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Showing below up to 353 results in range #1 to #353.

1. ASTRA
2. Alternative fusion devices
3. Anomalous transport
4. Axisymmetry
5. Bayesian data analysis
6. Beta
7. Bicoherence
8. Biorthogonal decomposition
9. Books
10. Bootstrap current
11. Boozer coordinates
12. Breeding blanket
13. Broader Approach agreement
14. CFETR
15. CIEMAT
16. CUTIE
17. Causality detection
18. Collisionality
19. Conduction limited
20. Conference on Plasma Surface Interactions
21. Connection length
22. Continuous Time Random Walk
23. Coordinated Working Group
24. Coordinated Working Group: Neoclassical Transport
25. Coordinated Working Group Meeting
26. DEMO
27. Data analysis techniques
28. Debye length
29. Detachment
30. Detachment control
31. Diagnostics
32. Disruption
33. Divertor
34. EBITA
35. EFDA
36. EFTC Organization
37. EIRENE
38. EMC3-EIRENE
39. EPS Conference Organization
40. EU-US Transport Task Force Meeting
41. EUROBREED
42. EUTERPE
43. Edge Localized Modes
44. Educational material
45. Effective charge state
46. Effective plasma radius
47. Ellipticity
48. Energy confinement time
49. Error propagation
50. Ethics
51. Euratom
52. European Conference on Plasma Diagnostics
53. European Fusion Theory Conference
54. European Physical Society Conference on Plasma Physics
55. Flux coordinates
56. Flux surface
57. Flux tube
58. Function parametrization
59. Fusenet
60. Fusion-EP
61. Fusion databases
62. Fusion laboratories
63. Fusor
64. Geodesic Acoustic Mode
65. Greenwald limit
66. Gyrokinetic simulations
67. H-mode
68. H-mode power threshold
69. H98
70. HBT
71. HSX
72. Hamada coordinates
73. Hannes Alfvén Prize
74. Heat flux width
75. Heat pinch
76. High recycling
77. IAEA Fusion Energy Conference
78. IFMIF
79. IFMIF-DONES
80. IFMIF-EVEDA
81. ITER
82. Impurities
83. Institutions
84. Internal Transport Barrier
85. Internal inductance
86. International Conference on Tritium Science and Technology
87. International Congress on Plasma Physics
88. International Stellarator and Heliotron Workshop
89. International Symposium on Fusion Nuclear Technology
90. International Toki Conference
91. Ion Temperature Gradient instability
92. Island Divertor
93. Job opportunities
94. Journals
95. L-mode
96. LNF:Fuelling and Impurity Control Studies in the stellarators TJ-II and W7-X using Cryogenic Pellets and Tracer-Encapsulated Solid Pellets (TESPEL)
97. LNF:Iones ligeros y radiación en materiales para fusión (IONFUS V)
98. LNF:L2HPED Estudio de Transiciones L-H y Pedestal en Modo H en Tokamaks
99. LNF:Nationally Funded Projects
100. LNF:Organization
101. LNF:Plasma Physics
102. LNF:Project template
103. LNF:Technology
104. LNF: Additive manufacturing of Copper alloys for the development of new Clean Energies (AFCE)
105. LNF: Exploration of novel (anti) corrosion and permeation barriers (EXCORPION)
106. LNF: Fusion LiqUid meTals HYdrogen ExtRaction (Fusion LUTHYER)
107. Laboratorio Nacional de Fusión
108. Larmor radius
109. Long-range correlation
110. Loss power
111. MDSplus
112. MHD equilibrium
113. MOCA
114. Magnetic confinement
115. Magnetic curvature
116. Magnetic island
117. Magnetic shear
118. Magnetic strike point
119. Magnetic well
120. Main Page
121. Model validation
122. Modular coil
123. Neoclassical transport
124. Non-diffusive transport
125. Nuclear fusion
126. Omnigeneity
127. PIES
128. PROCTR
129. Pedestal
130. Peeling-Ballooning Model
131. Plasma instability
132. Plasma sheath
133. Plasma simulation
134. Profile consistency
135. Quasisymmetry
136. Quiescent H-mode
137. Reconnection
138. Resistive timescale
139. Resonant Magnetic Perturbation
140. Reversed Field Pinch
141. Reynolds stress
142. Rotational transform
143. SIESTA
144. Sawtooth
145. Scaling law
146. Scrape-Off Layer
147. Self-Organised Criticality
148. Separatrix
149. Shafranov shift
150. Sheath limited
151. Single-Pointed Magnetic Confinement
152. Software tools
153. Spheromak
154. Stellarator
155. Stellarator optimization
156. Stellarator reactor
157. Stellarator symmetry
158. Strongly radiating
159. Super H-mode
160. Symposium On Fusion Engineering
161. Symposium on Fusion Technology
162. TECNO FUS
