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14. Conceptual design of the AGATA [formula omitted] array at GANIL

Author

Clément, E., Michelagnoli, C., de France, G., Li, H.J., Lemasson, A., Barthe Dejean, C., Beuzard, M., Bougault, P., Cacitti, J., Foucher, J.-L., Fremont, G., Gangnant, P., Goupil, J., Houarner, C., Jean, M., Lefevre, A., Legeard, L., Legruel, F., Maugeais, C., Ménager, L., Ménard, N., Munoz, H., Ozille, M., Raine, B., Ropert, J.A., Saillant, F., Spitaels, C., Tripon, M., Vallerand, Ph., Voltolini, G., Korten, W., Salsac, M.-D., Theisen, Ch., Zielińska, M., Joannem, T., Karolak, M., Kebbiri, M., Lotode, A., Touzery, R., Walter, Ch., Korichi, A., Ljungvall, J., Lopez-Martens, A., Ralet, D., Dosme, N., Grave, X., Karkour, N., Lafay, X., Legay, E., Kojouharov, I., Domingo-Pardo, C., Gadea, A., Pérez-Vidal, R.M., Civera, J.V., Birkenbach, B., Eberth, J., Hess, H., Lewandowski, L., Reiter, P., Nannini, A., De Angelis, G., Jaworski, G., John, P., Napoli, D.R., Valiente-Dobón, J.J., Barrientos, D., Bortolato, D., Benzoni, G., Bracco, A., Brambilla, S., Camera, F., Crespi, F.C.L., Leoni, S., Million, B., Pullia, A., Wieland, O., Bazzacco, D., Lenzi, S.M., Lunardi, S., Menegazzo, R., Mengoni, D., Recchia, F., Bellato, M., Isocrate, R., Egea Canet, F.J., Didierjean, F., Duchêne, G., Baumann, R., Brucker, M., Dangelser, E., Filliger, M., Friedmann, H., Gaudiot, G., Grapton, J.-N., Kocher, H., Mathieu, C., Sigward, M.-H., Thomas, D., Veeramootoo, S., Dudouet, J., Stézowski, O., Aufranc, C., Aubert, Y., Labiche, M., Simpson, J., Burrows, I., Coleman-Smith, P.J., Grant, A., Lazarus, I.H., Morrall, P.S., Pucknell, V.F.E., Boston, A., Judson, D.S., Lalović, N., Nyberg, J., Collado, J., González, V., Kuti, I., Nyakó, B.M., Maj, A., and Rudigier, M.

Published
2017
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16. SP-0029 The role of medical physicists in clinical trials across Europe

Author

Abbott, N.L., primary, Appelt, A., additional, Chauvie, S., additional, DeJean, C., additional, Gasnier, A., additional, Koutsouveli, E., additional, Lisbona, A., additional, Luzzara, M., additional, Marcu, L., additional, Melidis, C., additional, Mazzoni, L.N., additional, O'Doherty, J., additional, Wientje, R., additional, and Rønn Hansen, C., additional

Published
2023
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18. OC-0292 GEC-ESTRO recommendations for commissioning a brachytherapy TPS

Author

De Brabandere, M., primary, Beaulieu, L., additional, Carrara, M., additional, Dejean, C., additional, Dempsey, C., additional, Lee, C., additional, Mason, J., additional, Rivard, M.J., additional, Perez-Calatayud, J., additional, Smith, R., additional, Steenhuijsen, J., additional, Walte, R., additional, Workman, G., additional, Zuchora, A., additional, and Siebert, F., additional

Published
2023
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21. Evaluation of AI vs. Clinical Experts SBRT-Thorax Computed Tomography OARs Delineation

Author

Stathakis, S., primary, Pissakas, G., additional, Alexiou, A., additional, Bertrand, B., additional, Bondiau, P.Y., additional, Claude, L., additional, Cuthbert, T., additional, Damatopoulou, A., additional, Dejean, C., additional, Doukakis, C., additional, Güngör, G., additional, Hardy, L., additional, Maani, E., additional, Martel-Lafay, I., additional, Mavroidis, P., additional, Paragios, N., additional, Peppa, V., additional, Remonde, D., additional, Shumway, J.W., additional, Ugurluer, G., additional, and Ozyar, E., additional

Published
2022
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27. Radiotherapy for penile cancers

