Monte Carlo modelling of Germanium detectors for the measurement of low energy photons in internal dosimetry: Results of an international comparison

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Goméz-Ros, J.M. | Carlan, L., De | Franck, D. | Gualdrini, G. | Lis, M. | Lopez, M.A. | Moraleda, M. | Zankl, M. | Badal, A. | Capello, K. | Cowan, P. | Ferrari, P. | Heide, B. | Henniger, J. | Hooley, V. | Hunt, J. | Kinase, S. | Kramer, G.H. | Löhnert, D. | Lucas, S. | Nuttens, V. | Packer, L.W. | Reichelt, U. | Vrba, T. | Sempau, J. | Zhang, B.

Edité par CCSD ; Elsevier -

International audience. This communication summarizes the results concerning the Monte Carlo (MC) modelling of Germanium detectors for the measurement of low energy photons arising from the "International comparison on MC modelling for in vivo measurement of Americium in a knee phantom" organized within the EU Coordination Action CONRAD (Coordinated Network for Radiation Dosimetry) as a joint initiative of EURADOS working groups 6 (computational dosimetry) and 7 (internal dosimetry). MC simulations proved to be an applicable way to obtain the calibration factor that needs to be used for in vivo measurements. © 2007 Elsevier Ltd. All rights reserved.

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