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Your search keyword '"Caillaud, T."' showing total 14 results
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14 results on '"Caillaud, T."'

1. Experimental capabilities of the LMJ-PETAL facility

Author

Cayzac, W., Boutoux, G., Brygoo, S., Denoeud, A., Depierreux, S., Tassin, V., Albert, F., Alozy, E., Baccou, C., Batani, D., Blanchot, N., Bonneau, M., Bonnefille, M., Botrel, R., Bowen, C., Bradford, P., Brochier, M., Caillaud, T., Chaleil, A., Chardavoine, S., Chollet, C., Courtois, C., Darbon, S., Davoine, X., Debesset, S., Denis, V., Diaz, R., Dizière, A., Du Jeu, R., Duchastenier, W., Dupré, P., Duval, A., Esnault, C., Etchessahar, B., Ferri, M., Fuchs, J., Geoffray, I., Gremillet, L., Grolleau, A., D’Humières, E., Jalinaud, T., Laffite, S., Lafon, M., Lagache, M.A., Landoas, O., Lantuejoul, I., Le-Deroff, L., Le Tacon, S., Leidinger, J.P., Lelièvre, R., Liberatore, S., Mahieu, B., Masson-Laborde, P.E., Meyer, C., Miquel, J.L., Parreault, R., Philippe, F., Prévot, V., Prunet, P., Raphaël, O., Reverdin, C., Ribotte, L., Riquier, R., Rousseaux, C., Sary, G., Soullié, G., Sozet, M., Ta-Phuoc, K., Trela, J., Trauchessec, V., Vaisseau, X., Vauzour, B., Villette, B., and Lefebvre, E.

Published
2024
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2. Inefficient magnetic-field amplification in supersonic laser-plasma turbulence

Author

Bott, A. F. A., Chen, L., Boutoux, G., Caillaud, T., Duval, A., Koenig, M., Khiar, B., Lantuéjoul, I., Le-Deroff, L., Reville, B., Rosch, R., Ryu, D., Spindloe, C., Vauzour, B., Villette, B., Schekochihin, A. A., Lamb, D. Q., Tzeferacos, P., Gregori, G., and Casner, A.

Subjects
Physics - Plasma Physics, Astrophysics - Astrophysics of Galaxies
Abstract

We report a laser-plasma experiment that was carried out at the LMJ-PETAL facility and realized the first magnetized, turbulent, supersonic plasma with a large magnetic Reynolds number ($\mathrm{Rm} \approx 45$) in the laboratory. Initial seed magnetic fields were amplified, but only moderately so, and did not become dynamically significant. A notable absence of magnetic energy at scales smaller than the outer scale of the turbulent cascade was also observed. Our results support the notion that moderately supersonic, low-magnetic-Prandtl-number plasma turbulence is inefficient at amplifying magnetic fields., Comment: 6 pages, 4 figures; supplemental information included (14 pages, 10 figures)

Published
2020
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3. First indirect drive inertial confinement fusion campaign at Laser Megajoule

Author

Liberatore, S., primary, Gauthier, P., additional, Willien, J. L., additional, Masson-Laborde, P. E., additional, Philippe, F., additional, Poujade, O., additional, Alozy, E., additional, Botrel, R., additional, Boutoux, G., additional, Bray, J., additional, Caillaud, T., additional, Chicanne, C., additional, Chollet, C., additional, Debayle, A., additional, Depierreux, S., additional, Duchastenier, W., additional, Ferri, M., additional, Henry, O., additional, Hoch, P., additional, Laffite, S., additional, Landoas, O., additional, Le-Deroff, L., additional, Lefebvre, E., additional, Legay, G., additional, Marmajou, I., additional, Meyer, C., additional, Molina, K., additional, Morice, O., additional, Peche, E., additional, Prunet, P., additional, Riquier, R., additional, Rosch, R., additional, Tassin, V., additional, Vaisseau, X., additional, and Villette, B., additional

Published
2023
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5. Inefficient Magnetic-Field Amplification in Supersonic Laser-Plasma Turbulence

Author

Bott, A. F. A., primary, Chen, L., additional, Boutoux, G., additional, Caillaud, T., additional, Duval, A., additional, Koenig, M., additional, Khiar, B., additional, Lantuéjoul, I., additional, Le-Deroff, L., additional, Reville, B., additional, Rosch, R., additional, Ryu, D., additional, Spindloe, C., additional, Vauzour, B., additional, Villette, B., additional, Schekochihin, A. A., additional, Lamb, D. Q., additional, Tzeferacos, P., additional, Gregori, G., additional, and Casner, A., additional

