Overview of on-going LIL experiments

L. Videau,E Alozy,I Bailly,N. G. Borisenko,J Y Boutin,J. Breil,S Brygoo,Michel Casanova,A. Casner,L Chauvel,C Chenais-Popovics,C. Courtois,S Darbon,S. Depierreux,J M Di-Nicola,P Di-Nicola,F Durut,A Duval,J Ebrardt,J.-L. Feugeas,C. Fourment,S Gary,J.-C. Gauthier,M. Grech,O Henry,A Herve,S. Hulin,S. Hüller,G. Huser,J P Jadaud,F Jequier,Ch Labaune,J. Limpouch,P. Loiseau,O Lutz,P.H. Maire,M Mangeant,C Meyer,D. T. Michel,J-L Miquel,M C Monteil,M. Naudy,W. Nazarov,Ph. Nicolaï,O. Peyrusse,F. Philippe,D Raffestin,C. Reverdin,G. Riazuello,Ph. Romary,R. Rosch,C. Rousseaux,G. Soullie,S Schmitt,G. Schurtz,C. Stenz,V. Tassin,F Thais,C Thessieux,G Thiell,M Theobald,V. T. Tikhonchuk,J-L Ulmer,B. Villette,F. Wagon,R. Wrobel

Overview of on-going LIL experiments

2008

The Ligne d'Integration Laser (LIL) facility has been designed as a prototype for the Laser MegaJoule (LMJ) which is a cornerstone of the French 'Simulation Program'. This laser has been intensively used to test and improve the LMJ components. In addition, a large panel of plasma diagnostics has been installed and is currently used to perform laser–plasma experiments. After a brief discussion about the LIL design, we present the last results in various plasma physics domains.

Keywords:

Physics
Nuclear engineering
Nuclear magnetic resonance
Nanotechnology
Plasma
Laser
Plasma diagnostics
Laser Mégajoule
Optics
Atomic physics

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