Progress of ADAS-EU
The deliverables of the project will be published as five
review papers and reports. All atomic and molecular data
produced will form part of ADAS
and OPEN-ADAS.
The progress of the five themes is divided into a
series of workpackages.
| Theme T1: Heavy element spectroscopy and models work package summary |
|---|
| Work Package |
Code |
Description |
Status |
Details |
| Heavy element baseline generation |
1-1 |
Enable promotional rule algorithmic, automatic scripted multi-config. baseline computations. |
Complete |
science_1 |
| |
1-2 |
Enable config. average sizing and truncation power deficit calculations. |
Complete |
science_2 |
| |
1-3 |
Release selected ADAS baseline heavy element data. |
Ongoing |
science_3 |
| Managing spectral complexity |
2-1 |
Enable scripted production of massive line sets via 'ic', 'ls' and 'ca' popns. for emissivities and feature emissivities. |
Complete |
science_2 |
| |
2-2 |
Utilise automatic sizing to delimit zones of avoidance for high resolution spectroscopy. |
Complete |
science_3 |
| |
2-3 |
Experimental exploitation/validation. |
Partial |
science_2 |
| Fitting to impurity transport codes |
3-1 |
Implement superstage compression and flexible partitioning for transparent use in application codes. |
Complete |
science_3 |
| |
3-2 |
Enable automatic natural and dynamic partition creation. |
Complete |
science_3 |
| |
3-3 |
Implement postprocessing capability for spectral prediction |
— |
— |
| |
3-4 |
Experimental exploitation/validation. |
Partial |
science_3 |
| Lifting the baseline |
4-1 |
Enable scripted multi-config., 'ca' code for ionisation and excitation/autoionisation level 1 rate data production |
— |
— |
| |
4-2 |
Enable BBGP state selective dielectronic level 1 data production using post-processes AUTOSTRUCTURE drivers. |
— |
— |
| |
4-3 |
Implement global scaling update of parametric baseline forms |
— |
— |
| Embedding low and high ion fiducials |
5-1 |
Procure/embed level 2 ionisation data for selected ion with shake-off, shake-down, multi-electron loss |
— |
— |
| |
5-2 |
Procure/embed selected highly charged ion DARC/RMATRIX-II level 2 data. |
— |
— |
| |
5-3 |
Procure/embed near neutral modelling data from level 2 structure study. |
— |
— |
| |
5-4 |
Implement global up-scaling of level 1 forms |
— |
— |
| Theme T2: Charge exchange spectroscopy work package summary |
|---|
| Work Package |
Code |
Description |
Status |
Report |
| Shared CXS analysis |
6-1 |
Machine independent CXS spectral region spectral fitting (CXSFIT). |
Complete |
science_1 |
| |
6-2 |
CXS spectral line interpretative analysis (NEW-CHEAP). |
Deferred |
science_3 |
| |
6-3 |
Implement universal (orbit, orientation) corrections. |
Deferred |
science_3 |
| |
6-4 |
Experimental exploitation/validation. |
Partial |
science_1,
science_2 |
| Universal heavy element CXS modelling |
7-1 |
Bundle-n population modelling for theoretical CXS emissivities. |
Complete |
science_1 |
| |
7-2 |
Merge projected bundle n and l-shell mixing/cascade models for medium charge state ions. |
Ongoing |
science_2 |
| |
7-3 |
Heavy element universal parametric CXS and weak dense CXS line/quasi-continuum modelling |
Complete |
science_2 |
| Transport and multiple charge state CXS |
8-1 |
Enable fast beam CXS (nl) modelling for partially stripped ions |
— |
— |
| |
8-2 |
Link localised simultaneous CXS with transport (UTC/SANCO) for adjacent ions of an element. |
— |
— |
| |
8-3 |
Bootstrapping approach to spectral emission and transport validation in linked passive and active observations. |
— |
— |
| |
8-4 |
Experimental exploitation/validation. |
— |
— |
| CXS data and fiducial embedding |
9-1 |
Improved CTMC model cross-section basis extension to higher charge states. |
— |
— |
| |
9-2 |
Parametric n- and l-shell cross-section dependence revision. |
— |
— |
| |
9-3 |
Embed CCMO/CCAO fiducials for z>=16 in universal CXS |
— |
— |
| Theme T3: Beam stopping and beam emission spectroscopy work package summary |
|---|
| Work Package |
Code |
Description |
Status |
Report |
| Lithium beam diagnostic |
10-1 |
Embed Vienna iterative Ne determination in ADAS maintenance. |
— |
— |
| |
10-2 |
Embed lithium database in ADAS maintenance. |