Published
2021
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6. The neutrons for science facility at SPIRAL-2

Author

Ledoux X., Aïche M., Avrigeanu M., Avrigeanu V., Balanzat E., Ban-d'Etat B., Ban G., Bauge E., Bélier G., Bém P., Borcea C., Caillaud T., Chatillon A., Czajkowski S., Dessagne P., Doré D., Fischer U., Frégeau M.O., Grinyer J., Guillous S., Gunsing F., Gustavsson C., Henning G., Jacquot B., Jansson K., Jurado B., Kerveno M., Klix A., Landoas O., Lecolley F.R., Lecouey J.L., Majerle M., Marie N., Materna T., Mrázek J., Negoita F., Novák J., Oberstedt S., Oberstedt A., Panebianco S., Perrot L., Plompen A.J.M., Pomp S., Prokofiev A.V., Ramillon J.M., Farget F., Ridikas D., Rossé B., Sérot O., Simakov S.P., Šimečková E., Štefánik M., Sublet J.C., Taïeb J., Tarrío D., Tassan-Got L., Thfoin I., and Varignon C.

Subjects
Physics, QC1-999
Abstract

Numerous domains, in fundamental research as well as in applications, require the study of reactions induced by neutrons with energies from few MeV up to few tens of MeV. Reliable measurements also are necessary to improve the evaluated databases used by nuclear transport codes. This energy range covers a large number of topics like transmutation of nuclear waste, design of future fission and fusion reactors, nuclear medicine or test and development of new detectors. A new facility called Neutrons For Science (NFS) is being built for this purpose on the GANIL site at Caen (France). NFS is composed of a pulsed neutron beam for time-of-flight facility as well as irradiation stations for cross-section measurements. Neutrons will be produced by the interaction of deuteron and proton beams, delivered by the SPIRAL-2 linear accelerator, with thick or thin converters made of beryllium or lithium. Continuous and quasi-mono-energetic spectra will be available at NFS up to 40 MeV. In this fast energy region, the neutron flux is expected to be up to 2 orders of magnitude higher than at other existing time-of-flight facilities. In addition, irradiation stations for neutron-, proton- and deuteron-induced reactions will allow performing cross-section measurements by the activation technique. After a description of the facility and its characteristics, the experiments to be performed in the short and medium term will be presented.

Published
2017
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7. The Neutrons for Science Facility at SPIRAL-2

Author

Ledoux, X., Aiche, M., Avrigeanu, M., Avrigeanu, V., Balanzat, E., Ban-d'Etat, B., Ban, G., Bauge, E., Belier, G., Bem, P., Borcea, C., Caillaud, T., Chatillon, A., Czajkowski, S., Dessagne, P., Dore, D., Fischer, U., Fregeau, M. O., Grinyer, J., Guillous, S., Gunsing, F., Gustavsson, Cecilia, Henning, G., Jacquot, B., Jansson, Kaj, Jurado, B., Kerveno, M., Klix, A., Landoas, O., Lecolley, F. R., Lecouey, J. L., Majerle, M., Marie, N., Materna, T., Mrazek, J., Novak, J., Oberstedt, S., Oberstedt, A., Panebianco, S., Perrot, L., Plompen, A. J. M., Pomp, Stephan, Prokofiev, Alexander, Ramillon, J. M., Farget, F., Ridikas, D., Rosse, B., Serot, O., Simakov, S. P., Simeckova, E., Stanoiu, M., Stefanik, M., Sublet, J. C., Taieb, J., Tarrio, Diego, Tassan-Got, L., Thfoin, I., Varignon, C., Ledoux, X., Aiche, M., Avrigeanu, M., Avrigeanu, V., Balanzat, E., Ban-d'Etat, B., Ban, G., Bauge, E., Belier, G., Bem, P., Borcea, C., Caillaud, T., Chatillon, A., Czajkowski, S., Dessagne, P., Dore, D., Fischer, U., Fregeau, M. O., Grinyer, J., Guillous, S., Gunsing, F., Gustavsson, Cecilia, Henning, G., Jacquot, B., Jansson, Kaj, Jurado, B., Kerveno, M., Klix, A., Landoas, O., Lecolley, F. R., Lecouey, J. L., Majerle, M., Marie, N., Materna, T., Mrazek, J., Novak, J., Oberstedt, S., Oberstedt, A., Panebianco, S., Perrot, L., Plompen, A. J. M., Pomp, Stephan, Prokofiev, Alexander, Ramillon, J. M., Farget, F., Ridikas, D., Rosse, B., Serot, O., Simakov, S. P., Simeckova, E., Stanoiu, M., Stefanik, M., Sublet, J. C., Taieb, J., Tarrio, Diego, Tassan-Got, L., Thfoin, I., and Varignon, C.