163. TJ-I
164. TJ-II
165. TJ-II:Alfven Eigenmodes and biasing in TJ-II
166. TJ-II:Biasing probe
167. TJ-II:Blobs vs streamers
168. TJ-II:Bolometry
169. TJ-II:Charge exchange spectroscopy
170. TJ-II:Coil system
171. TJ-II:Compact Neutral Particle Analyzer
172. TJ-II:Comparison of the ionic effective charge of TJ-II plasmas after recent vacuum wall boronization/lithiumization with Laser Blow-off contaminated plasmas using visible bremsstrahlung emissions
173. TJ-II:Comparison of transport of on-axis and off-axis ECH-heated plasmas
174. TJ-II:Confinement transitions
175. TJ-II:Construction
176. TJ-II:Control and data acquisition systems
177. TJ-II:Cooling system
178. TJ-II:Dependence of NBI-driven Alfvén Eigenmodes on NBI energy and power
179. TJ-II:Diagnostic neutral beam
180. TJ-II:Divertor
181. TJ-II:ECRH system calibration
182. TJ-II:Effect of ECRH on the characteristics of Alfven Eigenmodes activity
183. TJ-II:Effect of pellet injection on the radial electric field profile of stellarators
184. TJ-II:Electron Bernstein Wave Heating
185. TJ-II:Electron Cyclotron Emission
186. TJ-II:Electron Cyclotron Resonant Heating
187. TJ-II:Er and turbulence asymmetries in low ripple configurations measured by Doppler reflectometry
188. TJ-II:Evaluation of Neoclassical transport correction terms in TJ-II
189. TJ-II:Excitation of zonal flow oscillations by energetic particles
190. TJ-II:Experimental program
191. TJ-II:Experimental proposals
192. TJ-II:Fast Camera studies with triple bundle
193. TJ-II:Fast camera
194. TJ-II:Fast ion loss probe
195. TJ-II:Gas puff
196. TJ-II:Halpha monitors
197. TJ-II:Heavy Ion Beam Probe
198. TJ-II:Helium Beam
199. TJ-II:Imaging of pelet cloud dynamics in TJ-II using Halpha and bremsstraahlung filters and a fast-frame camera
200. TJ-II:Improving fuelling efficiency in TJ-II ECRH plasmas
201. TJ-II:Impurity density and potential asymmetries
202. TJ-II:Impurity injection by laser blow-off: influence of main ions charge/mass on impurity confinement and transport
203. TJ-II:Impurity transport
204. TJ-II:Impurity transport studies by LILA-TOF detection. A Lithium Laser-Ablation based Time-of-Flight (LILA-TOF) diagnostic for measuring plasma edge ion temperature (II). Influence of toroidal plasma rotation
205. TJ-II:Impurity transport studies by LILA-TOF detection. A Lithium Laser-Ablation based Time-of-Flight (LILA-TOF) diagnostic for measuring plasma edge ion temperature and toroidal plasma rotation
206. TJ-II:In situ, real time boronization of TJ-II
207. TJ-II:Influence of edge radial electric fields on particle and heat in the SOL
208. TJ-II:Influence of electron / ion root and ion mass on the radial and frequency structure of zonal flows in TJ-II
209. TJ-II:Influence of positive and negative density gradients in turbulent transport using the HIBP system
210. TJ-II:Influence of radial electric field on intermittence near rational surfaces
211. TJ-II:Infrared thermography of the NBI Beam Stop: NBI contribution to plasma fuelling
212. TJ-II:Infrared thermography of the NBI Beam Stop: NBI contribution to plasma fuelling (2)
213. TJ-II:Instabilities
214. TJ-II:Interferometry
215. TJ-II:Internal Transport Barriers
216. TJ-II:Investigating the Alfvén Wave damping
217. TJ-II:Investigation of plasma asymmetries in the TJ-II stellarator and comparison with Gyrokinetic simulations
218. TJ-II:Investigation of the ECRH power level and deposition radius on impurity confinement after injection by laser blow-off in TJ-II
219. TJ-II:Investigation of the mechanism of decoupling between energy and particle transport channels: Proposal for joint experiments in TJ-II and H-J
220. TJ-II:Investigation of turbulence spreading and information transfer in the TJ-II stellarator
221. TJ-II:L-H Transition and Isotope Effect in low magnetic ripple configurations
222. TJ-II:L-H transition studies: characterization of plasma turbulence using Gas Puff Imaging, Probes, Doppler reflectometry and HIBP diagnostics
223. TJ-II:LIA-TOF. New method for Edge Ti determination in TJ-II
224. TJ-II:Langmuir Probes
225. TJ-II:Large pellet injection into NBI-heated plasmas of tJ-II
226. TJ-II:Limiter
