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Le Breton, J. P.; Alozy, E.; Boutin, J. Y.; Duval, A.; Gary, S.; Gontier, D.; Jasmin, S.; Naudy, M.; Reverdin, C.; Rosch, R.; Schmitt, S.; Soullie, G.; Stemmler, P.; Villette, B.; Wrobel, R.; Hulin, S.; Meyer, C.; Romary, P. (October 2006). "Laser
Integration Line target diagnostics first results
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Di-Nicola, J.M.; Fleurot, N.; Lonjaret, T.; Julien, X.; Bordenave, E.; Le Garrec, B.; Mangeant, M.; Behar, G.; Chies, T.; FĂ©ral, C.; Graillot, H.; Luttmann, M.; Jequier, F.; Journot, E.; Lutz, O.; Thiell, G. (2006-06-16). "The LIL facility quadruplet commissioning".
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Hubert, S.; Dubois, J. L.; Gontier, D.; Lidove, G.; Reverdin, C.; Soullié, G.; Stemmler, P.; Villette, B. (2010). "The x-ray calibration facility of the laser integration line in the 0.9–10 keV range: The high energy x-ray source and some applications".
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32:. Whereas the LMJ is planned to comprise 240 laser beams and deliver 1.8MJ, the LIL delivers just one sixtieth of the energy, 30kJ.
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24:) is a prototype for the
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532:-related article is a
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129:10.1051/jp4:2006133119
18:Laser Integration Line
48:Le Breton et al. 2006
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363:Active laser medium
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223:List of laser types
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