Abstract

The neutrons for science (NFS) facility is a component of SPIRAL-2, the new superconducting linear accelerator built at GANIL in Caen (France). The proton and deuteron beams delivered by the accelerator will allow producing intense neutron fields in the 100 keV-40 MeV energy range. Continuous and quasi-mono-kinetic energy spectra, respectively, will be available at NFS, produced by the interaction of a deuteron beam on a thick Be converter and by the Li-7(p, n) reaction on thin converter. The pulsed neutron beam, with a flux up to two orders of magnitude higher than those of other existing time-of-flight facilities, will open new opportunities of experiments in fundamental research as well as in nuclear data measurements. In addition to the neutron beam, irradiation stations for neutron-, proton- and deuteron-induced reactions will be available for cross-sections measurements and for the irradiation of electronic devices or biological cells. NFS, whose first experiment is foreseen in 2018, will be a very powerful tool for physics, fundamental research as well as applications like the transmutation of nuclear waste, design of future fission and fusion reactors, nuclear medicine or test and development of new detectors.

Published
2018
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8. The Neutrons for Science Facility at SPIRAL-2

Author

Ledoux, X, primary, Aïche, M, additional, Avrigeanu, M, additional, Avrigeanu, V, additional, Balanzat, E, additional, Ban-d’Etat, B, additional, Ban, G, additional, Bauge, E, additional, Bélier, G, additional, Bém, P, additional, Borcea, C, additional, Caillaud, T, additional, Chatillon, A, additional, Czajkowski, S, additional, Dessagne, P, additional, Doré, D, additional, Fischer, U, additional, Frégeau, M O, additional, Grinyer, J, additional, Guillous, S, additional, Gunsing, F, additional, Gustavsson, C, additional, Henning, G, additional, Jacquot, B, additional, Jansson, K, additional, Jurado, B, additional, Kerveno, M, additional, Klix, A, additional, Landoas, O, additional, Lecolley, F R, additional, Lecouey, J L, additional, Majerle, M, additional, Marie, N, additional, Materna, T, additional, Mrázek, J, additional, Novák, J, additional, Oberstedt, S, additional, Oberstedt, A, additional, Panebianco, S, additional, Perrot, L, additional, Plompen, A J M, additional, Pomp, S, additional, Prokofiev, A V, additional, Ramillon, J M, additional, Farget, F, additional, Ridikas, D, additional, Rossé, B, additional, Serot, O, additional, Simakov, S P, additional, Šimečková, E, additional, Stanoiu, M, additional, Štefánik, M, additional, Sublet, J C, additional, Taïeb, J, additional, Tarrío, D, additional, Tassan-Got, L, additional, Thfoin, I, additional, and Varignon, C, additional

Published
2017
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9. The neutrons for science facility at SPIRAL-2