— |
— |
| |
10-3 |
Experimental exploitation/validation. |
— |
— |
| Stark manifold and projection merging |
11-1 |
Create bundle-n GCR projection matrices for H-beams with motional Stark ionising fields. |
— |
— |
| |
11-2 |
Map projection matrices to Stark manifold GCR models. |
— |
— |
| Beam stopping/ emission consistency |
12-1 |
Study of positive ion source H-beam stopping/emissivity consistency |
— |
— |
| |
12-2 |
Study of negative ion source H-beam stopping/emissivity consistency. |
— |
— |
| |
12-3 |
Experimental exploitation/validation. |
— |
— |
| Theme T4: Special features work package summary |
|---|
| Work Package |
Code |
Description |
Status |
Report |
| Zeeman features |
13-1 |
Embed Zeeman feature primitives and display for special feature handler. |
Complete |
science_3 |
| Soft X-ray He/Li-like features |
14-1 |
Generate selected adf31 He-/Li-like special feature files. |
— |
— |
| |
14-2 |
Implement adf31 non-equilibrium satellite line feature and display for special feature handler. |
— |
— |
| H Balmer series/limit features |
15-1 |
Implement adf36 non-equilibrium H series limit for spectral feature handler |
— |
— |
| |
15-2 |
Implement continuum feature an display for spectral feature handler |
— |
— |
| Unified special feature handling |
16-1 |
Embed special feature objects in spectral fitting algorithms. |
— |
— |
| |
16-2 |
Embed special feature objects in pedagogical parametric active display. |
Complete |
science_3 |
| |
16-3 |
Experimental exploitation/validation |
— |
— |
| Theme T5: Diatomic spectra and collisional-radiative models work package summary |
|---|
| Work Package |
Code |
Description |
Status |
Report |
| H2database |
17-1 |
Create H2/H electron and ion ADAS format database |
Partial |
science_2 |
| H2/H c-r models |
18-1 |
Embed H2 vibronic p/q space population model |
Deferred |
science_3 |
| |
18-2 |
Embed H2/H linked population and emission model |
Deferred |
science_3 |
| |
18-3 |
Establish connection to database coefficient sources |
Ongoing |
science_3 |
| H2/H isotopomer spectral features |
19-1 |
Enable model of H2 isotopomer band wavelengths and intensities. |
Deferred |
science_3 |
| Theme M: Scientific management, training and dissemination work package summary |
|---|
| Work Package |
Code |
Description |
Status |
Report |
| ADAS-EU atomic modelling course |
20-1 |
Prepare lectures and tutorial materials |
Ongoing |
dissem_1 |
| |
20-2 |
Deliver annual ADAS-EU course |
Ongoing |
dissem_1 |
| ADAS-EU external support visits |
21-1 |
Address local atomic data and modelling for fusion needs |
— |
— |
| |
21-2 |
Prepare summary report on local activity and make recommendations |
— |
— |
| ADAS-EU central training |
22-1 |
Induction training with managers for PDRAs at Culham/JET |
Complete |
setup_1,
setup_2,
dissem_1 |
| |
22-2 |
Annual update training with managers for PDRAs at Culham/JET |
Ongoing |
setup_2,
dissem_1,
science_3 |
| ADAS-EU on-site orientation |
23-1 |
Placement site visits for project set-up and orientation to local fusion needs |
Complete |
setup_1,
setup_2 |
| |
23-2 |
Annual placement site visit for feedback and project re-orientation. |
Ongoing |
setup_2,
science_3 |
| Task vetting & progress checks |
24-1 |
Quality assess task completion material in 3 month period |
— |
— |
| |
24-2 |
Embed data, codes and descriptors in ADAS computer archives. |
— |
— |
| Staffing and sub-contract establishment |
25-1 |
Prepare PDRA post descriptors and implement selection process. |
Complete |
setup_1 |
| |
25-2 |
Negotiate sub-contract specifications and deliverables. Implement sub-contracts. |
Ongoing |
setup_1,
setup_2 |
| ADAS-EU primary report assembly |
26-1 |
Prepare and deliver six-monthly work period SCIENCE reports. |
Ongoing |
science_1,
science_2,
science_3
|
| |
26-2 |
Prepare and deliver annual OPEN-ADAS release documents. |
Ongoing |
open_1 |
| |
26-3 |
Prepare and deliver SETUP reports. |
Ongoing |
setup_1,
setup_2 |
| |
26-4 |
Prepare and deliver DISSEM reports |
ongoing |
dissem_1 |
| |
26-5 |
Prepare and deliver main REVIEW documents and materials |
Ongoing |
review_1 |
| |
26-6 |
Prepare completion technical manuals, PUBL and review articles. |
At project end |
— |
