Author: "Neuvéglise, D." / Database: Academic Search Index - Searchworks@Jio Institute Digital Library Search Results

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Author: Rey, J.-M., Blideanu, V., Carty, M., Coulloux, G., Curtoni, A., Delferrière, O., Forest, F., Lancelot, J. L., Liszkay, L., Neuvéglise, D., Pérez, P., Ruiz, N., and Sauce, Y.
Subjects: *POSITRON beams, *POSITRONIUM, *POSITRONS
Abstract: We are building the SOPHI experiment in Saclay, which is a device based on a small 5 MeV electron linac [1] to produce positrons via pair production on a tungsten target. This device should provide 108 slow e+/s, i.e. a factor 300 greater than the strongest activity Na22 based setup. The SOPHI system has been finalized at the end of 2006 and the main components have been studied and built during 2007 [2]. The experiment is currently being assembled and first results are expected for autumn 2008. The electron linac, positron beam production and transport system will be presented, and expected positron production rate reported. [ABSTRACT FROM AUTHOR]
Published: 2009
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Author: Planche, T., Fourrier, J., Lancelot, J.L., Méot, F., Neuvéglise, D., and Pasternak, J.
Subjects: *PROTOTYPES, *PROTON accelerators, *PHYSICAL measurements, *MAGNETIC dipoles, *PHYSICS laboratories, *PROTONS, *NUCLEAR medicine, *PARTICLE accelerators
Abstract: Abstract: The design, fabrication and measurement of a prototype magnet is part of the RACCAM ANR medical FFAG project. This magnet prototyping work, started in early 2006, is being performed in collaboration between the IN2P3/LPSC laboratory team and the magnet engineering firm SIGMAPHI. Magnetic computations and parameters of the magnet prototype will be presented in this paper. [Copyright &y& Elsevier]
Published: 2009
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Author: Antoine, S., Autin, B., Beeckman, W., Collot, J., Conjat, M., Forest, F., Fourrier, J., Froidefond, E., Lancelot, J.L., Mandrillon, J., Mandrillon, P., Méot, F., Mori, Y., Neuvéglise, D., Ohmori, C., Pasternak, J., and Planche, T.
Subjects: *MEDICAL physics, *PROTON accelerators, *PROTON beams, *IONS, *PHYSICS projects, *NUCLEAR energy
Abstract: Abstract: The FFAG method is nowadays seen as a potential candidate for the acceleration of protons and light ions for hadrontherapy. This has motivated the design of a principle protontherapy installation, in the frame of the RACCAM project. This article presents the design study, a medical spiral scaling FFAG assembly, capable of producing variable energy proton beams, with potentially high repetition and dose delivery rates. [Copyright &y& Elsevier]
Published: 2009
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