227. TJ-II:Lithium Beam
228. TJ-II:Magnetic coordinates
229. TJ-II:Magnetic field
230. TJ-II:Magnetic surface mapping
231. TJ-II:Magnetics
232. TJ-II:Measurement of Te and ne of Blobs analyzing recycling helium emission in front of a poloidal limiter
233. TJ-II:Measurements of radial correlation length and tilting of turbulent eddies by Radial Correlation Doppler Reflectometry
234. TJ-II:Multifilter electron temperature diagnostic
235. TJ-II:NBI1 vs. NBI2 heated plasma comparison
236. TJ-II:NBI contribution to plasma fuelling
237. TJ-II:Neutral Beam Injection
238. TJ-II:Observation of suprathermal ions with Neutral Particle Analyzers during electron cyclotron heating in the TJ-II stellarator
239. TJ-II:Paddle
240. TJ-II:PelletFuelling
241. TJ-II:Pellet Injections into TJ-II plasmas with core fast electron population
242. TJ-II:Pellet injector
243. TJ-II:Plasma Wall Interaction
244. TJ-II:Plasma fueling experiments: influence of gas puffing distribution on plasma behaviour
245. TJ-II:Poloidal 2D scans to investigate potential and density profiles in the TJ-II stellarator using dual Heavy ion beam probe diagnostic
246. TJ-II:Ports
247. TJ-II:Potential Assymetries at low magnetic field
248. TJ-II:Potential asymmetries at low magnetic field
249. TJ-II:Power supply
250. TJ-II:Proposal template
251. TJ-II:Radial electric field of low-magnetic-field low-collisionality NBI plasmas
252. TJ-II:Radiation asymmetries and potential variations
253. TJ-II:Re-commissioning of Fast Ion Loss Detector
254. TJ-II:Real Time Lithiation-boronization in TJ-II
255. TJ-II:Real Time lithiatiation of TJII
256. TJ-II:Reflectometry
257. TJ-II:Relational database
258. TJ-II:Retarding Field Analyzer
259. TJ-II:Role of isotope effect on biasing induced transitions in the TJ-II stellarator
260. TJ-II:Role of isotope mass on the radial width of Zonal Flows
261. TJ-II:Routine and systematic use of the LIBS
262. TJ-II:Search for physical mechanisms that lead to increase of turbulence following pellet injection
263. TJ-II:Searching for AEs suppression scenarios using off-axis ECCD
264. TJ-II:Searching for zonal fields and zonal flows driven by fast particles in TJ-II
265. TJ-II:Sectors
266. TJ-II:Shot database
267. TJ-II:Soft X-rays
268. TJ-II:Spectroscopy
269. TJ-II:Studies of LIquid Metal insertion in TJ-II
270. TJ-II:The influence of a core fast electron population on pellet fuelling efficiency in TJ-II
271. TJ-II:The study of edge turbulence in the presence of ECRH and NBI heating
272. TJ-II:Thomson Scattering
273. TJ-II:Tomography
274. TJ-II:Transport analysis by means of the Transfer Entropy
275. TJ-II:Transport and magnetic configuration
276. TJ-II:Turbulence
277. TJ-II:Turbulence and flow measured at the 3/2 magnetic island using Doppler reflectometry
278. TJ-II:Turbulence and radial electric field asymmetries in different iota magnetic configurations measured by Doppler reflectometry
279. TJ-II:Turbulence and radial electric field asymmetries in high iota magnetic configuration measured by Doppler reflectometry
280. TJ-II:Turbulence driven magnetic islands
281. TJ-II:Turbulence properties near a rational surface
282. TJ-II:Turbulence spreading and ECRH modulation experiments in the TJ-II stellarator
283. TJ-II:Turbulence studies during transient pellet induced regimes
284. TJ-II:Understanding an often observed transient rise in core electron temperature during pellet injection into TJ-II plasmas
285. TJ-II:Vacuum system
286. TJ-II:Validation of ECCD predictions in TJ-II ECRH plasmas
287. TJ-II:Validation of bootstrap predictions
288. TJ-II:Why fast particle electromagnetic induced stabilization in fusion plasmas?
289. TJ-II: 2D mapping of plasma parameters using HIBP
290. TJ-II: 2D mapping of plasma potential and density and their fluctuations in ECRH plasmas
291. TJ-II: Biasing experiments in TJ-II: Feed back control of Zonal Flows and cross-phase effects on turbulent transport
292. TJ-II: Calibration of the helical arrays of Mirnov coils
293. TJ-II: Combining retarding-field energy analyzer and electrostatic probes measurements, an approach to measure the phase relation between density and temperature fluctuations using RFA?
