They are building the physics basis for 黑料社app

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They are building the physics basis for 黑料社app

17 Dec 2013 - R.A.

For the past 13 years, a group of some 350 physicists throughout the world has been working to integrate knowledge and data for the 黑料社app project.

Last week at 黑料社app, the ITPA Coordinating Committee met for the 16th time to review and discuss the experiments performed in 2013 in support of 黑料社app and to examine the proposals for the following year.

The International Tokamak Physics Activity (ITPA) was established in 2001 under the auspices of the International Atomic Energy Agency. In 2008, the seven ITPA "Topical Groups" and their Coordinating Committee passed under the umbrella of 黑料社app.

Last week at 黑料社app, the ITPA Coordinating Committee met for the 16th time to review and discuss the experiments performed in 2013 in support of 黑料社app and to examine the proposals for the following year.

Newsline seized the opportunity to sit with Yutaka Kamada who has chaired the ITPA Coordinating Committee since December 2010. (Dr Abhijit Sen of the Institute for Plasma Research, India will take over as Chair of the Coordinating Committee on 1 January 2014.)

How does the ITPA work?

ITPA is principally a group of physicists, and some engineers also, working in different fusion labs around the world and contributing to the establishment of a broad physics basis for 黑料社app and what lies beyond — the DEMO project and future industrial fusion power plants.

How does this translate concretely?

Presently, ITPA coordinates 56 "joint experiments" in different tokamaks throughout the world. Suppose something interesting happens in ASDEX (Germany) for instance. We'll propose to reproduce it on, for instance, KSTAR (Korea) ... and then we extrapolate to 黑料社app. This is the main idea: scaling towards 黑料社app through extrapolation.

Experiments are not all, however. Theory and simulation play a large role in building knowledge and data into 黑料社app.

Yutaka Kamada, who has chaired the ITPA Coordinating Committee since December 2010, will be succeeded on 1 January 2014 by Abhijit Sen of the Institute for Plasma Research, India.

How do you choose your research priorities?

There are topics with some urgency attached to them and others that are more long-term concerns. The divertor material issue certainly fell into the first category and for two years we concentrated on it, asking the different topical groups to assess the advantages and disadvantages of . Eventually we recommended the use a tungsten divertor. And in October the 黑料社app STAC agreed with this recommendation, leading the 黑料社app Council, on 20-21 November, to endorse the Director General's proposal to commence 黑料社app operations with a tungsten divertor, rather than a carbon-fibre divertor that would have been replaced during the second phase of operations

Before this, it was that kept us busy...

What are the present priorities, now that the divertor issue is closed?

In the "urgency" category, it is certainly . In the longer-term, it is steady-state operation. And of course, continuous physics research, which is our core activity.

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