reference phantom:1||nonreference phantom:1||nuclear:1||octree decomposition:1||optimization study:1||organ dose:1||organ dose calculations:1||organ dosimetry:1||outoffield dose:1||outoffield organs:1||paediatric phantom:1||pair production:1||particle and heavy ion transport code systems (PHITS):1||patientdependent dosimetry:1||pediatric lens dose coefficients:1||percentile specific phantom:1||phantom library:1||phantom, mathematical:1||phantoms:1||photoneutron:1||polygon surface phantm:1||polygonmesh phantom:1||polygonsurface model:1||polygonal mesh:1||polygonal surface model:1||posture:1||projector:1||proton beam:1||proton facility:1||radiation therapy planning:1||radioisotope thickness gauge:1||radiological protection:1||range verification:1||red bone marrow:1||reference computational phantom:1||reference phantom:1||respiratory signal:1||respiratory tract system:1||retrospective dosimetry:1||safeguards:1||second cancer risk:1||secondary cancer risk:1||segmentation:1||sigmoidal curve fitting:1||skeletal scintigraphy:1||skeletal system:1||skin dose:1||skin target layer:1||small intestine modeling:1||software validation:1||specific absorbed fraction:1||spot scanning:1||stereotactic body radiation therapy:1||surface model:1||surface phantom:1||target layer:1||tetrahedral patient model:1||thyroid:1||tissueequivalent material:1||tooth enamel:1||unstructured mesh:1||uranium:1||xrays:1||감마꼭지점영상:1||감마선 가시화:1||감마전자꼭지점영상:1||거리 추정:1||검출기:1||게인 보정:1||계산 속도:1||고민감도:1||고속 다채널 데이터 획득 시스템:1||고속 알고리즘:1||고품질 메시:1||고해상도 컬러해부영상:1||골격:1||골격기관:1||공간 분해능:1||광자극발광:1||광자극발광 기법:1||근거리 영상재구성:1||기관지 모델:1||다이오드 검출기:1||다중 슬릿:1||다중 슬릿 즉발감마선:1||다중 슬릿 집속 장치:1||다중 슬릿 집속장치:1||다중양극 광전자증배관:1||다중화 시스템:1||다채널 신호처리:1||다채널 신호처리회로:1||다채널 측정 장치:1||단결정 섬광검출기:1||단결정 섬광체:1||단일 산란형:1||대면적 단결정 섬광 검출기:1||대면적 하이브리드 영상장치:1||대형 컴프턴 카메라:1||대형 콤프턴 카메라:1||데이터 획득 장치:1||데이터 획득 채널수 저감:1||동시 계수법:1||동시적 위치 추정 및 지도작성 알고리즘:1||두경부:1||라이브러리:1||메시 팬텀:1||메시형 소아 표준팬텀:1||메시형 임신부 표준팬텀 태아팬텀:1||면 팬텀:1||면기반 팬텀:1||모체 팬텀:1||몬테칼로 시뮬레이션:1||무게 중심:1||물등가물질:1||물흡수선량:1||물흡수선량 교정 인자:1||반응 깊이 추정(DOI):1||방법론:1||방사능 추정:1||방사선 차폐:1||방사선방호:1||방사선치료계획:1||방사형 콜리메이터:1||방사화:1||비정 결정:1||비정 변화:1||비정렬 메시 모델:1||비정렬 메시 지오메트리:1||빔 비정 결정 알고리즘:1||빔 비정 변화:1||빔 프로파일:1||빔선질 교정인자:1||뼈속막:1||사면체 메시:1||사면체 팬텀:1||사후선량평가:1||산업용 SPECT:1||삼차원 탐지:1||상세 치아 모델:1||선량 분포 영상화:1||선량 선형성:1||선량검증:1||선량계산:1||선량계수:1||선량률:1||선량반응함수:1||선량분포 영상화:1||선질변환 보정인자:1||섬광 검출기:1||섬광검출기 배열:1||섬광체 검출기:1||섬광형 검출기:1||성능 평가:1||성능평가:1||성형증폭기:1||소마팬텀 라이브러리:1||소아 표준팬팀:1||소화기:1||수정체 선 량:1||스팟 스캐닝:1||시간투영검출기:1||시술자 자세추적:1||신호획득 모듈:1||신호획득 장치:1||실리콘 광다이오드:1||양성자 가속기 시설:1||양성자 빔:1||양성자치료:1||에나멜:1||에너지 교정:1||여성 복셀팬텀:1||여성 체적소형 모의체:1||열발광:1||영상 분해능:1||영상 재구성:1||영상 효율:1||원거리 근사:1||원리검증 장치:1||원자력 시설 해체:1||원통형 이온함:1||웹 