Author

Ledoux, X., Aïche, M., Avrigeanu, M., Avrigeanu, V., Balanzat, E., Ban-d'Etat, B., Ban, G., Bauge, E., Bélier, G., Bém, P., Borcea, C., Caillaud, T., Chatillon, A., Czajkowski, S., Dessagne, P., Doré, D., Fischer, U., Frégeau, M. O., Grinyer, J., Guillous, S., Gunsing, F., Gustavsson, Cecilia, Henning, G., Jacquot, B., Jansson, Kaj, Jurado, B., Kerveno, M., Klix, A., Landoas, O., Lecolley, F. R., Lecouey, J. L., Majerle, M., Marie, N., Materna, T., Mrázek, J., Negoita, F., Novák, J., Oberstedt, S., Oberstedt, A., Panebianco, S., Perrot, L., Plompen, A. J. M., Pomp, Stephan, Prokofiev, Alexander, Ramillon, J. M., Farget, F., Ridikas, D., Rossé, B., Sérot, O., Simakov, S. P., Šimečková, E., Štefánik, M., Sublet, J. C., Taïeb, J., Tarrío, Diego, Tassan-Got, L., Thfoin, I., Varignon, C., Ledoux, X., Aïche, M., Avrigeanu, M., Avrigeanu, V., Balanzat, E., Ban-d'Etat, B., Ban, G., Bauge, E., Bélier, G., Bém, P., Borcea, C., Caillaud, T., Chatillon, A., Czajkowski, S., Dessagne, P., Doré, D., Fischer, U., Frégeau, M. O., Grinyer, J., Guillous, S., Gunsing, F., Gustavsson, Cecilia, Henning, G., Jacquot, B., Jansson, Kaj, Jurado, B., Kerveno, M., Klix, A., Landoas, O., Lecolley, F. R., Lecouey, J. L., Majerle, M., Marie, N., Materna, T., Mrázek, J., Negoita, F., Novák, J., Oberstedt, S., Oberstedt, A., Panebianco, S., Perrot, L., Plompen, A. J. M., Pomp, Stephan, Prokofiev, Alexander, Ramillon, J. M., Farget, F., Ridikas, D., Rossé, B., Sérot, O., Simakov, S. P., Šimečková, E., Štefánik, M., Sublet, J. C., Taïeb, J., Tarrío, Diego, Tassan-Got, L., Thfoin, I., and Varignon, C.

Abstract

Numerous domains, in fundamental research as well as in applications, require the study of reactions induced by neutrons with energies from few MeV up to few tens of MeV. Reliable measurements also are necessary to improve the evaluated databases used by nuclear transport codes. This energy range covers a large number of topics like transmutation of nuclear waste, design of future fission and fusion reactors, nuclear medicine or test and development of new detectors. A new facility called Neutrons For Science (NFS) is being built for this purpose on the GANIL site at Caen (France). NFS is composed of a pulsed neutron beam for time-of-flight facility as well as irradiation stations for cross-section measurements. Neutrons will be produced by the interaction of deuteron and proton beams, delivered by the SPIRAL-2 linear accelerator, with thick or thin converters made of beryllium or lithium. Continuous and quasi-mono-energetic spectra will be available at NFS up to 40 MeV. In this fast energy region, the neutron flux is expected to be up to 2 orders of magnitude higher than at other existing time-of-flight facilities. In addition, irradiation stations for neutron-, proton- and deuteron-induced reactions will allow performing cross-section measurements by the activation technique. After a description of the facility and its characteristics, the experiments to be performed in the short and medium term will be presented.

Published
2017
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10. Recent advance in target diagnostics on the Laser MégaJoule (LMJ)

Author

Caillaud, T., additional, Alozy, E., additional, Briat, M., additional, Cornet, P., additional, Darbon, S., additional, Dizière, A., additional, Duval, A., additional, Drouet, V., additional, Fariaut, J., additional, Gontier, D., additional, Landoas, O., additional, Marchet, B., additional, Masclet-Gobain, I., additional, Oudot, G., additional, Soullié, G., additional, Stemmler, P., additional, Reverdin, C., additional, Rosch, R., additional, Rousseau, A., additional, Rossé, B., additional, Rubbelynck, C., additional, Troussel, P., additional, Villette, B., additional, Aubard, F., additional, Huelvan, S., additional, Maroni, R., additional, Llavador, P., additional, Allouche, V., additional, Burillo, M., additional, Chollet, C., additional, D'Hose, C., additional, Prat, B., additional, Trosseille, C., additional, Raimbourg, J., additional, Zuber, C., additional, Lebreton, J. P., additional, Perez, S., additional, Ulmer, J. L., additional, Jalinaud, T., additional, Jadaud, J. P., additional, Bourgade, J. L., additional, Wrobel, R., additional, Rogue, X., additional, and Miquel, J. L., additional

Published
2016
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11. First set of gated x-ray imaging diagnostics for the Laser Megajoule facility

Author

Rosch, R., primary, Trosseille, C., additional, Caillaud, T., additional, Allouche, V., additional, Bourgade, J. L., additional, Briat, M., additional, Brunel, P., additional, Burillo, M., additional, Casner, A., additional, Depierreux, S., additional, Gontier, D., additional, Jadaud, J. P., additional, Le Breton, J. P., additional, Llavador, P., additional, Loupias, B., additional, Miquel, J. L., additional, Oudot, G., additional, Perez, S., additional, Raimbourg, J., additional, Rousseau, A., additional, Rousseaux, C., additional, Rubbelynck, C., additional, Stemmler, P., additional, Troussel, P., additional, Ulmer, J. L., additional, Wrobel, R., additional, Beauvais, P., additional, Pallet, M., additional, and Prevot, V., additional

