Francis Loignon-Houle
机构: Universitat Politècnica de València
每年引用次数
引用次数
引用: 177
H-指数: 8
I10-指数 : 7
出版物: 29
DOI estimation through signal arrival time distribution: a theoretical description including proof of concept measurements.
Réjean Fontaine , Francis Loignon-Houle , Roger Lecomte , Maxime Toussaint
Physics in Medicine and Biology 66 ( 9) 095015
2021
Experimental validation of a coincidence time resolution metric including depth-of-interaction bias for TOF-PET.
Francis Loignon-Houle , Maxime Toussaint , Min Sun Lee , Joshua W. Cates
Physics in Medicine and Biology 65 ( 24) 245004 -245004
2
2020
Analytical model of DOI-induced time bias in ultra-fast scintillation detectors for TOF-PET.
Maxime Toussaint , Francis Loignon-Houle , Jean-Pierre Dussault , Roger Lecomte
Physics in Medicine and Biology 64 ( 6) 065009
6
2019
Scintillation characteristics of 90%Lu LGSO with different decay times
Francis Loignon-Houle , Catherine M. Pepin , Roger Lecomte
nuclear science symposium and medical imaging conference 1 -3
4
2014
Simulation of signal losses in highly pixelated scintillator arrays read out by discrete photodetectors
Francis Loignon-Houle , Melanie Bergeron , Catherine M. Pepin , Serge A. Charlebois
nuclear science symposium and medical imaging conference 1 -3
2
2015
Poster - 01: LabPET II Pixelated APD-Based PET Scanner for High-Resolution Preclinical Imaging
Roger Lecomte , Louis Arpin , Jean-François Beaudoin , Mélanie Bergeron
Medical Physics 43 ( 8) 4935 -4935
2
2016
Improved LabPET Detectors Using ${\rm Lu}_{1.8}{\rm Gd}_{0.2}{\rm SiO}_{5}\!\!:{\rm Ce}$ (LGSO) Scintillator Blocks
Melanie Bergeron , Catherine M. Pepin , Jules Cadorette , Francis Loignon-Houle
IEEE Transactions on Nuclear Science 62 ( 1) 36 -41
5
2015
LabPET II, an APD-based Detector Module with PET and Counting CT Imaging Capabilities
Maelanie Bergeron , Christian Thibaudeau , Jules Cadorette , Marc-Andre Tetrault
IEEE Transactions on Nuclear Science 62 ( 3) 756 -765
28
2015
Reflectivity quenching of ESR multilayer polymer film reflector in optically bonded scintillator arrays
Francis Loignon-Houle , Catherine M. Pepin , Serge A. Charlebois , Roger Lecomte
Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment 851 62 -67
11
2017
Simulation of scintillation light output in LYSO scintillators through a full factorial design.
Francis Loignon-Houle , Mélanie Bergeron , Catherine M Pepin , Serge A Charlebois
Physics in Medicine and Biology 62 ( 2) 669 -683
6
2017
NEMA Performance Characteristics of the UHR Brain PET Scanner
Roger Lecomte , Étienne Auger , Francis Loignon-Houle , Maxime Toussaint
Journal of Nuclear Medicine 64 ( supplement 1) P711 -P711
2023
Monte Carlo simulations of energy, time and spatial evolution of primary electrons generated by 511 keV photons in various scintillators
Francis Loignon-Houle , Serge A Charlebois , Rejean Fontaine , Roger Lecomte
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment 1030 166449 -166449
10
2022
Scintillation and spectroscopic characteristics of 90% Lu LGSO with variable decay times
Francis Loignon-Houle , Catherine M Pepin , Roger Lecomte
IEEE Transactions on Radiation and Plasma Medical Sciences 1 ( 1) 23 -29
5
2016
Timing estimation and limits in tof-pet detectors producing prompt photons
Francis Loignon-Houle , Maxime Toussaint , Émilie Bertrand , Félix Camirand Lemyre
IEEE Transactions on Radiation and Plasma Medical Sciences 7 ( 7) 692 -703
3
2023
First PET Investigation of the Human Brain at 2 µL Resolution with the Ultra-High-Resolution (UHR) scanner
Vincent Doyon , Otman Sarrhini , Francis Loignon-Houle , Étienne Auger
Journal of Nuclear Medicine 64 ( supplement 1) P726 -P726
1
2023
A rewriting of the relation between the acolinearity of annihilation photons and their energy in the context of positron emission tomography
Maxime Toussaint , Francis Loignon-Houle , Étienne Auger , Jean-Pierre Dussault
arXiv preprint arXiv:2305.01164
2023
Étude des limites de résolution temporelle de détecteurs pour la tomographie d'émission par positrons avec temps de vol
Francis Loignon-Houle
Université de Sherbrooke
1
2022
Optimisation de l'extraction de lumière de scintillation dans les matrices de détecteurs pixellisés pour des applications en tomographie d'émission par positrons (TEP) et en tomodensitométrie (TDM).
Francis Loignon-Houle
Université de Sherbrooke
1
2016
Towards a second generation of metascintillators using the Purcell effect
Avner Shultzman , Roman Schütz , Yaniv Kurman , Neta Lahav
arXiv preprint arXiv:2406.15058
2024
Parameterizing the Angular Distribution of Emission: A Model for TOF-PET Low-Count Reconstruction
Maxime Toussaint , Francis Loignon-Houle , Roger Lecomte , Jean-Pierre Dussault
arXiv preprint arXiv:2105.01854
2021