Presentations |
Lecture |
Version |
Author |
Summary |
| |
|
|
|
JET status, new capabilities and preparations for 2008 Experimental Campaigns
Powerpoint 10MB |
November 2007 |
M.L. Watkins |
Presented at the JET general planning meeting, 19th November 2007 |
|
Overview of JET Results
4MB |
October 2006 |
M.L. Watkins |
Compilation of JET Results of 2005/6, presented at the 21st IAEA Fusion Energy
Conference, Chengdu, China |
|
The JET programme in support of ITER
4.6MB |
September 2006 |
J. Paméla |
Presented at the SOFT conference, Warsaw, 2006 |
|
An ITER-like wall for JET
3MB |
May 2006 |
J. Paméla |
About a project at JET designed to investigate plasma surface
interactions to prove the design of ITER's plasma-facing "First Wall". Also to
develop new plasma scenarios which function under ITER-like conditions and take into account the
restrictions given by the new wall material and design. |
|
Introduction to turbulent plasma transport and its implications
1.2MB
|
February 2006 |
V. Naulin |
Overview of the turbulent phenomena in fluids, specifically in plasmas, with details of the
available theoretic description. Features of turbulent transport. Suitable for university level. |
|
Controlled Fusion, from Basic Plasma Physics to Nuclear Engineering
7.4MB |
August 2005 |
J.-M. Noterdaeme |
Presented at the ICENES 2005 conference. |
|
Energy from Fusion, from Dream to ITER
2.4MB
|
February 2005 |
D. Borba |
Notes from a presentation about world energy requirements, nuclear fusion, JET and ITER. |
|
Charge-exchange spectroscopy measurements at JET
PowerPoint 4MB |
March 2004 |
C. Giroud |
General presentation on charge-exchange spectroscopy with main advantages and difficulties.
|
|
Controlled Nuclear Fusion, a Challenging Task
with a Big Payoff
PowerPoint 8.1MB |
June 2003 |
J.-M. Noterdaeme |
A straightforward talk on physics, and the economic and technological challenges of fusion. |
|
Physics of Transport Barriers
2.2MB |
May 2003 |
X. Garbet |
Confinement improvement is a key issue and transport barriers are an attractive solution. Shear
flows play a central role in this issue, but is not the unique ingredient.
Complex physics : raises the question of predictive capability. |
|
Integrated scenarios in JET using real time profile
control
450kB |
July 2003 |
E. Joffrin |
The operation of ITER scenarios demands the integration of ever more control parameters to fulfil
the requirements for a burning plasma experiment. The simultaneous control of plasma shape, current
and pressure profiles, radiation, impurity control, instabilities, etc…now appears an
essential development for the next step. |
|
Key Issues in Plasma-Wall Interactions for ITER
2.2MB |
July 2003 |
V. Philipps |
Among the most challenging steps from present short pulse fusion devices with low duty cycles
towards ITER are plasma wall issues connected with long pulse operation: the control
of material erosion, migration (wall lifetime) and the associated long-term tritium retention. |
|
20 years of data acquisition at JET
220kB |
July 2003 |
J. Farthing |
Original design considerations and developments of data acquisition at JET |
|
Enhancement at JET
1.1MB |
September 2003 |
C. Damiani |
Overview of recent enhancements at JET |
|
Exploiting JET to advance fusion science and technology
towards ITER
4.3MB |
October 2003 |
J. Ongena |
To keep updated on JET. Experts only. |
|
Status of and prospects for Advanced Tokamak regimes
from multi-machines (comparisons using the 'International Tokamak Physics Activity' database)
690kB |
December 2003 |
X. Litaudon |
Experts only. |