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Bouchard, Hugo

Professeur adjoint

Contact :

  • Téléphone 514-343-6111 #34879 Pav. PAVILLON ROGER-GAUDRY \ bur. V220
Bouchard, Hugo

Expertises de recherche

  • Dosmétrie non-standard (IMRT, petits champs, IRM-linac)
  • Simulation de la réponse dosimétrique de détecteurs
  • Détecteurs: chambres à ionisation, film radiochromique, diodes, scintillateur, chambre d'ionisation liquide
  • Équation du transport
  • Théorie des cavités
  • Méthode Monte Carlo
  • Tomodensitomètre bi-énergie
  • IRM-linac
  • Protonthérapie

Champs d'expertise

Projets en cours

  • Modélisation de transport de radiation couplé aux champs magnétiques par la méthode Monte Carlo
  • Caractérisation de tissus par tomodensitométrie bi-énergie
  • Dosimétrie de petits champs

Publications principales

  1. Lalonde, Arthur, and Hugo Bouchard. "A general method to derive tissue parameters for Monte Carlo dose calculation with multi-energy CT." Physics in Medicine and Biology 61, no. 22 (2016): 8044.
  2. Lourenço, A., N. Wellock, R. Thomas, M. Homer, H. Bouchard, T. Kanai, N. MacDougall, G. Royle, and H. Palmans. "Theoretical and experimental characterization of novel water-equivalent plastics in clinical high-energy carbon-ion beams." Physics in Medicine and Biology 61, no. 21 (2016): 7623.
  3. Lourenço, Ana, Russell Thomas, Hugo Bouchard, Andrzej Kacperek, Vladimir Vondracek, Gary Royle, and Hugo Palmans. "Experimental and Monte Carlo studies of fluence corrections for graphite calorimetry in low-and high-energy clinical proton beams." Medical Physics 43, no. 7 (2016): 4122-4132.
  4. JA de Pooter, LA de Prez, and H Bouchard. Application of an adapted fano cavity test for monte carlo simulations in the presence of b-fields. Physics in medicine and biology, 60(24): 9313, 2015
  5. H Bouchard, J Seuntjens,  Duane, Y Kamio, and H Palmans. Detector dose response in megavoltage small photon beams. I. Theoretical concepts. Medical physics, 42(10): 6033–6047, 2015
  6. H Bouchard, Y Kamio, H Palmans, J Seuntjens, and S Duane. Detector dose response in megavoltage small photon beams. II. Pencil beam perturbation effects. Medical physics, 42(10): 6048–6061, 2015
  7. H Bouchard, JA de Pooter, A Bielajew, and S Duane. Reference dosimetry in the presence of magnetic fields : conditions to validate Monte Carlo simulations. Physics in medicine and biology, 60(17): 6639–6654, 2015
  8. H Bouchard and A Bielajew. Lorentz force correction to the Boltzmann radiation transport equation and its implications for Monte Carlo algorithms. Physics in medicine and biology, 60(13): 4963, 2015
  9. Y Kamio and H Bouchard. Correction-less dosimetry of nonstandard photon fields : a new criterion to determine the usability of radiation detectors. Physics in medicine and biology, 59(17): 4973, 2014
  10. J E Tremblay, S Bedwani, and H Bouchard. A theoretical comparison of tissue parameter extraction methods for dual energy computed tomography. Medical Physics, 41(8): 081905, 2014
  11. A Bourque, J Carrier, and H Bouchard. A stoichiometric calibration method for dual energy computed tomography. Physics in Medicine and Biology, 59: 2059–2088, 2014
  12. E Sterpin, J Sorriaux, K Souris, S Vynckier, and H Bouchard. A Fano cavity test for Monte Carlo proton transport algorithms. Medical Physics, 41(1): 011706, 2014
  13. H Bouchard and J Seuntjens. Monte Carlo Techniques in Radiation Therapy, Chapter 4 : Applications of Monte Carlo to Radiation Dosimetry. CRC Press ; 1st edition, 2013

Cours donnés au département ce trimestre

Thèses et mémoires dirigés au département et disponibles dans Papyrus