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1. Experimental research on the TCV tokamak

2. Overview of the EUROfusion Tokamak Exploitation programme in support of ITER and DEMO

3. Overview of T and D–T results in JET with ITER-like wall

4. Tritium removal from JET-ILW after T and D–T experimental campaigns

5. Global scaling of the heat transport in fusion plasmas

6. The role of isotope mass and transport for H-mode access in tritium containing plasmas at JET with ITER-like wall

8. Overview of the TCV tokamak experimental programme

9. Recent progress in L-H transition studies at JET: tritium, helium, hydrogen and deuterium

10. Alfven cascade eigenmodes above the TAE-frequency and localization of Alfven modes in D-He-3 plasmas on JET

11. Experimental validation of an integrated modelling approach to neutron emission studies at JET

12. Evidence for Alfvén eigenmodes driven by alpha particles in D-3He fusion experiments on JET

13. Physics and applications of three-ion ICRF scenarios for fusion research

14. Evidence for Alfv??n eigenmodes driven by alpha particles in D- 3 He fusion experiments on JET

15. The power threshold of H-mode access in mixed hydrogen–tritium and pure tritium plasmas at JET with ITER-like wall

16. Letter

17. Analysis of the inter-species power balance in JET plasmas

18. Comparison of JET-C DD neutron rates independently predicted by the ASCOT and TRANSP Monte Carlo heating codes

19. Improvements in physics models of AFSI-ASCOT-based synthetic neutron diagnostics at JET

20. Physics research on the TCV tokamak facility: From conventional to alternative scenarios and beyond

21. Isotope identity experiments in JET-ILW with H and D L-mode plasmas

22. Density peaking in JET - determined by fuelling or transport?

23. Plasma heating and generation of energetic D ions with the 3-ion ICRF + NBI scenario in mixed H-D plasmas at JET-ILW

24. Core Density Peaking Experiments in Various Operational Scenarios in JET

25. Overview of the JET results in support to ITER

26. Four Separate Dimensionless Collisionality Scans in various JET Scenarios

27. Role of JETPEAK database in validation of synthetic neutron camera diagnostics and ASCOT- AFSI fast particle and fusion product calculation chain in JET

28. JET experiments with tritium and deuterium–tritium mixtures

29. Density Peaking in JET: Driven by Fueling or Transport?

30. On the Possibility of Using a Heavy Ion Beam Probe for Local Poloidal Flux Measurements in a Tokamak

31. Chapter 4: Laser-Aided Plasma Diagnostics

32. Chapter 10

33. Dimensionless Collisionality Scans for Core Particle Transport in JET

35. Inward thermodiffusive particle pinch in electron internal transport barriers in TCV

36. Scaling of density peaking in JET H-modes and implications for ITER

37. Influence of particle sources on electron density peaking in TCV and JET

38. Studies of high frequency hot ion instabilities by means of correlation ECE on Tore Supra

39. Density profile peaking in the presence of ECRH heating in TCV

40. Safety factor profile requirements for electron ITB formation in TCV

41. Overview of transport, fast particle and heating and current drive physics using tritium in JET plasmas

42. What will we learn from ITER?

43. A new method for the inversion of interferometry data using basis functions derived from singular value decomposition of local measurements in tokamak plasmas

44. Tritium transport experiments on the JET tokamak

45. Ultrasoft x-ray spectroscopy using multilayer mirrors on TCV

46. Effects of ECRH power and safety factor on laser blow-off injected impurity confinement in TCV

47. Shear and collisionality dependences of particle pinch in JET L-mode plasmas

48. Physics of transport in tokamaks

49. Accessibility and properties of ELMy H-mode and ITB plasmas in TCV

50. Effects of plasma shape on laser blow-off injected impurity transport in TCV

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