This work presents the calibration for: 6, 8, 10, 12, 14, 15 and 18 MeV electron beams, also to 6 and 15 MV photons beams. Beams that are generated by an. Code of Practice entitled Absorbed Dose Determination in Photon and Electron. Beams (IAEA Technical Reports Series No. (TRS)), recommending. chambers in terms of absorbed dose to water (as opposed to TRS in terms of Note that the value of r provided in TRS was superseded by the.
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Evaluation of codes of practice: IAEA TRS, TRS, TRS|INIS
Results 1 – 1 of 1. High Energy Photons and Electron Beams.
Citation Export Print Permalink Translate. Beams that are generated by an accelerator Elekta Linac SL The calibration is performed in terms of absorbed dose to water Dw.
It is determined by two different protocols: Two independent dosimeters were used with two ionization chambers each one, respectively.
The second dosimeter Scanditronix model DOSE 1 with plane parallel chamber electrons and cylindrical chamber photonsboth chambers calibrated iawa terms of ND,W. In the case of photon beams, the TPR was measured for 6 and 15 MV, also the profiles were determined in order to verify the flatness and symmetry of the beam: The quality for electrons beams were estimated by means of the Dmax, R80, R50 ieaa Rp.
The results obtained for the absorbed dose quotients D W,Q d max are: Mexican symposium on medical physics; Guanajuato, Gto. Mexico ; Mar Publication Year Publication Year.
Dosimetry Codes of Practice and Worksheets – IAEA NAHU
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