[HTML][HTML] Direct drive: Simulations and results from the National Ignition Facility
PB Radha, M Hohenberger, DH Edgell… - Physics of …, 2016 - pubs.aip.org
Direct-drive implosion physics is being investigated at the National Ignition Facility. The
primary goal of the experiments is twofold: to validate modeling related to implosion velocity
and to estimate the magnitude of hot-electron preheat. Implosion experiments indicate that
the energetics is well-modeled when cross-beam energy transfer (CBET) is included in the
simulation and an overall multiplier to the CBET gain factor is employed; time-resolved
scattered light and scattered-light spectra display the correct trends. Trajectories from backlit …
primary goal of the experiments is twofold: to validate modeling related to implosion velocity
and to estimate the magnitude of hot-electron preheat. Implosion experiments indicate that
the energetics is well-modeled when cross-beam energy transfer (CBET) is included in the
simulation and an overall multiplier to the CBET gain factor is employed; time-resolved
scattered light and scattered-light spectra display the correct trends. Trajectories from backlit …
Direct drive: Simulations and results from the National Ignition Facility
M Hohenberger, DH Edgell, JA Marozas, FJ Marshall… - Physics of Plasmas, 2016 - osti.gov
Direct-drive implosion physics is being investigated at the National Ignition Facility. The
primary goal of the experiments is twofold: to validate modeling related to implosion velocity
and to estimate the magnitude of hot-electron preheat. Implosion experiments indicate that
the energetics is well-modeled when cross-beam energy transfer (CBET) is included in the
simulation and an overall multiplier to the CBET gain factor is employed; time-resolved
scattered light and scattered-light spectra display the correct trends. Trajectories from backlit …
primary goal of the experiments is twofold: to validate modeling related to implosion velocity
and to estimate the magnitude of hot-electron preheat. Implosion experiments indicate that
the energetics is well-modeled when cross-beam energy transfer (CBET) is included in the
simulation and an overall multiplier to the CBET gain factor is employed; time-resolved
scattered light and scattered-light spectra display the correct trends. Trajectories from backlit …
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