Author:
Romanyuk M.I.,Hainysh J.J.,Plakosh Y.,Kovtun V.,Turhovsky O.M.,Pitchenko G.F.,Megela I.G.,Goshovsky M.V.,Parlag O.O.,Maslyuk V.T.,Svatiuk N.I.
Abstract
The results of the formation and study of the parameters of the electronic accelerator microtron M-30 are presented. The absorbed dose and spatial-energy distribution of the density of the beam in the area of the opinion are installed, which is important for protocols of radiation tests of various materials and devices. Several variants of the radiation formation, as well as the spatial distribution of radiation density are considered. For the homogeneity of radiation investigation, a commercial glass is used as a recording medium. The analytical dependence of radiation dose from the distance to the output node M-30, the control of the energy of accelerated electrons is carried out using an aluminum and glass absorber. Control of the accelerator parameters is carried out remotely from the control panel with the help of the developed «Virtual Remote» program.
Publisher
Problems of Atomic Science and Technology
Reference15 articles.
1. S.P. Kapitsa, V.N. Melekhin. Microtron. M.: “Science”, 1969, p. 296.
2. Yu.M. Tzienyuk. Fundamental and applied research on the microtron. M.: “Fizmatgiz”, 2009, p. 424.
3. V.V. Smaluk. Diagnostics of beams of charged particles in accelerators. Novosibirsk: “Parallel”, 2009, p. 294.
4. S.M. Brehovsky, Yu.N. Viktorova, L.M. Landa. Radiation effects in glasses. M.: “Energoisdat”, 1982, 181 p.
5. F.H. Attix. Introduction to Radiological Physics and Radiation Dosimetry. “WILEY-VCH Verlag GmbH & Co. KgaA”, 1986, p. 607. https://doi.org/10.1002/9783527617135.
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