Author

Escande, A., primary, Peiffert, D., additional, Dejean, C., additional, Hannoun-Lévi, J.-M., additional, Cordoba, A., additional, Pommier, P., additional, Haie-Méder, C., additional, and Chargari, C., additional

Published
2021
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31. PO-1114 “One minute” IORT for low-risk breast cancer: feasibility, reproducibility and early toxicity report

Author

Chand-Fouché, M., primary, Colnard, C., additional, Lam Cham kee, D., additional, Gal, J., additional, Dejean, C., additional, Gautier, M., additional, Feuillade, J., additional, Mana, A., additional, Fouché, Y., additional, Delpech, Y., additional, Dejode, M., additional, Gérard, J., additional, Barranger, E., additional, and Hannoun-Levi, J., additional

Published
2021
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38. Com’ un Je : serious gameà destination des patients et des professionnels de santé pour mieux communiquer ensemble

Author

Vincent-Dejean, C., Trombini, E., Olivier, C.E., Van Den Broeck, P., Laroche, S., Chambenois, L., Veyrat, R., Salhi, L., Dey, U., and Tangara, H.

Abstract

La communication est l’affaire de chacun, mais la spécialité de personne. Elle concerne aussi bien les professionnels de santé que les patients. Une communication patient/soignant plus aisée participe pleinement à l’alliance thérapeutique. C’est pourquoi les coordinations de l’Éducation thérapeutique du patient en région Centre-Val de Loire proposent une formation aux techniques de communication grâce au serious gamepour améliorer la qualité des rencontres patient-soignant. Le dispositif Com’ un Je propose : une accessibilité libre et facile : rendre la formation accessible grâce à l’utilisation du digital et de formats courts. Ce jeu est en ligne et gratuit. Une gestion intelligente : 5 modules destinés aux professionnels de la santé (accueillir et écouter activement ; entretenir la motivation ; reformuler et questionner ; résumer et valoriser avec enthousiasme ; s’ajuster au langage non verbal et faire avec) et 3 modules destinés aux patients (se préparer à la consultation ; savoir se positionner et libérer sa parole ; s’informer et demander des précisions). Le serious gameteste nos compétences en milieu sécurisé avant la mise en pratique dans notre quotidien. Des idées novatrices : faciliter l’approche pédagogique lors de mises en situation inspirées de vrais échanges dont l’utilisateur va influencer le déroulement de manière interactive. Il est plus facile de mémoriser en étant impliqué. Des fiches mémos sont accessibles en téléchargement ainsi qu’un quiz. Travailler la relation patient/soignant est un premier pas vers la posture éducative et la démarche ETP. Cette communication présentera la démarche pédagogique ainsi que les premiers résultats d’impact pour les utilisateurs.

Published
2024
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42. New genetic data on Amerindians from the Paraguayan Chaco

Author

Goicoechea, A.S., Carnese, F.R., Dejean, C., Avena, S.A., Weimer, T.A., Estalote, A.C., Simoes, M.L.M.S., Palatnik, M., Salamoni, S.P., Salzano, F.M., and Callegari-Jacques, S.M.

Subjects
Human population genetics -- Paraguay, South American native peoples -- Paraguay, Biological sciences
Abstract

Genetic studies hve been conducted of the Ayoreo and Lengua Indians from the Paraguayan Chaco. The results point to the distinctiveness of the Ayoreo, and of the Chaco as a distinct biological region.

