Euroatom FP7

The ADAS-EU Course 7-15 Oct. 2010

Guidance on ADAS, atomic calculations and their application to fusion plasma

EFDA-JET, Culham Science Centre


The course is an intensive, tailored course for those requiring comprehensive and detailed knowledge of the ADAS Atomic Data and Analysis Structure, atomic calculations associated with it and guidance on their embedding in fusion application. It is assumed that participants on the course are engaged in fusion plasma analysis, diagnostics or models and probably already are at work on applications where ADAS atomic data and modelling inputs might be appropriate. The course, as well as providing lectures and guided tuition, will allow the course tutors and other participants to assist in some of these participant inspired applications. By the end of the course, it is hoped participants will be will be able to act in an advisory capacity on ADAS at their home laboratories.

Eligibility and numbers

The course is open to researchers in the area of magnetic confine- ment fusion at associated laboratories of the European Fusion Programme (EURATOM) or at European Universities. Participants may also be nominated by any institution, world-wide, which is a member of the ADAS Project. The maximum number of participants is ten, with two places reserved for the hosting institution (The Max-Planck-Institut für Plasmaphysik, Garching) and four for European Institutions. Preference will be given to persons who can attend the full course. There is no other participant selection process. Applications received after the lists are filled will be reserved in order of receipt, in case places are freed in either of the first two categories.

Time and place for the course

The course will take place at EFDA-JET located at the Culham Science Centre, Abingdon, UK. It will commence at 9.00 on Thursday 7 October and finish at 15.00 on Friday 15 October. It is expected that participants will attend for the full duration of the course. There will be thirteen three-hour working sessions, in the morning and afternoon of each day of the course.


There is no charge for the ADAS-EU course. Participants in the course will be able to use the cafeteria and restaurant facilities of the laboratory.

Course outline

The course is divided into four parts:

  • Part 1: Basic and intermediate ADAS use
    Tutors: Dr. M.G. O'Mullane, Dr. Fran Guzman, Prof. H. P. Summers
    Organisation: Four sessions, each consisting of two, 30 minute lectures, 90 minutes of hands- on tutorial/example work based on example sheets and 30 minutes of coffee/discussion time.
  • Part 2: ADAS and Atomic Structure and Collision Calculations
    Tutors: Dr. M.G. O'Mullane, Prof. Nigel Badnell, Prof. H. P. Summers
    Organisation: Three sessions, each consisting of two, 30 minute lectures, 90 minutes of hands-on tutorial/example work and 30 minutes of coffee/discussion time.
  • Part 3: Advanced applications in atomic collisions, fusion plasma models and diagnostics
    Tutors: To be confirmed
    Organisation: Three sessions, each consisting of a 45 minute background lecture, a 30 minute demonstration and 60 minutes of hands-on trial/practice. There will be around 45 minutes of coffee/discussion time.
  • Part 4: Participant applications
    Contributors: All
    Organisation: Six 90 minute sessions, each targetting a participant area of interest. Around 30 minutes will be available for the participant to introduce and summarise his/her area. The 60 minute discussion will engage all participants and tutors. It will focus on the atomic physics issues. It is planned that a person with ADAS experience suited to each participant's special topic will be identified to help in alignment of ADAS capabilities with the participant's topic during the course. This part will have a winding-up and future planning session in the final afternoon.


The ADAS-EU course is organized by the University of Strathclyde with the support of EFDA-JET and CCFE. Correspondence and general organization will be handled by:

Hugh Summers
K1-1-61 JET Facility
Culham Science Centre
Oxfordshire, OX14 3DB
United Kingdom

to whom queries should be sent.

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