기반 선량평가 시스템:1||위치민감형 섬광체 검출기:1||위치분해능:1||유동해석:1||유리선량계:1||이온챔버:1||이온함:1||이중 모드:1||이중 산란:1||이중 산란형:1||이중모드 신호 처리 모듈:1||이중산란형:1||이차원 양성자 선량 분포:1||인공 핵종 탐지:1||인덕터:1||인자 결정:1||인체 전산팬덤:1||인체 전산팬텀:1||인체선량:1||인체치수:1||일차 표준:1||입자빔 비정 결정:1||자궁경부암:1||자체처분:1||장기 데이터:1||저항:1||적색골수:1||전리함:1||전산 팬텀:1||전자:1||전자개인선량계:1||전자상자성공명:1||전하 민감형 전치증폭기:1||전하밀도:1||정량 분석:1||정위적 체부 방사선치료:1||정형증폭기:1||중이온 빔:1||중이온빔:1||중재방사선:1||중재방사선 시술:1||중재방사선 시술자 선량:1||즉발감마선 이차원분포 측정 장치:1||즉발감마선 카메라:1||직장암:1||채형:1||체형변형:1||최대 우도 위치 추정법:1||최대피부선량:1||카메라:1||컨버터:1||컴프턴 영상:1||콘크리트:1||콤프턴 카메 라:1||파이로 공정:1||파이로 공정 시설 안전 조치 수립:1||파이로 시설:1||팬텀 라이브러리:1||평행다공형 집속장치:1||폐 모델:1||포토다이오드:1||폴리곤 메시:1||폴리곤 메시 팬텀:1||폴리곤 면 팬텀:1||폴리곤면 전산팬텀:1||표준 한국인 갑상선 물리팬텀:1||플라스틱 섬광체:1||하이브리드 영상화:1||한국인 기준모의체:1||한국인 성인여성 복셀팬텀:1||한국인 소아:1||한국인 표준팬텀:1||핵물질 탐지:1||핵확산방지:1||호흡기관:1||호흡신호:1||환자피부선량:1||회구 선량평가:1||회구선량평가 열발광:1||회구적 선량평가:1||휴대전화 선량:1||흡수부 검출기:1||2D proton dose distribution:1||흡수선량:1||2차원 분포 측정:1||3D conformal radiation therapy:1||3D imaging:1||3D dose distribution:1||3차원 방사선 영상:1||4D Dose Calculation:1||4D dose calculation:1||4D tetrahedral phantom:1||4D tetrahedralmesh phantom:1||4D tetrahedron phantom:1||4DCT phase:1||4차원 방사선치료:1||ARAP:1||ATOM phantom:1||Absorbed dose:1||Absorbed dose to water:1||Absorber:1||Active shielding:1||Adult:1||Air submersion:1||Ambient dose equivalent:1||Angular distribution:1||Anthropometric data:1||Atomic measurements:1||Background radiation:1||Beam range:1||Beam range measurement:1||Biped:1||Body size:1||Boundary representation:1||Brachytherapy:1||Breast neoplasms:1||CAD 지오메트리:1||CADbased geometry:1||CBCT:1||CFD validation:1||CT:1||CT number:1||CT 구획화:1||Carbonion radiotherapy:1||Cervical cancer:1||Cisplatin:1||Coded aperture imaging:1||Codes:1||Color slice image:1||Compton Image:1||Computational Phantom:1||Computational human phantom:1||Computational modeling:1||Computational tomography:1||Computed Tomography:1||Conebeam computed tomography:1||Counting efficiency:1||Cross section:1||Cross sections:1||Crossfire:1||DagSolid:1||Database:1||Deformable Image Registration:1||Deformable image registration:1||Detailed Eye Model:1||Detector response function:1||Diode detector:1||Display glass of a mobile phone:1||Distal dose edge:1||Distal dose falloff:1||Dose assessment:1||Dose enhancement:1||Dose evaluation online system:1||Dose verification:1||Dosimetry:1||Doublesided silicon strip detector:1||Dualmode signal processing module:1||Dynalog files:1||EBT Film:1||Electromagnetic physics model:1||Embrittlement:1||Emotional labor:1||Energy Resolution:1||Environmental:1||Epistemology:1||Equivalent dose:1||Expanded Respiration:1||External dosimetry:1||External exposures:1||External radiation:1||ExtraPhase