Laser Megajoule performance status.

Jerome Neauport, Jean Philippe Airiau, Nicolas Beck, Nicolas Belon,Edouard Bordenave, Stéphane Bouillet, Margaux Chanal, Céline Chappuis,Hervé Coic, Roger Courchinoux, Vincent Denis, Florian Gaudfrin, Kevin Gaudfrin, Patrick Gendeau, Lilian Heymans, Xavier Julien,Chloé Lacombe, Manon Lamy, Dominique Lebeaux, Michel Luttmann, Philippe Modelin, Arnaud Perrin, Xavier Ribeyre,Claude Rouyer, Florian Tournemenne, Denis Valla, Sebastien Vermersch

Applied optics(2024)

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摘要
The Laser Megajoule (LMJ) is among the most energetic inertial confinement fusion laser facilities in the world, together with the National Ignition Facility (NIF) in the USA. The construction of the facility began back in 2003, and the first photons were emitted by the laser bundle #28 in 2014. Today, 11 laser bundles consisting of 88 large aperture 0.35×0.35m 2 laser beams are in operation, delivering daily up to 330 kJ of energy at the wavelength of 351 nm on a target placed in the center of a 10 m diameter vacuum chamber. In this paper, we describe the laser system and its operational performances. We also detail the first laser campaigns carried out to prepare an increase of energy and power on the target. These campaigns, along with the completion of additional bundles mounting, will bring LMJ performance to 1.3 MJ thanks to 22 bundles in operation.
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