Hohlraum Physics and Alternative Concepts
ORAL · KO3 ·
Presentations
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Modeling Hohlraum-Based Laser Plasma Instability Experiments
ORAL
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Authors
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N.B. Meezan
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R.L. Berger
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L. Divol
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D.E. Hinkel
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O.S. Jones
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C. Niemann
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E.A. Williams
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S.H. Glenzer
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L.J. Suter
- Lawrence Livermore National Laboratory
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Gas Filled Halfraums on the First NIF Quad -- Radiation Hydrodynamics, Filamentation, and Spatial Diagnostics
ORAL
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Authors
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S.R. Goldman
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J.C. Fernandez
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N.M. Hoffman
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J.L. Kline
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H.A. Rose
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E.S. Dodd
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J.P. Grondalski
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G.D. Pollak
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W.J. Powers
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M.J. Schmitt
- Los Alamos National Laboratory
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D.G. Braun
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D.E. Hinkel
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L.J. Suter
- Lawrence Livermore National Laboratory
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Performance of foam-filled hohlraums
ORAL
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Authors
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G. Gregori
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K. Campbell
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L. Divol
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S.H. Glenzer
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O.L. Landen
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J. Schein
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C. Sorce
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L.J. Suter
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R.E. Turner
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R.J. Wallace
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P.A. Amendt
- LLNL
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Ignition hohlraum efficiency as a function of radiation temperature
ORAL
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Authors
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Larry Suter
- Lawrence Livermore National Laboratory
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S. Haan
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M. Herrmann
- Lawrence Livermore National Laboratory
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Progress in modeling radiation drive in uranium-based cocktail hohlraums
ORAL
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Authors
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O. Jones
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J. Schein
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M. Rosen
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L. Suter
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R. Wallace
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J. Gunther
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K. Campbell
- LLNL
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H. Wilkens
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A. Nikroo
- General Atomics
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R. Olson
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G. Rochau
- SNL
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Indirect Drive Holhraum Performance Using Cocktail Materials
ORAL
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Authors
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J. Schein
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Ogden Jones
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Mordecai Rosen
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Siegfried Glenzer
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Eduard Dewald
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Laurance Suter
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Russell Wallace
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Janelle Gunther
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Otto Landen
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Bruce Hammel
- Lawrence Livermore National Laboratory
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Gregory Rochau
- Sandia National Laboratory
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Heather Wilkens
- General Atomics
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Time-Resolved Characterization of Hohlraum Radiation Temperature via VISAR Measurement of Quartz Shock Velocity
ORAL
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Authors
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R.E. Olson
- SNL
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D.K. Bradley
- LLNL
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G.A. Rochau
- SNL
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G.W. Collins
- LLNL
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R.J. Leeper
- SNL
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L.J. Suter
- LLNL
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Self-generated magnetic field distributions in multiple-beam produced plasmas
ORAL
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Authors
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P.M. Nilson
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L. Willingale
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M. Kaluza
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C. Kamberidis
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M.S. Wei
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Z. Najmudin
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R.G. Evans
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A.E. Dangor
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K. Krushelnick
- Imperial College, London
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Optimized hohlraum-driven double-shell designs at 750 kJ 3$\omega $ laser absorbed energy for demonstrating ignition on the National Ignition Facility
ORAL
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Authors
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P.A. Amendt
- LLNL
- Lawrence Livermore National laboratory
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Charlie Cerjan
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Alex Hamza
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Jose Milovich
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H.F. Robey
- Lawrence Livermore National Laboratory
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Highly-resolved 2D Perturbation Simulations of the NIF 3w low-laser-drive energy (750 kJ) double-shell ignition design.
ORAL
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Authors
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Jose Milovich
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H.F. Robey
- Lawrence Livermore National Laboratory
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P.A. Amendt
- LLNL
- Lawrence Livermore National laboratory
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M.M. Marinak
- LLNL
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Experimental measurement of interface trajectories in an indirectly-driven planar double-shell geometry
ORAL
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Authors
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H.F. Robey
- Lawrence Livermore National Laboratory
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J.F. Hansen
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Jose Milovich
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P.A. Amendt
- LLNL
- Lawrence Livermore National laboratory
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Hye-Sook Park
- Lawrence Livermore National Lab
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M. Bono
- LLNL
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Operational advantages of double-shell target designs at 750 kJ (3$\omega )$ on the National Ignition Facility
ORAL
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Authors
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Charlie Cerjan
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Peter Amendt
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Christopher Haynam
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Kenneth Manes
- LLNL
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Advances in the Manufacture of Omega-scale Double-shell Targets
ORAL
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Authors
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M. Bono
- LLNL
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R. Hibbard
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D. Bennett
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H.F. Robey
- Lawrence Livermore National Laboratory
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Alex Hamza
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Jose Milovich
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P.A. Amendt
- LLNL
- Lawrence Livermore National laboratory
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Materials science for hohlraum-driven ignition double-shell targets
ORAL
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Authors
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Alex Hamza
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P.A. Amendt
- LLNL
- Lawrence Livermore National laboratory
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Laser-Driven Dynamic Hohlraums: Implosions
ORAL
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Authors
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S.G. Glendinning
- LLNL
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M.C. Herrmann
- Sandia National Laboratory
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L. John Perkins
- Lawrence Livermore National Laboratory
- LLNL
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