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Comparing plasma population kinetics codes: Review of the NLTE-3 Kinetics Workshop

TLDR
It was found that good agreement between codes and with experiments is observed near closed shells, but significant differences exist otherwise, or when density effects are important, as well as plans for the next workshop and for a kinetics database.
Abstract
Comparison of plasma population kinetics codes, which has become an important tool for their testing and verification, was the subject of the third Non-LTE Code Comparison Workshop held at the National Institute of Standards and Technology in December 2003. The motivations for the workshop are presented here, together with its technical organization. The cases studied range from carbon to gold, and include both steady-state and time-dependent calculations. The set of results represents the current capabilities in kinetics modeling, and illustrates the effectiveness of this workshop approach to code comparisons. It was found that good agreement between codes and with experiments is observed near closed shells, but significant differences exist otherwise, or when density effects are important. On a more general level, we discuss how to meaningfully compare kinetics data. We conclude with plans for the next workshop and for a kinetics database.

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Citations
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Coupling of an average-atom model with a collisional-radiative equilibrium modela)

TL;DR: In this paper, a collisional-radiative equilibrium model and an average-atom model are combined to calculate bound and free electron wavefunctions in hot dense plasmas by taking into account screening.
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Influence of the atomic description and configuration interaction effects on collisional-radiative calculations of low ionized carbon plasmas

TL;DR: An analysis of the influence of the atomic description and the configuration interaction effects in the calculation of plasma average ionization and relevant plasma radiative properties such as the spectrally resolved emissivities and opacities, radiative power losses and mean opacity, is performed in this paper.
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MIXKIP/RAPCAL: A Computational Package for Integrated Simulations of Large-Scale Atomic Kinetics and Radiation Transport in Non-Local Thermodynamic Equilibrium Plasmas

TL;DR: MIXKIP/RAPCAL as discussed by the authors is an integrated computational package to perform 1D and 2D largescale non-local thermodynamic equilibrium atomic kinetics and radiation transfer coupled simulations for high energy density plasmas.
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Modeling of soft N, M and L X-ray lines from tungsten relevant to plasma parameters in the WEST tokamak

TL;DR: In this article, the authors present the results of tungsten N, M and L X-ray lines modeling, in the region from 0.1 to 20 kV, performed within the Collisional-Radiative model using the Flexible Atomic Code package.
References
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Journal ArticleDOI

Ionization balance for optically thin plasmas: Rate coefficients for all atoms and ions of the elements H to NI

TL;DR: In this article, the authors presented new and updated calculations of the ionization equilibrium for all the elements from H to Ni and collected for these elements all the data available in the literature for the ionisation and radiative plus dielectronic recombination rates.
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HULLAC, an integrated computer package for atomic processes in plasmas

TL;DR: H ULLAC as mentioned in this paper, an integrated code for calculating atomic structure and cross sections for collisional and radiative atomic processes, is based on relativistic quantum mechanical calculations including configuration interaction.
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Excitation equilibria in plasmas; a classification

TL;DR: In this article, the authors follow and continue the line of Bibermanl, Fujimoto, and Seaton by trying to find a classification in these results and find a (analytical) relation between the atomic state distribution function and the underlying plasma properties.
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Accelerated recombination due to resonant deexcitation of metastable states

TL;DR: In this article, a fully time-dependent collisional-radiative (CR) model for stripped ions of carbon recombining in a cold dense plasma demonstrates an order of magnitude faster recombination of He-like ions.
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Computational Science Demands a New Paradigm

TL;DR: The field has reached a threshold at which better organization becomes crucial and new methods of verifying and validating complex codes are mandatory if computational science is to fulfill its promise for science and society.
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