Published
2001

46. Lifetime measurements in Ti-52,Ti-54 to study shell evolution toward N=32

Author

Goldkuhle, A, Fransen, C, Blazhev, A, Beckers, M, Birkenbach, B, Braunroth, T, Clement, E, Dewald, A, Dudouet, J, Eberth, J, Hess, H, Jacquot, B, Jolie, J, Kim, Y-H, Lemasson, A, Lenzi, SM, Li, HJ, Litzinger, J, Michelagnoli, C, Mueller-Gatermann, C, Singh, BS Nara, Perez-Vidal, RM, Ralet, D, Reiter, P, Vogt, A, Warr, N, Zell, KO, Atac, A, Barrientos, D, Barthe-Dejean, C, Benzoni, G, Boston, AJ, Boston, HC, Bourgault, P, Burrows, I, Cacitti, J, Cederwall, B, Ciemala, M, Cullen, DM, De France, G, Domingo-Pardo, C, Foucher, J-L, Fremont, G, Gadea, A, Gangnant, P, Gonzalez, V, Goupil, J, Henrich, C, Houarner, C, Jean, M, Judson, DS, Korichi, A, Korten, W, Labiche, M, Lefevre, A, Legeard, L, Legruel, F, Leoni, S, Ljungvall, J, Maj, A, Maugeais, C, Menager, L, Menard, N, Menegazzo, R, Mengoni, D, Million, B, Munoz, H, Napoli, DR, Navin, A, Nyberg, J, Ozille, M, Podolyak, Zs, Pullia, A, Raine, B, Recchia, F, Ropert, J, Saillant, F, Salsac, MD, Sanchis, E, Schmitt, C, Simpson, J, Spitaels, C, Stezowski, O, Theisen, Ch, Toulemonde, M, Tripon, M, Dobon, J-J Valiente, Voltolini, G, Zielinska, M, and Collaboration, AGATA

Published
2019

47. Lifetime measurements in Ti 52,54 to study shell evolution toward N=32

Author

Goldkuhle, A., Fransen, C., Blazhev, A., Beckers, M., Birkenbach, B., Braunroth, T., Clément, E., Dewald, A., Dudouet, J., Eberth, J., Hess, H., Jacquot, B., Jolie, J., Kim, Y.H., Lemasson, A., Lenzi, Silvia M., Li, H.J., Litzinger, J., Michelagnoli, C., Müller-Gatermann, C., Nara Singh, B.S., Pérez-Vidal, R.M., Ralet, D., Reiter, P., Vogt, A., Warr, N., Zell, K.O., Ataç, A., Barrientos, D., Barthe-Dejean, C., Benzoni, G., Boston, A.J., Boston, H.C., Bourgault, P., Burrows, I., Cacitti, J., Cederwall, B., Ciemala, M., Cullen, D.M., De France, G., Domingo Pardo, César, Foucher, J.L., Fremont, G., Gadea, Andrés, Gangnant, P., González, V., Goupil, J., Henrich, C., Houarner, C., Sanchis, E., Ministerio de Economía y Competitividad (España), and Ministerio de Ciencia, Innovación y Universidades (España)

Subjects
Nuclear Experiment
Abstract

AGATA Collaboration, Lifetimes of the excited states in the neutron-rich Ti52,54 nuclei, produced in a multinucleon-transfer reaction, were measured by employing the Cologne plunger device and the recoil-distance Doppler-shift method. The experiment was performed at the Grand Accélérateur National d'Ions Lourds facility by using the Advanced Gamma Tracking Array for the γ-ray detection, coupled to the large-acceptance variable mode spectrometer for an event-by-event particle identification. A comparison between the transition probabilities obtained from the measured lifetimes of the 21+ to 81+ yrast states in Ti52,54 and that from the shell-model calculations based on the well-established GXPF1A, GXPF1B, and KB3G fp shell interactions support the N=32 subshell closure. The B(E2) values for Ti52 determined in this work are in disagreement with the known data, but are consistent with the predictions of the shell-model calculations and reduce the previously observed pronounced staggering across the even-even titanium isotopes.

Published
2019

48. Lifetime measurements in Ti-52,Ti-54 to study shell evolution toward N=32

Author

Goldkuhle, A., Fransen, C., Blazhev, A., Beckers, M., Birkenbach, B., Braunroth, T., Clement, E., Dewald, A., Dudouet, J., Eberth, J., Hess, H., Jacquot, B., Jolie, J., Kim, Y-H, Lemasson, A., Lenzi, S. M., Li, H. J., Litzinger, J., Michelagnoli, C., Mueller-Gatermann, C., Singh, B. S. Nara, Perez-Vidal, R. M., Ralet, D., Reiter, P., Vogt, A., Warr, N., Zell, K. O., Atac, A., Barrientos, D., Barthe-Dejean, C., Benzoni, G., Boston, A. J., Boston, H. C., Bourgault, P., Burrows, I, Cacitti, J., Cederwall, B., Ciemala, M., Cullen, D. M., De France, G., Domingo-Pardo, C., Foucher, J-L, Fremont, G., Gadea, A., Gangnant, P., Gonzalez, V, Goupil, J., Henrich, C., Houarner, C., Jean, M., Judson, D. S., Korichi, A., Korten, W., Labiche, M., Lefevre, A., Legeard, L., Legruel, F., Leoni, S., Ljungvall, J., Maj, A., Maugeais, C., Menager, L., Menard, N., Menegazzo, R., Mengoni, D., Million, B., Munoz, H., Napoli, D. R., Navin, A., Nyberg, Johan, Ozille, M., Podolyak, Zs, Pullia, A., Raine, B., Recchia, F., Ropert, J., Saillant, F., Salsac, M. D., Sanchis, E., Schmitt, C., Simpson, J., Spitaels, C., Stezowski, O., Theisen, Ch, Toulemonde, M., Tripon, M., Dobon, J-J Valiente, Voltolini, G., and Zielinska, M.

