-
16:40
P2.1: GEANT4 simulation study of low-Z material identification using muon tomography
-
Anzori Georgadze
(Institute of Physics, University of Tartu)
-
16:41
P2.2: Imaging and spectrometric performance of SiC Timepix3 radiation camera
-
Bohumir Zatko
-
16:42
P2.3: Advapix TPX3 detector with Realsense L515 Lidar Camera for Localization and Characterization of Hotspots.
-
Mattias Simons
(Hasselt University)
-
16:43
P2.4: RIPTIDE, a proton-recoil track imaging detector for fast neutrons
-
Agatino Musumarra
(INFN-Sezione di Catania (IT))
Patrizio Console Camprini
(ENEA (IT))
-
16:44
P2.5: Thickness-dependent characteristics of silicon-based Medipix3RX detectors at Sirius beamlines
-
Raul Back Campanelli
-
16:45
P2.6: Detection of gastrointestinal foreign bodies in pets using single grid-based dark-field X-ray imaging
-
Jonghyeok Lee
(Yonsei university)
-
16:46
P2.7: Development and Evaluation of Relative QA Dosimeter for Electron Beam Based on CsPbBr3
-
Seung-woo Yang
(Department of Radiation Oncology, Collage of Medicine, Inje University, Republic of Korea)
-
16:47
P2.8: Effect of the shift-variant focal spot blur on the image quality in radiography
-
Hunwoo Lee
(Yonsei University)
-
16:48
P2.9: Deep learning-based soft-tissue decomposition in chest radiography using fast fuzzy C-means clustering with computed tomography dataset
-
DUHEE JEON
(Yonsei university)
-
16:49
P2.10: Feasibility of Using 3D CZT Drift Strip Detectors for Small Compton Camera Space Missions
-
Selina Ringsborg Howalt Owe
(Technical University of Denmark)
-
16:50
P2.11: A Study on the Feasibility of High-Energy X-ray CT for Inspection of AM Products
-
hunhee kim
(Doosan Enerbility)
-
16:51
P2.12: The R&D of The Glass Scintillator for Nuclear Detection
-
Sen Qian
-
16:52
P2.13: All-electrical control of micromechanical bolometers for THz detection
-
Leonardo Gregorat
(DIA, University of Trieste, 34127 Trieste, Italy)
Marco Cautero
(DIA, University of Trieste, 34127 Trieste, Italy)
-
16:53
P2.14: Timepix3 multi-layer detector setup for the measurement of anomalies in angular correlation of electrons and positrons internally produced in excited 8Be and 4He
-
Pavel Broulim
(University of West Bohemia (CZ))
-
16:54
P2.15: The impact of individual cosmic rays on a DEPFET spectroscopic X-ray imager for space telescopes
-
Johannes Müller-Seidlitz
(Max Planck Institute for Extraterrestrial Physics)
-
16:55
P2.16: Development of Red/Infra-red Emitting Scintillators for an Alpha Dust Monitor
-
Shunsuke Kurosawa
(Tohoku Univ. & Osaka Univ.)
-
16:56
P2.17: Enhanced Readout System for Timepix3 Detectors in Large-Scale Scientific Facilities
-
Petr Burian
(Czech Technical University in Prague (CZ))
-
16:57
P2.18: Investigation of fast neutron interactions in semiconductor sensors with Timepix3
-
Radu-Emanuel Mihai
(Institute of Experimental and Applied Physics, Czech Technical University in Prague)
-
16:58
P2.19: Angular correlation measurement and magnetic field response of 169Yb for double photon coincidence imaging
-
Boyu Feng
(The University of Tokyo)
-
16:59
P2.20: Characterization of a Megapixel JUNGFRAU Detector with Novel GaAs:Cr Sensor for Photon Science Applications
-
Kirsty Paton
(Paul Scherrer Institut)
-
17:01
P2.21: Fast Neutron Imaging with a p-Terphenyl Pixel Scintillation Array
-
Shunsuke Kurosawa
(Tohoku Univ. & Osaka Univ.)
