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About EFDA

What is EFDA?
Organisation
Activities
Associated institutes
EFDA-Garching
The EFDA Technology programme
The Physics Integration Field
The Vessel / In-Vessel Field
The Magnet Structure and Integration Field
The Tritium Breeding and Materials Field
The Safety and Environment Field
Socio-economic studies
System Studies
European ITER Site Studies
Public Information
EFDA-Barcelona
EFDA-JET
The European Commission
Job Opportunities in EFDA

The Physics Integration Field

Task areas: Bulk Plasma, Operation, Plasma Edge, Heating & Current Drive, Diagnostics

The work in the Physics Integration Field addresses several different subjects. The first is to give support on issues of Plasma Physics to the JET Scientific Programme, in cooperation with EFDA-CSU Culham and its Task Forces. The main task is to help define a relevant scientific programme for JET, in support of the needs of ITER.

A second task is clarifying the physics of the ITER-device, in collaboration with the ITER International Team. The data provided by European fusion experiments are used as a basis to extrapolate to the operating parameters of ITER, and to provide the necessary information for the engineers who have to design the machine.

Thirdly, the Physics Integration Field supports the Power Plant Conceptual Studies, for which it defines the physics parameters (such as fusion power generated and size) of the commercial fusion power plant that is used as the basis for the studies.

Finally, the field addresses activities related to control, heating systems and diagnostics, which are all part of the Technology Programme. All this work is ITER-related and it addresses specific needs required by the ITER International Team.