Subjects
Subatomär fysik, Subatomic Physics, Nuclear Experiment
Abstract

Lifetimes of the excited states in the neutron-rich Ti-52,Ti-54 nuclei, produced in a multinucleon-transfer reaction, were measured by employing the Cologne plunger device and the recoil-distance Doppler-shift method. The experiment was performed at the Grand Accelerateur National d'Ions Lourds facility by using the Advanced Gamma Tracking Array for the gamma-ray detection, coupled to the large-acceptance variable mode spectrometer for an event-by-event particle identification. A comparison between the transition probabilities obtained from the measured lifetimes of the 2(1)(+) to 8(1)(+) yrast states in Ti-52,Ti-54 and that from the shell-model calculations based on the well-established GXPF1A, GXPF1B, and KB3G fp shell interactions support the N = 32 subshell closure. The B(E2) values for Ti-52 determined in this work are in disagreement with the known data, but are consistent with the predictions of the shell-model calculations and reduce the previously observed pronounced staggering across the even-even titanium isotopes.

Published
2019

49. Mechanical Engineering Design and Simulation for SPIRAL2 Accelerator @GANIL

Author

Barthe-Dejean, C., Lutton, F., Michel, M., Gangnant, P., Michel, C., Lecomte, P., Daudin, F., Stodel, C., Revenko, R., Vignet, Jl., Di Giacomo, M., Leyge, J.F., Petit, E., Walter, M., Grand Accélérateur National d'Ions Lourds (GANIL), Commissariat à l'énergie atomique et aux énergies alternatives (CEA)-Institut National de Physique Nucléaire et de Physique des Particules du CNRS (IN2P3)-Centre National de la Recherche Scientifique (CNRS), Centre de Calcul de l'IN2P3 (CC-IN2P3), Centre National de la Recherche Scientifique (CNRS)-Institut National de Physique Nucléaire et de Physique des Particules du CNRS (IN2P3), Centre National de la Recherche Scientifique (CNRS)-Commissariat à l'énergie atomique et aux énergies alternatives (CEA)-Institut National de Physique Nucléaire et de Physique des Particules du CNRS (IN2P3), and Institut National de Physique Nucléaire et de Physique des Particules du CNRS (IN2P3)-Centre National de la Recherche Scientifique (CNRS)

Subjects
beam-transport, experiment, [PHYS.PHYS.PHYS-ACC-PH]Physics [physics]/Physics [physics]/Accelerator Physics [physics.acc-ph], Physics::Accelerator Physics, linac, simulation, target
Abstract

International audience; The SPIRAL2 project at GANIL is based on a superconducting ion continuous wave LINAC with two associated experimental areas named S3 (Super Separator Spectrometer) and NFS (Neutron For Science). This paper will report the main contributions of Mechanical Design Group at GANIL to the project. Mechanical engineers have been highly involved since 2005 from the pre-design of the accelerator and its development until present to finalize the installation. During the development phase, design and numerical simulation were used throughout the complete process: from the ion sources, to the LINAC accelerator, then through beam transport lines to experimental halls equipped with detectors. The entire installation (process, buildings and systems) is integrated in 3D CAD models. The paper focuses on three equipments designed in collaboration with electronics engineers and physicists : the Rebuncher in Mean Energy Beam Transport line; the Instrumentation Profiler SEM and the Target Chamber in S3. SPIRAL2 also has to meet safety requirements, such as seismic hazard, therefore the dynamic simulations performed to demonstrate the mechanical strength in case of earthquake will also be detailed.

Published
2018
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