-
17:02
P2.22: Alpha-ray Imaging with Alkali Copper Halide Scintillator
-
Yusuke Urano
(Graduate School of Engineering, Tohoku University)
-
17:03
P2.23: SpacePix3 - response characterization and total ionising dose testing for space applications
-
Maria Marcisovska
(Czech Technical University in Prague (CZ))
-
17:04
P2.24: Preliminary results from the Submarine Gamma Imager
-
Valsamis Ntouskos
(National Technical University of Athens)
-
17:05
P2.25: On the possibility of Spectral Imaging for Cell Location and Cell Tracking
-
Ralf Hendrik Menk
(Elettra Sincrotrone Trieste)
-
17:06
P2.26: Helical sample-stepping for faster speckle-based multi-modal tomography with the Unified Modulated Pattern Analysis (UMPA) model
-
Sara Savatović
(Department of Physics, University of Trieste, Via Valerio 2, 34127 Trieste, Italy; Elettra-Sincrotrone Trieste, Strada Statale 14 – km 163.5, 34149 Basovizza, Italy)
-
17:07
P2.27: A simulation study of instant-retrigger technology for pulse pileup correction in clinical photon-counting tomography
-
Stevan Vrbaski
-
17:08
P2.28: Distinguishing Neutron and Gamma Pulses of EJ-200 Scintillation Detector using Artificial Intelligence
-
Sy Minh Tuan HOANG
(Thu Dau Mot University)
-
17:09
P2.29: Radiation Portal monitor performances at low energies
-
Celia LEY
(Bertin Technologies, Nuclear detection R&D)
-
17:10
P2.30: Exploring coded aperture imaging with the MiniPIX EDU for high-resolution radiation belt electron pitch angle observations
-
Riley Reid
(University of Colorado Boulder)
-
17:11
P2.31: Chromatic detector-based spectral µCT of iodine-perfused osteochondral samples
-
Renata Longo
(UNIVERSITY OF TRIESTE & INFN)
-
17:12
P2.32: X-ray computed tomography of the periodically moving object
-
Daniel Vavrik
-
17:13
P2.33: DEVELOPMENT OF A SMALL- SIZE SCINTILLATOR-BASED NEUTRON GAMMA RAY SPECTROMETER FOR TERRESTRIAL AND SPACE APPLICATIONS
-
Deniz Ölçek
(CENSSS, IDEAS)
-
17:14
P2.34: Particle Tracking and Monitoring of High-Intensity Proton Beams with Scattering Foil and Pixel Detector Timepix3
-
Dušan Poklop
-
17:15
P2.35: Preclinical PET scanner with timing and 3D positioning capabilities based on semi-monolithic crystals
-
Jose M. Benlloch
-
17:17
P2.36: Detection of Secondary Neutrons in Proton and Gamma Radiotherapy Fields with the Pixel Detector Timepix3
-
Carlos Granja
(ADVACAM)
-
17:18
P2.37: Experimental and simulation study of near-field coded-mask imaging for proton therapy monitoring
-
Vitalii Urbanevych
(Master)
-
17:19
P2.38: Development of near-infrared-sensitive single photon avalanche diode prototypes for a quantum ghost imaging system
-
Gyohyeok Song
-
17:20
P2.39: Enhancing Design, Calibration, and Characterization of Detectors at the European XFEL with the Pulsed X-ray Test System (PulXar)
-
David Lomidze
(European XFEL)
-
17:21
P2.40: Spectral response of the iLGAD sensors to soft X-rays
-
Jiaguo Zhang
(Paul Scherrer Institut)
-
17:22
P2.41: Performance testing of gas-tight portable RPC for muography application
-
Vishal Kumar
(UCL - CP3)
-
17:23
P2.42: Field Test for Performance Evaluation of a New Spent-Fuel Verification System in Heavy Water Reactor
-
Sung Woo Kwak
(Korea Institute of Nuclear Non-proliferation and Control)
-
17:24
P2.43: Application and image characterization of the deconvolution algorithm in an indirect X-ray imaging detector with scintillators
-
Bo Kyung Cha
(KERI)
Hynwoo Lee
(Yonsei University)
-
17:25
P2.44: Relative dosimeter study of therapeutic radiation beam energy based on photochromic switching film and semiconductor oxide composite for evaluating the feasibility of radiation detection capability
-
YEJI HEO
(Department of Nuclear Applied Engineering)
Seung Woo Yang
(Department of Radiation Oncology, Busan Paik Hospital, Inje University)
-
17:26
P2.45: SiPM characterization for the SBC dark matter search
-
Hector Hawley Herrera
-
17:27
P2.46: Neutron Radiation induced Effects in 4H-SiC PiN Diodes
-
Andreas Gsponer
(Austrian Academy of Sciences (AT))
-
17:28
P2.47: Patient positioning based on a helium-beam radiograph (αRad)
-
Daria Zhevachevska
(Deutsches Krebsforschungszentrum)
-
17:29
P2.48: Characterization of interpad "no-gain" region in the novel, trenched LGADs, from the TI-LGAD RD50 batch production using a fs-laser based TCT-SPA and TPA -TCT at the ELI Beamlines, ELI ERIC
-
Gordana Lastovicka-Medin
(University of Montenegro)
-
17:30
P2.49: First measurements and results of monolithic active pixel test structures produced in a 65 nm CMOS process
-
Matthew Daniel Buckland
