EFDA-JET-CP(14)03/16

2014 41st EPS Conference on Plasma Physics, Berlin, Germany, (23rd–27th June)

Impact of Strong Impurity Seeding on the Radiation Losses in JET with ITER-lLike Wall


EFDA-JET-CP(14)01/36

2014 21st International Conference on Plasma Surface Interactions PSI, Kanazawa, Japan, (26th–30th May)

Modelling of the Material Transport and Layer Formation in the Divertor of JET: Comparison of ITER-Like Wall with Full Carbon Wall Conditions


EFDA-JET-CP(14)01/17

2014 21st International Conference on Plasma Surface Interactions PSI, Kanazawa, Japan, (26th–30th May)

Co-deposited Layers in the Divertor Region of JET-ILW


EFDA-JET-CP(14)01/15

2014 21st International Conference on Plasma Surface Interactions PSI, Kanazawa, Japan, (26th–30th May)

Material Deposition on Inner Divertor Quartz Microbalance Systems during ITER­Like Wall Operation in JET


EFDA-JET-CP(14)01/05

2014 21st International Conference on Plasma Surface Interactions PSI, Kanazawa, Japan, (26th–30th May)

Plasma Isotopic Change Over Experiments in JET Under Carbon and ITER-Like Wall Conditions


EFDA-JET-CP(12)06/35

2012 24th IAEA Fusion Energy Conference (fec2012), San Diego, USA, (8th–13th Oct)

Fuel Retention Studies with the ITER-like Wall in JET


EFDA-JET-CP(12)02/40

2012 20th International Conference on Plasma Surface Interactions PSI, Eurogress, Aachen, Germany, (21st–25th May)

Comparison of Fuel Retention in JET between Carbon and the ITER-Like Wall


EFDA-JET-CP(12)02/39

2012 20th International Conference on Plasma Surface Interactions PSI, Eurogress, Aachen, Germany, (21st–25th May)

Overview of Erosion­Deposition Diagnostic Tools for the ITER-Like Wall in the JET Tokamak


EFDA-JET-CP(12)02/28

2012 20th International Conference on Plasma Surface Interactions PSI, Eurogress, Aachen, Germany, (21st–25th May)

Wall Conditioning of JET with the ITER-Like Wall


EFDA-JET-CP(10)08/08

2010 23rd IAEA Fusion Energy Conference, Daejon, Republic of Korea, (10th–16th October)

Be Migration Studies at JET and their Interpretation by an Integrated Model for Plasma Impurity Transport and Wall Composition Dynamics


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