From Wikipedia, the free encyclopedia
Coordinates: 51°39′33″N, 1°13′35″W
The Mega Ampere Spherical Tokamak, or MAST experiment is a nuclear fusion experiment in operation at Culham, Oxfordshire, England since December 1999. It follows the highly successful START experiment (1991 - 1998). MAST uses the same innovative spherical tokamak design as START, which has shown itself to be more efficient than the conventional toroidal design, adopted by JET and ITER. START proved to exceed even the most optimistic predictions and the purpose of MAST is to confirm the results of its forerunner by using a larger more purpose-built experiment.
It is fully commissioned by EURATOM/UKAEA and took two years to design and a further two years to construct. It includes a neutral beam injector similar to that used on START and uses the same merging compression technique instead of the conventional direct induction. Merging compression provides a valuable saving of central solenoid flux, which can then be used to further ramp up the plasma current and/or maintain the required current flat-top.
[edit] Objective of MAST
- Studies in a new regime, to provide improved understanding of tokamaks, and improved ITER design (e.g. effects of plasma shaping).
- To investigate the potential of the spherical tokamak route to fusion power.
|
Major Scientific Research Facilities based in the United Kingdom |
|
| Fusion |
|
|
| Synchrotron Light Sources |
|
|
| Lasers |
Central Laser Facility
|
|
| Neutron and muon sources |
|
|
| Atmospheric, Astronomy and Space Science |
|
|
| Miscellaneous |
MEIS - The Medium Energy Ion Scattering Facility,
|
|
[edit] External links