(Universita e INFN Trieste (IT))
-
17:31
P2.50: Enhancing accuracy of effective atomic number mapping with deep learning-based conversion: A promising alternative to dual-energy CT
-
Minjae Lee
(Yonsei University)
-
17:32
P2.51: Eliminating grid artifacts of crisscrossed antiscatter grids in CBCT for improving its image performance
-
DUHEE JEON
(Yonsei university)
-
17:33
P2.52: Advances in the TCAD modelling of non-irradiated and irradiated Low-Gain Avalanche Diode sensors
-
Tommaso Croci
(INFN, Perugia (IT))
-
17:34
P2.53: Scintillators and image characterization of a flat-panel X-ray detector for single-exposure dual energy imaging
-
Bo Kyung Cha
(KERI)
Chang-Woo Seo
(Yonsei University)
Minjae Lee
(Yonsei University)
-
17:35
P2.54: Enhancing X-ray Detection Sensitivity through Hybrid Active Layers of PCDTBT and CdSe Core/CdTe Crown 2D Nanoplatelets
-
JAIWON SON
(Convergence Semiconductor Research Center, Dankook University, Yongin-Si, 16890, Gyeonggi-Do, Republic of Korea)
-
17:38
P2.55: Development of prototype backscatter X-ray security scanner for luggage inspection
-
Geunyoung An
(Jeonbuk National University)
-
17:39
P2.56: Automatic inline defects inspection of lithium-ion battery cells using parallel-triple detection filtering (PTDF) algorithm
-
Woosung Kim
(Yonsei university)
-
17:40
P2.57: Effective noise reduction using a modified image pyramid incorporated with guided filtering for animal X-ray imaging
-
Woosung Kim
(Yonsei university)
-
17:41
P2.58: Study of bulk damage of high dose gamma irradiated p-type silicon diodes with different resistivities
-
Iveta Zatocilova
(Albert Ludwigs Universitaet Freiburg (DE))
-
17:43
P2.59: Simulation of Energy-Dispersive X-ray Spectroscopy Systems
-
Thijs Withaar
(Sioux Technologies)
-
17:44
P2.60: Time-efficient scanning schemes for x-ray μ-CT with a 2D structured beam
-
G. Lioliou
(University College London)
-
17:45
P2.61: Feasibility Study of One-Dimensional Imaging with an Optical Fiber for Radiation Dose-Rate Monitoring System in the Decommissioning Process
-
Daisuke Matsukura
(Tohoku University)
-
17:46
P2.62: Ex/in-vivo imaging of small animals using MPPC-based photon-counting CT
-
Mayu Sagisaka
-
17:47
P2.63: A novel reconstruction method of angle-limited backprojection (ALBP) for low-dose dental panoramic imaging using a long-rectangular detector
-
Hyesun Yang
-
17:48
P2.64: Design and simulation studies of the micro-pattern gaseous beam monitor of the CSR external-target experiment
-
Zhen Wang
-
17:49
P2.65: Charge reset shaping multiplexing for SiPMs using deep learning architecture
-
Semin Kim
(Department of Bioengineering, Korea University, Seoul, South Korea)
-
17:50
P2.66: First application of sparse-view image reconstruction with total-variation minimization for SiPM-based photon-counting CT
-
Daichi Sato
(Kanazawa University)
-
17:51
P2.67: Stationary CT baggage scanner with a dual-layer detector and pi-angle sparsity for enhancing the detection of threats
-
Jiyong Shim
(Yonsei university)
-
17:52
P2.68: Improvement of phoswich detector-based β+/γ-ray discrimination algorithm with deep learning
-
Chanho Kim
(Korea Atomic Energy Research Institute (KAERI), Daejeon, South Koreauth Korea)
-
17:53
P2.69: Signal and noise analysis of a metal oxide transistor-based flat-panel detector
-
Seokwon Oh
(School of Mechanical Engineering, Pusan National University)
-
17:54
P2.70: Analysis of absorption signal and noise in thin phosphor detectors for high-energy transmission radiography
-
Ho Kyung Kim
(School of Mechanical Engineering, Pusan National University)
Seungjun Yoo
(School of Mechanical Engineering, Pusan National University)
-
17:55
P2.71: Detective quantum efficiency of double-layered detectors for dual-energy x-ray imaging
-
Hubeom Shin
(School of Mechanical Engineering, Pusan National University)
-
17:56
P2.72: Eye Lens Dosimetry with Dosepix
-
Florian Beißer
(Erlangen Centre for Astroparticle Physics)
-
17:57
P2.73: Position-sensitive semiconductor detectors for nuclear fuel imaging
-
Peter Dendooven
(Helsinki Institute of Physics, University of Helsinki)
-
17:58
P2.74: Experimental validation of Monte Carlo simulation model for X-ray security scanner
-
Junsung Park
(Jeonbuk National University)
-
17:59
P2.75: Introduction of CRYTUR’s GAGG+ single crystal scintillator for imaging applications
-
Ondrej Zapadlik
-
18:00
P2.76: A comparative study for pile-up correction based on deep neural networks
-
Wonku Kim
(Korea Advanced Institute of Science and Technology)
