Spectroscopic Modeling for HEDP Experiments

Golovkin, I.E.,MacFarlane, J.J.,Woodruff, P.R., Prokopenko, M.

Plasma Science（2011）

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关键词

astrophysical plasma,hydrodynamics,opacity,plasma diagnostics,plasma simulation,1D code,1D radiation-hydrodynamics code,2D code,3D code,HEDP experiments,HEDP plasmas,ICF capsule implosion experiments,MULTISIM,PEGASYS,PrismSPECT spectral calculations,SPECT3D,Z facility,advanced optimization applications,advanced spectroscopic diagnostics,astrophysical plasma,atomic data,atomic kinetic deviations,charge states,code HELIOS-CR,complex data set,data analysis,fuel-pusher mix,hydro data,hydrodynamics models,hydrodynamics simulation post-processing,imploded core spatial structure,improved data reduction,inline collisional-radiative model,inverse problem,laboratory plasma,level populations,modeling capabilities,monochromatic image,multiobjective optimization techniques,multiple detectors,opacity calculations,opacity experiments,opacity models,plasma nonuniformities,radiating plasma,space-integrated spectra,space-resolved spectra,spectral simulations,spectroscopic modeling,steady state,streak spectra,synthetic observables,time-gated images,tomographic reconstruction,wide-band image

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