DETERMINATION OF ELECTRON BEAM PARAMETERS ON RADIATIONTECHNOLOGICAL FACILITY FOR SIMULATION OF RADIATION PROCESSING
DOI:
https://doi.org/10.26565/2312-4334-2014-3-07Abstract
of two-parametric fitting of semi-empirical model for the depth-dose curves (DDC) of electrons beam. The measurement of DDC of electrons into standard dosimetric wedge were performed in the process of radiation sterilization of medical devices on the radiation facility with EB accelerator into INCT, Warsaw, Poland. It was shown that satisfactory agreement between the measurement results and simulation of the DDC of electrons beam with using PFSEM method is observed.
References
ISO/ASTM Standard 51649, Practice for dosimetry in an e-beam facility for radiation processing at energies between 300 keV and 25 MeV / Annual Book of ASTM Standards. – Vol. 12.02 (2005).
Lisanti T.F. Calculating electron range values mathematically // Radiation Physics and Chemistry. – 2004. – Vol. 71. – Р. 581 – 584.
Cleland M.R., Lisanti T.F., Gallowey R.A. Comparisons of Monte Carlo and ICRU electron energy vs. range equations // Radiation Physics and Chemistry. – 2004. – Vol. 71. – Р. 585 –589.
Lazurik V.T., Pochynok A.V. Dosimetry of electrons on the base of computer modeling the depth-dose distribution of irradiation // Journal of Kharkiv University. Mathematical modeling. Information technologies series. – 2010. – No.925. – P.114 – 122.
Pochynok A.V., Lazurik V.T., Sarukhanyan G.E. The parametric method of the determination of electron energy on the data obtained by the method of a dosimetric wedge //Bulletin Kherson National Technical University. – 2012. – Vol. 2(45). – P.298-302.
Lazurik V.M., Tabata T., Lazurik V.T. A Database for Electron-Material Interactions // Radiation Physics and Chemistry. – 2001. – Vol.60. – P. 161-162.
GEX Corporation. The Dosimetry company. http://gexcorporation.com/
Lazurik V.T., Lazurik V.M., Popov G., Rogov Yu., Zimek Z. Information System and Software for Quality Control of Radiation Processing // IAEA: Collaborating Center for Radiation Processing and Industrial Dosimetry, Warsaw: Poland. – 2011. – 220 p.
Bigolas J., Kulinski S., Maciszewski W., Pachan M., Plawski E, Zimek Z. Current approach to design of high-power electron accelerators to match actual requirements of radiation technology in Poland // Radiation Physics and Chemistry. – 2001. – Vol. 60. – P.161-162.
Miller A. Polystyrene calorimeter for electron beam dose measurements // Radiation Physics and Chemistry. – 1993. – Vol.46. – Р. 1243–1246.
National Physical Laboratory, Teddington, Middlesex, UK [www.npl.co.uk]
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