PENELOPE

PENELOPE performs Monte Carlo simulation of coupled electron-photon transport in arbitrary materials and complex quadric geometries. A mixed procedure is used for the simulation of electron and positron interactions (elastic scattering, inelastic scattering and bremsstrahlung emission), in which ’hard’ events (i.e. those with deflection angle and/or energy loss larger than pre-selected cutoffs) are simulated in a detailed way, while ’soft’ interactions are calculated from multiple scattering approaches. Photon interactions (Rayleigh scattering, Compton scattering, photoelectric effect and electron-positron pair production) and positron annihilation are simulated in a detailed way.

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References in zbMATH (referenced in 7 articles )

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  1. Pichard, Teddy; Brull, Stéphane; Dubroca, Bruno: A numerical approach for a system of transport equations in the field of radiotherapy (2019)
  2. Pichard, T.; Alldredge, G. W.; Brull, S.; Dubroca, B.; Frank, M.: An approximation of the (M_2) closure: application to radiotherapy dose simulation (2017)
  3. Mevenkamp, N.; Pinard, P. T.; Richter, S.; Torrilhon, M.: On a hyperbolic conservation law of electron transport in solid materials for electron probe microanalysis (2016)
  4. Pichard, T.; Alldredge, G. W.; Brull, S.; Dubroca, B.; Frank, M.: The (M_2) model for dose simulation in radiation therapy (2016)
  5. Magdics, Milan; Szirmay-Kalos, Laszlo; Tóth, Balazs; Csendesi, Ádam; Penzov, Anton: Scatter estimation for PET reconstruction (2011)
  6. García-Pareja, S.; Vilches, M.; Lallena, A. M.: Ant colony method to control variance reduction techniques in the Monte Carlo simulation of clinical electron linear accelerators of use in cancer therapy (2010)
  7. Badal, Andreu; Sempau, Josep: A package of Linux scripts for the parallelization of Monte Carlo simulations (2006) ioport