Application of Traditional and Nanostructure Materials for Medical Electron Beams Collimation: Numerical Simulation

Abstract

Nowadays, the commercial application of the electron accelerators grows in the industry, in the research investigations, in the medical diagnosis and treatment. In this regard, the electron beam profile modification in accordance with specific purposes is an actual task. In this paper the model of the TPU microtron extracted electron beam developed in the program "Computer Laboratory (PCLab)" is described. The internal beam divergence influence for the electron beam profile and depth dose distribution in the air is considered. The possibility of using the nanostructure materials for the electron beam formation was analyzed. The simulation data of the electron beam shape collimated by different materials (lead, corund- zirconia nanoceramic, gypsum) are shown. The collimator material influence for the electron beam profile and shape are analyzed.

Original language	English
Title of host publication	IOP Conference Series: Materials Science and Engineering
Publisher	Institute of Physics Publishing
Volume	98
Edition	1
DOIs	https://doi.org/10.1088/1757-899X/98/1/012011
Publication status	Published - 3 Nov 2015
Event	3rd International Youth Conference on Interdisciplinary Problems of Nanotechnology, Biomedicine and Nanotoxicology, Nanobiotech 2015 - Tambov, Russian Federation Duration: 21 May 2015 → 22 May 2015

Other

Other	3rd International Youth Conference on Interdisciplinary Problems of Nanotechnology, Biomedicine and Nanotoxicology, Nanobiotech 2015
Country	Russian Federation
City	Tambov
Period	21.5.15 → 22.5.15

ASJC Scopus subject areas

Engineering(all)
Materials Science(all)

Access to Document

10.1088/1757-899X/98/1/012011

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Application of Traditional and Nanostructure Materials for Medical Electron Beams Collimation : Numerical Simulation. / Miloichikova, Irina Alekseevna ; Stuchebrov, Sergei Gennadievich; Zhaksybayeva, G. K.; Wagner, A. R.

IOP Conference Series: Materials Science and Engineering. Vol. 98 1. ed. Institute of Physics Publishing, 2015. 012011.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Miloichikova, IA , Stuchebrov, SG, Zhaksybayeva, GK & Wagner, AR 2015, Application of Traditional and Nanostructure Materials for Medical Electron Beams Collimation: Numerical Simulation. in IOP Conference Series: Materials Science and Engineering. 1 edn, vol. 98, 012011, Institute of Physics Publishing, 3rd International Youth Conference on Interdisciplinary Problems of Nanotechnology, Biomedicine and Nanotoxicology, Nanobiotech 2015, Tambov, Russian Federation, 21.5.15. https://doi.org/10.1088/1757-899X/98/1/012011

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AU - Wagner, A. R.

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N2 - Nowadays, the commercial application of the electron accelerators grows in the industry, in the research investigations, in the medical diagnosis and treatment. In this regard, the electron beam profile modification in accordance with specific purposes is an actual task. In this paper the model of the TPU microtron extracted electron beam developed in the program "Computer Laboratory (PCLab)" is described. The internal beam divergence influence for the electron beam profile and depth dose distribution in the air is considered. The possibility of using the nanostructure materials for the electron beam formation was analyzed. The simulation data of the electron beam shape collimated by different materials (lead, corund- zirconia nanoceramic, gypsum) are shown. The collimator material influence for the electron beam profile and shape are analyzed.

AB - Nowadays, the commercial application of the electron accelerators grows in the industry, in the research investigations, in the medical diagnosis and treatment. In this regard, the electron beam profile modification in accordance with specific purposes is an actual task. In this paper the model of the TPU microtron extracted electron beam developed in the program "Computer Laboratory (PCLab)" is described. The internal beam divergence influence for the electron beam profile and depth dose distribution in the air is considered. The possibility of using the nanostructure materials for the electron beam formation was analyzed. The simulation data of the electron beam shape collimated by different materials (lead, corund- zirconia nanoceramic, gypsum) are shown. The collimator material influence for the electron beam profile and shape are analyzed.

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