ADAS Workshop 2015
ADAS Workshop 2015 Talks
The talks presented at the ADAS Workshop include preliminary and speculative material for the benefit of the members of the ADAS Project and its collaborators. This material should only be used with caution and with the agreement of the author.
Welcome
- Alessandro Lanzafame : Welcome on behalf of INAF
Astrophysics and fusion overview
- D Spadaro : EUV spectroscopy in view of the solar orbiter and solar probe plus space missions
- H P Summers : Features of atomic emission in fusion and astrophysical plasmas
Talks from the laboratories and universities
- A Lanzafame : Differential emission measure signatures of coronal heating
- F Leone : Astrophysical Landá factors
- A Giunta : Solar Orbiter/SPICE: composition studies
- R Guirlet : A spectral modelling code for VUV-XUV
- A Foster : Atomic data needs for high resolution X-ray astronomy
Integrating and evaluating atomic data for key elements
- T Pütterich : A consistent set of atomic data for various elements in a fusion reactor (passive emissions / radiative losses)
- S Henderson : Uncertainty of medium-weight and heavy element line power coefficients
Fundamental data for complex species
- K Aggarwal : Energy levels and radiative rates for transitions in Cr-like Co IV and Ni V
- L Fernández-Menchero : Validity of the ICFT R-matrix method: Be-like Al9+, a case study
- S Preval : The Tungsten Project: Partial and Total Recombination rate coefficients for W74+ to W56+
- M Bluteau : Collision Data and Population Modelling for W44+: Dirac R-matrix and Non Close-coupling Electron Impact Calculations
- C Ramsbottom : A Selection of Atomic Collision Calculations from QUB
- M Turkington : Atomic Structure and Collisional Calculations in W LXIV
Molecular data and modelling for astrophysics and fusion
- K Behringer : Basic programs for C2 and N2 band spectra simulation
- D Borodin : An updated modelling of Be and BeD spectroscopy at JET ILW, W spectroscopy at PSI-2 and ADAS-relevant data
High precision GCR modelling
- A Giunta : Overview of GCR: moving to Fe and enabling transient modelling
- M Bluteau : Ion-impact Excitation for High Precision GCR: Improvements of the Semi-classical, Impact Parameter Approach
- M O'Mullane : Precision in ADAS – some issues arising from spectral fitting using GCR data