Published
2016
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12. Time history prediction of direct-drive implosions on the Omega facility

Author

Laffite, S., primary, Bourgade, J. L., additional, Caillaud, T., additional, Delettrez, J. A., additional, Frenje, J. A., additional, Girard, F., additional, Glebov, V. Yu., additional, Joshi, T., additional, Landoas, O., additional, Legay, G., additional, Lemaire, S., additional, Mancini, R. C., additional, Marshall, F. J., additional, Masse, L., additional, Masson-Laborde, P. E., additional, Michel, D. T., additional, Philippe, F., additional, Reverdin, C., additional, Seka, W., additional, and Tassin, V., additional

Published
2016
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13. Recent advance in target diagnostics on the Laser MégaJoule (LMJ)

Author

Koch, Jeffrey A., Grim, Gary P., Caillaud, T., Alozy, E., Briat, M., Cornet, P., Darbon, S., Dizière, A., Duval, A., Drouet, V., Fariaut, J., Gontier, D., Landoas, O., Marchet, B., Masclet-Gobain, I., Oudot, G., Soullié, G., Stemmler, P., Reverdin, C., Rosch, R., Rousseau, A., Rossé, B., Rubbelynck, C., Troussel, P., Villette, B., Aubard, F., Huelvan, S., Maroni, R., Llavador, P., Allouche, V., Burillo, M., Chollet, C., D'Hose, C., Prat, B., Trosseille, C., Raimbourg, J., Zuber, C., Lebreton, J. P., Perez, S., Ulmer, J. L., Jalinaud, T., Jadaud, J. P., Bourgade, J. L., Wrobel, R., Rogue, X., and Miquel, J. L.

Published
2016
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14. The Neutrons for Science Facility at SPIRAL-2.

Author

Ledoux X, Aïche M, Avrigeanu M, Avrigeanu V, Balanzat E, Ban-d'Etat B, Ban G, Bauge E, Bélier G, Bém P, Borcea C, Caillaud T, Chatillon A, Czajkowski S, Dessagne P, Doré D, Fischer U, Frégeau MO, Grinyer J, Guillous S, Gunsing F, Gustavsson C, Henning G, Jacquot B, Jansson K, Jurado B, Kerveno M, Klix A, Landoas O, Lecolley FR, Lecouey JL, Majerle M, Marie N, Materna T, Mrázek J, Novák J, Oberstedt S, Oberstedt A, Panebianco S, Perrot L, Plompen AJM, Pomp S, Prokofiev AV, Ramillon JM, Farget F, Ridikas D, Rossé B, Serot O, Simakov SP, Šimecková E, Stanoiu M, Štefánik M, Sublet JC, Taïeb J, Tarrío D, Tassan-Got L, Thfoin I, and Varignon C

Subjects
Computer Simulation, Radiation Dosage, Deuterium analysis, Equipment Design, Lithium chemistry, Neutrons, Particle Accelerators instrumentation, Protons
Abstract

The neutrons for science (NFS) facility is a component of SPIRAL-2, the new superconducting linear accelerator built at GANIL in Caen (France). The proton and deuteron beams delivered by the accelerator will allow producing intense neutron fields in the 100 keV-40 MeV energy range. Continuous and quasi-mono-kinetic energy spectra, respectively, will be available at NFS, produced by the interaction of a deuteron beam on a thick Be converter and by the 7Li(p,n) reaction on thin converter. The pulsed neutron beam, with a flux up to two orders of magnitude higher than those of other existing time-of-flight facilities, will open new opportunities of experiments in fundamental research as well as in nuclear data measurements. In addition to the neutron beam, irradiation stations for neutron-, proton- and deuteron-induced reactions will be available for cross-sections measurements and for the irradiation of electronic devices or biological cells. NFS, whose first experiment is foreseen in 2018, will be a very powerful tool for physics, fundamental research as well as applications like the transmutation of nuclear waste, design of future fission and fusion reactors, nuclear medicine or test and development of new detectors.

Published
2018
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