294. TJ-II: Commissioning of new Gas Puff Imaging system
295. TJ-II: Commissioning of the new helical arrays of magnetic coils
296. TJ-II: Comparison of Beam-wall effects at the beam ducts of NBI
297. TJ-II: Density limit and ZFs in TJ-II
298. TJ-II: Determination of the spatial periodicity of NBI-driven Alfvén Eigenmodes and study of its magnetic configuration dependence
299. TJ-II: Edge – SOL coupling studies using fast cameras and Langmuir probes: role of edge turbulence and radial electric fields
300. TJ-II: Electric potential and turbulence studies with HIBP and LP via edge biasing
301. TJ-II: Evolution of LCR by HIBP and Probes
302. TJ-II: Fast particles induced transport: ExB transport and asymmetries
303. TJ-II: Feed back control of Zonal Flows and turbulence in TJ-II
304. TJ-II: Filter spectroscopy for pellet ablation cloud in TJ-II NBI plasmas
305. TJ-II: Impurity injection by laser blow-off (LBO): Confinement and transport studies of high Z impurity injection by LBO in ion-root regime discharges
306. TJ-II: Impurity injection by laser blow-off (LBO): Confinement and transport studies of high Z impurity injection by LBO in ion-root scenarios (II). Comparison to neoclassical and turbulence simulations.
307. TJ-II: Impurity injection with TESPEL in TJ-II stellarator
308. TJ-II: Influence of Alfven Eigenmodes in edge turbulence and Zonal Flows
309. TJ-II: Influence of edge radial electric fields on impurity transport
310. TJ-II: Influence of magnetic configuration on filament dynamics
311. TJ-II: Infuence of AEs on ExB transport: role of phase shift effects
312. TJ-II: Injection of TESPELs with compounds or multiple elements of interest for W7-X
313. TJ-II: Investigation of Pellet Deposition Profiles and Transports in TJ-II using Integrated Predictive Modelling Codes
314. TJ-II: Magnetic fluctuations induced by pellet injections in TJ-II
315. TJ-II: Measurements using Gas Puff Imaging system
316. TJ-II: Multipellet injection in NBI plasmas
317. TJ-II: On the electrostatic transport driven by Alfvén modes and broadband turbulence in the plasma edge region of the TJ-II stellarator
318. TJ-II: On the physics of the density limit
319. TJ-II: On the search of Zonal Flows and the influence of Alfvén Eigenmodes in the TJ-II stellarator
320. TJ-II: Pellet induced Enhanced Confinement: the role of Er and turbulence
321. TJ-II: Perpendicular plasma flow asymmetries in different iota magnetic configurations measured by Doppler reflectometry
322. TJ-II: Physics of transport decoupling, an approach to measure the phase relation between density and temperature fluctuations
323. TJ-II: Plasma turbulence and cryogenic pellet injection
324. TJ-II: Radiation asymmetries and potential variations
325. TJ-II: SOL Temperature profiles using RFA role of edge radial electric fields
326. TJ-II: Searching for AEs suppression scenarios using off-axis ECCD
327. TJ-II: Spectroscopic studies of TESPEL-shell ablation clouds
328. TJ-II: Studies of liquid metal insertion n TJ-II
329. TJ-II: Studies of pellet plasmoid drift in different magnetic configurations
330. TJ-II: Studies of the dynamics of injected hydrogen pellets in the stellarator TJ-II
331. TJ-II: Turbulent ExB transport studies using HIBP and edge probes
332. TJ-II: Two dimensional distribution of plasma potential and density
333. TJ-II: Validation of neutral beam current drive
334. TJ-II: Why fast reaction of plasma fluctuations to ECRH ?
335. TJ-II: Zeff measurement using visible bremsstrahlung (VB) with NBI heating (II)
336. TJ-II: Zeff measurement using visible bremsstrahlung emissions with NBI heating
337. TJ-II: impact of impurities on turbulence
338. TJ-IU
339. TJ-K
340. TRECE
341. TRUBA
342. TechnoFusión
343. Tokamak
344. Topical Conference on High Temperature Plasma Diagnostics
345. Topology and transport
346. Toroidal coordinates
347. Triangularity
348. Unipolar arcing
349. VMEC
350. W7-AS
351. W7-X
352. Wave ana
353. Women in Plasma Physics