Laboratoire pour l'utilisation des lasers intenses

Publications

Publications

2022 | 2021 | 2020 | 2019

Sont listées ci-dessous, par année, les publications figurant dans l'archive ouverte HAL.

2010

  • Proton Radiography and Fast Electron Propogation Through Cyliderically Compressed Targets
    • Jafer R.
    • Volpe L.
    • Batani D.
    • Koenig M.
    • Baton S.
    • Brambrink E.
    • Pérez F.
    • Dorchies F.
    • Santos J. J.
    • Fourment C.
    • Hulin S.
    • Nicolai P.
    • Vauzour B.
    • Lancaster K.
    • Galimberti M.
    • Heathcote R.
    • Tolley M.
    • Spindloe Ch
    • Koester P.
    • Labate L.
    • Gizzi L.
    • Benedetti C.
    • Sgattoni A.
    • Richetta M.
    • Pasley J.
    • Beg F.
    • Chawla S.
    • Higginson D.
    • Mackinnon A.
    • Mcphee A.
    • Kwon Duck-Hee
    • Rhee Yongjoo
    Journal of the Korean Physical Society, Korean physical society, 2010, 57 (2), pp.305-310. no abstract
  • Proton Radiography of a Laser-Driven Cylindrical Implosion
    • Jafer R.
    • Volpe L.
    • Batani D.
    • Koenig M.
    • Baton S.
    • Brambrink E.
    • Pérez F.
    • Dorchies F.
    • Santos J. J.
    • Fourment C.
    • Hulin S.
    • Nicolai P.
    • Vauzour B.
    • Lancaster K.
    • Galimberti M.
    • Heathcote R.
    • Tolley M.
    • Spindloe Ch
    • Koester P.
    • Labate L.
    • Gizzi L.
    • Benedetti C.
    • Sgattoni A.
    • Richetta M.
    • Pasley J.
    • Beg F.
    • Chawla S.
    • Higginson D.
    • Mackinnon A.
    • Mcphee A.
    • Kwon Duck-Hee
    • Ree Yongjoo
    , 2010, 1209, pp.47-+. no abstract
  • From lasers to the universe: Scaling laws in laboratory astrophysics
    • Bouquet Serge
    • Falize Emeric
    • Michaut Claire
    • Gregory C. D.
    • Loupias B.
    • Vinci Tommaso
    • Koenig M.
    High Energy Density Physics, Elsevier, 2010, 6, pp.368-380. In this work scaling laws in laboratory astrophysics are studied. It is shown that mathematical models governing radiation hydrodynamics-driven phenomena are invariant under the homothetic group transformation and can be rescaled according to several types of scaling laws. This property is valid for both optically thick and optically thin materials and it allows a correct and rigorous connection between astrophysical objects or phenomena and laboratory experiments. This approach is applied to astrophysical jets and radiative shocks where advantages as well as difficulties are pointed out. (10.1016/j.hedp.2010.03.001)
    DOI : 10.1016/j.hedp.2010.03.001
  • Focusing of millijoule picosecond K-alpha radiation from 100 TW laser-solid interaction
    • Levy A.
    • Dorchies F.
    • Audebert P.
    • Chalupsky J.
    • Hájková V.
    • Juha L.
    • Kaempfer T.
    • Sinn H.
    • Uschmann I.
    • Vysin L.
    • Gaudin J.
    Applied Physics Letters, American Institute of Physics, 2010, 96 (15). no abstract