Design and Commissioning of the first two CYRC\'e Extension Beamlines
E. Bouquerel (1), E. Traykov (1), C. Maazouzi (1), M. Rousseau (1), M., Pellicioli (1), J. Andrea (1), T. Adam (1), P. Graehling (1), C. Mathieu (1),, G. Heitz (1), M. Krauth (1), D. Oster (1), T. Foehrenbacher (1), C. Ruescas, (1), J. Schuler (1), U. Goerlach (1)
TL;DR
This paper details the design, development, and commissioning of the first two beamlines for the CYRC'e cyclotron at IPHC, enabling radiobiological experiments and detector studies for the CMS project.
Contribution
It introduces the first two extended beamlines for the CYRC'e cyclotron, expanding experimental capabilities at IPHC.
Findings
Successful commissioning of the two beamlines
Enhanced experimental platform for radiobiological research
Beamlines support detector studies for CMS project
Abstract
CYRC\'e is a TR24 cyclotron installed at the Institut Pluridisciplinaire Hubert Curien (IPHC) of Strasbourg operating at energies of 16-25 MeV and at intensities up to 400 A. The accelerator is used to produce and provide radioelements for PET and for SPECT. In 2015, IPHC started to develop a platform with the aim of performing radiobiological experiments. The PRECy platform foresees to contain three-to-five experimental stations linked to beamlines expanded from the second exit port of the cyclotron. This extension allows devoting one of the beamlines for detector studies within the framework of the CMS project. The design, the development and the commissioning of the first two beamlines are discussed in this paper.
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