Variant of the Protons Beam Delivery System for the Oncological Ophthalmological Center of Proton Radiation Therapy at the NRC “Kurchatov Institute”–PNPI
https://doi.org/10.1134/S2079562920040028
Abstract
A variant of the protons beam delivery system with an energy of 60 MeV for the future oncoophthalmological center for proton radiation therapy at the isochronous cyclotron C-80 at PNPI was designed. The requirements to the beam characteristics were defined. Based on a series of calculations, the optimal parameters and composition of the beam line elemenós are determined. It is shown that such a beam line allows one to alternately and efficiently switch from the isotope production mode on the cyclotron to the mode of operation of the center of proton radiation therapy without a fundamental overhaul of the accelerator systems.
About the Authors
S. A. ArtamonovRussian Federation
Gatchina, 188300
E. M. Ivanov
Russian Federation
Gatchina, 188300
G. A. Riabov
Russian Federation
Gatchina, 188300
V. A. Tonkikh
Russian Federation
Gatchina, 188300
D. A. Amerkanov
Russian Federation
Gatchina, 188300
References
1. Artamonov S.A., Amerkanov D.A., Ivanov E.M. et al. // Proc. RUPAC2018 Conf. Protvino, Russia. 2018. P. 65–67.
2. Artamonov S.A., Ivanov E.M, Riabov G.A., Tonkikh V.A. // Proc. OPENSCIENCE Conf. 2018. Gatchina, Russia. 2018. P. 1.
3. Steffen K.G. High Energy Beam Optics. 1965. New York-London-Sydney: Interscience Publ.
4. Artamonov S.A., Chernov A.N., Ivanov E.M., Riabov G.A., Tonkikh V.A. // Proc. RUPAC2016 Conf. St-Petersburg, Russia. 2016. P. 176–178.
5. Crandall K., Rusthoi D. “TRACE 3-D Documentation,” 3rd Ed., LA-UR-97-886. 1997.
Review
For citations:
Artamonov S.A., Ivanov E.M., Riabov G.A., Tonkikh V.A., Amerkanov D.A. Variant of the Protons Beam Delivery System for the Oncological Ophthalmological Center of Proton Radiation Therapy at the NRC “Kurchatov Institute”–PNPI. Nuclear Physics and Engineering. 2020;11(5):284-288. (In Russ.) https://doi.org/10.1134/S2079562920040028