Image:1||Extrapolation:1||FDG:1||FlatBed Scanner:1||Fourdimensional computed tomography:1||G4tesselatedSolid:1||GAFCHROMICⓇ EBT:1||GPGPU:1||GaF Chromic Film:1||Gamma camera:1||Gamma pass rate:1||Gammaindex:1||Gammaray imaging:1||Gammaray visualization:1||Gating:1||Glass dosimeter:1||Gold nanoparticle:1||Graphical user interface (GUI):1||Heart:1||Helium ions:1||Heterogeneity:1||Heterogeneous phantom:1||High gamma index:1||Human computational phantom:1||Human voxel model:1||Hybrid shielding:1||I131:1||I131 섭취량:1||ICRP Reference Voxel Phantom:1||ICRP Task Group 103:1||ICRP male reference phantom:1||ICRP meshtype reference computational phantom:1||ICRP reference computational phantom:1||ICRP 메시형 표준팬텀:1||ICRP 소아 표준팬텀:1||ICRP 폴리곤 메시 팬텀:1||ICRP 표준 팬텀:1||IMRT:1||INTERNAL IRRADIATION:1||IORT device:1||Image reconstruction:1||Imagespace convolution:1||Invivo range verification:1||Instrumentation for hadron therapy:1||Instrumentation for heavyion therapy:1||Internal and external exposures:1||International Commission on Radiological Protection:1||Interpaly effect:1||Interplay effect:1||Iodine131:1||Ion chamber:1||Ion recombination:1||Ionization chamber:1||Kernel method:1||Knifeedge camera:1||Korean adult female voxel phantom:1||Korean adults:1||Korean reference phantom:1||LARGE INTESTINE:1||Large monolithic scintillation detector:1||Largescale Compton camera:1||Lead factor:1||Lens Dose:1||Lens dose:1||Libraries:1||Light field:1||Linear accelerator:1||Liquid ionization chamber:1||Local skin dose:1||Lung:1||Lymph nodes:1||MIRD5 mathematical phantom:1||MLPE:1||MOSFET dosimeter:1||MRI:1||MaxRMS:1||Maximumlikelihood poisition estimation (MLPE):1||Mean shift algorithm:1||Medicalimage reconstruction methods and algorithms, computeraided so:1||Mesh phantom:1||MeshType:1||Meshtype phantom:1||Meshtype reference computational phantoms:1||Meshtype reference phantom:1||MicroLion liquid ionization chamber:1||MicroLion 액체이온함:1||Microdosimetry kinetic model:1||Models and simulations:1||Monte Carlo Simulation:1||Monte Carlo methods:1||Multichannel data acquisition:1||Multislit camera:1||Multislit collimator:1||Multimodality imaging:1||Multiplexer:1||Nal(TI):1||Neutron:1||NonUniform Dose Correction:1||Nuclear Decommissioning:1||Nuclear material:1||Nuclear material surveillance:1||Nuclear medicine:1||OSEM reconstruction:1||OSL:1||OpenCL:1||Optically stimulated luminescence (OSL):1||Organ equivalent dose:1||Organ/tissue data:1||PET PET/CT:1||PIXE:1||PSPMT:1||PSRKMan:1||Paediatric:1||Parallel multihole collimator:1||Pediatric phantom:1||Pencil beam scanning proton therapy:1||Personalised internal dose:1||Phantom:1||Phantoms:1||Photoelectric effect:1||Photoelectron:1||

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