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Showing below up to 50 results in range #51 to #100.

51. Coordinated Working Group‏‎ (06:36, 18 October 2014)
52. Fusor‏‎ (20:30, 19 October 2014)
53. TECNO FUS‏‎ (17:51, 21 October 2014)
54. Impurities‏‎ (10:53, 22 October 2014)
55. TJ-II:Transport and magnetic configuration‏‎ (12:05, 25 November 2014)
56. Long-range correlation‏‎ (14:47, 19 December 2014)
57. TJ-II:Magnetic coordinates‏‎ (11:33, 17 April 2015)
58. TJ-II:Reflectometry‏‎ (08:56, 18 May 2015)
59. Educational material‏‎ (16:56, 27 October 2015)
60. CIEMAT‏‎ (11:24, 29 October 2015)
61. TJ-II:Power supply‏‎ (16:17, 29 October 2015)
62. TJ-II:Bolometry‏‎ (16:36, 29 October 2015)
63. Omnigeneity‏‎ (11:40, 30 October 2015)
64. Stellarator symmetry‏‎ (11:45, 30 October 2015)
65. LNF:Technology‏‎ (12:43, 25 November 2015)
66. International Conference on Tritium Science and Technology‏‎ (14:26, 13 March 2016)
67. IFMIF-DONES‏‎ (09:54, 15 March 2016)
68. Broader Approach agreement‏‎ (11:11, 15 March 2016)
69. IFMIF-EVEDA‏‎ (11:45, 15 March 2016)
70. IFMIF‏‎ (13:28, 15 March 2016)
71. DEMO‏‎ (18:25, 15 March 2016)
72. Internal Transport Barrier‏‎ (12:04, 17 October 2016)
73. Fusion-EP‏‎ (13:01, 20 February 2017)
74. TJ-II:Tomography‏‎ (15:42, 20 February 2017)
75. TJ-II:Turbulence‏‎ (13:19, 23 February 2017)
76. TJ-II:Experimental program‏‎ (09:49, 14 August 2017)
77. TJ-II:Cooling system‏‎ (13:31, 15 February 2018)
78. Journals‏‎ (12:56, 21 March 2018)
79. TJ-II:Search for physical mechanisms that lead to increase of turbulence following pellet injection‏‎ (11:06, 27 March 2018)
80. TJ-II:Effect of pellet injection on the radial electric field profile of stellarators‏‎ (11:06, 27 March 2018)
81. TJ-II:Excitation of zonal flow oscillations by energetic particles‏‎ (11:07, 27 March 2018)
82. TJ-II:Radial electric field of low-magnetic-field low-collisionality NBI plasmas‏‎ (11:07, 27 March 2018)
83. TJ-II:Comparison of transport of on-axis and off-axis ECH-heated plasmas‏‎ (11:07, 27 March 2018)
84. TJ-II:Impurity injection by laser blow-off: influence of main ions charge/mass on impurity confinement and transport‏‎ (11:07, 27 March 2018)
85. TJ-II:PelletFuelling‏‎ (11:08, 27 March 2018)
86. TJ-II:Investigation of turbulence spreading and information transfer in the TJ-II stellarator‏‎ (11:08, 27 March 2018)
87. TJ-II:Role of isotope effect on biasing induced transitions in the TJ-II stellarator‏‎ (11:08, 27 March 2018)
88. TJ-II:Investigation of the mechanism of decoupling between energy and particle transport channels: Proposal for joint experiments in TJ-II and H-J‏‎ (11:09, 27 March 2018)
89. TJ-II:NBI contribution to plasma fuelling‏‎ (11:09, 27 March 2018)
90. TJ-II:Effect of ECRH on the characteristics of Alfven Eigenmodes activity‏‎ (11:10, 27 March 2018)
91. TJ-II:Investigating the Alfvén Wave damping‏‎ (11:10, 27 March 2018)
92. TJ-II:L-H Transition and Isotope Effect in low magnetic ripple configurations‏‎ (11:10, 27 March 2018)
93. TJ-II:Measurements of radial correlation length and tilting of turbulent eddies by Radial Correlation Doppler Reflectometry‏‎ (11:10, 27 March 2018)
94. TJ-II:Measurement of Te and ne of Blobs analyzing recycling helium emission in front of a poloidal limiter‏‎ (11:11, 27 March 2018)
95. TJ-II:Validation of bootstrap predictions‏‎ (11:17, 27 March 2018)
96. TJ-II:Understanding an often observed transient rise in core electron temperature during pellet injection into TJ-II plasmas‏‎ (11:18, 27 March 2018)
97. TJ-II:Improving fuelling efficiency in TJ-II ECRH plasmas‏‎ (11:18, 27 March 2018)
98. TJ-II:The influence of a core fast electron population on pellet fuelling efficiency in TJ-II‏‎ (11:18, 27 March 2018)
99. TJ-II:Studies of LIquid Metal insertion in TJ-II‏‎ (11:18, 27 March 2018)
100. TJ-II:Turbulence and radial electric field asymmetries in high iota magnetic configuration measured by Doppler reflectometry‏‎ (11:21, 27 March 2018)