The 10th NLTE Code Comparison Workshop
November 28 - December 1 2017, San Diego, CA, USA |
Supported by: UCSD, SNL |
Advanced collisional-radiative (CR) models are extensively used in plasma spectroscopy to analyze plasma kinetics and spectra produced far from local thermodynamic equilibrium (LTE). Non-LTE atomic models also play a critical role in radiation-hydrodynamic simulations used to help design plasma experiments. It is therefore not surprising that verification and validation (V&V) of these complex CR models are of significant interest. Since experimental benchmarks for validation are extremely challenging, computational experiments and comparisons are one of the primary tools for V&V of CR codes. The NLTE Workshops aim at development of such tools and techniques. |
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It would also be very helpful if you inform the organizers on your intention to participate in this Workshop.
Element | Case ID | No. of cases | Te (eV) | Ne (cm-3) | Trad (eV), dilution factor | Plasma radius (cm) | Spectral ranges |
---|---|---|---|---|---|---|---|
Ne | Ne | 12 | 50, 100, 200, 500 | 1019, 1020, 1021 | 800-1400 eV, δε=0.3 eV (2001 points) | ||
Ne | NeTD | 3 | Te(t) for 3 cases in supplemental file | Ne(t) = Z*(t)×Ni with Ni=1018 | Erad: 800, 1050, 2000 | 800-1400 eV, δε=0.3 eV (2001 points) | |
Al | Al | 8 | 10, 30, 100, 300 | 2×1023, 5×1023 | |||
Al | AlTD | 2 | Te(t) for 2 cases in supplemental file | Ne(t) = Z*(t)×Ni with Ni=6×1022 | Erad: 1580, 1650 | 1400-2400 eV, δε=0.5 eV (2001 points) | |
Si | Si | 12 | 30 | 1019, 3×1019 | Trad: 63 (1.0), [48 (0.28) + 92 (0.081) + 170 (0.0067)] | Corrected values: 0.1, 0.3, 1.2 |
1700-2500 eV, δε=0.25 eV (3201 points) |
Cl | Cl | 9 | 400, 500, 600 | 1021, 1022, 1023 | 2600-3800 eV, δε=0.15 eV (8001 points) |
Parking will be available at the Ida and Cecil Green Faculty club (workshop location) for $7/day.