TJ-II:Experimental proposals: Difference between revisions

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<!-- Title -->        | [[TJ-II:Understanding an often observed transient rise in core electron temperature during pellet injection into TJ-II plasmas]]
<!-- Title -->        | [[TJ-II:Understanding an often observed transient rise in core electron temperature during pellet injection into TJ-II plasmas|Understanding an often observed transient rise in core electron temperature during pellet injection into TJ-II plasmas]]
<!-- Proponent-->    | [mailto:kieran.mccarthy@ciemat.es K J McCarthy]
<!-- Proponent-->    | [mailto:kieran.mccarthy@ciemat.es K J McCarthy]
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<!-- Number -->      | 6
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<!-- Title -->        | [[TJ-II:Improving fuelling efficiency in TJ-II ECRH plasmas]]
<!-- Title -->        | [[TJ-II:Improving fuelling efficiency in TJ-II ECRH plasmas|Improving fuelling efficiency in TJ-II ECRH plasmas]]
<!-- Proponent-->    | [mailto:kieran.mccarthy@ciemat.es K J McCarthy]
<!-- Proponent-->    | [mailto:kieran.mccarthy@ciemat.es K J McCarthy]
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Revision as of 09:00, 20 February 2018

TJ-II Model

Creation of a new proposal

  1. Log in to the FusionWiki. If you don't have an account, request one by clicking 'Create account' in the left-hand menu.
  2. Type the name of your proposal page in the field below. The required format is: 'TJ-II:Title of my proposal'. Note the 'TJ-II:' at the beginning!
  3. Click 'Create new proposal'. Your proposal page will be created. Edit and save (please use 'Show preview' before saving the final version).

The proposal page is created on the basis of this Proposal template. You do not need to view or modify it.

Inclusion of your proposal in the proposal list

  • Edit the table below and add your proposal (instructions in the table). The link to your proposal is as follows: [[TJ-II:Title of your proposal|]] (the final character before the closing brackets ]] is a vertical slash).

Experimental proposals, 2018 Spring

Deadline: March 7, 2018

Nr. Title Proponent(s)


1 Observation of suprathermal ions with Neutral Particle Analyzers during electron cyclotron heating in the TJ-II stellarator J.M. Fontdecaba
2 Poloidal 2D scans to investigate potential and density profiles in the TJ-II stellarator using dual Heavy ion beam probe diagnostic R. Sharma
3 Validation of bootstrap predictions J.L.Velasco
4 Transport analysis by means of the Transfer Entropy B.Ph. van Milligen
5 Understanding an often observed transient rise in core electron temperature during pellet injection into TJ-II plasmas K J McCarthy
6 Improving fuelling efficiency in TJ-II ECRH plasmas K J McCarthy

Experimental proposals, 2017 Spring

Deadline: January 26, 2017

Nr. Title Proponent(s)


1 Search for physical mechanisms that lead to increase of turbulence following pellet injection Kieran McCarthy
2 Effect of pellet injection on the radial electric field profile of stellarators Davide Silvagni, José L. Velasco
3 Excitation of zonal flow oscillations by energetic particles Edi Sánchez
4 Radial electric field of low-magnetic-field low-collisionality NBI plasmas José L. Velasco
5 Comparison of transport of on-axis and off-axis ECH-heated plasmas José L. Velasco, Edi Sánchez
6 Impurity injection by laser blow-off: influence of main ions charge/mass on impurity confinement and transport Belén López-Miranda
7 PelletFuelling Kieran McCarthy
8 Impurity density and potential asymmetries José M. García Regaña
9 Investigation of turbulence spreading and information transfer in the TJ-II stellarator Boudewijn van Milligen
10 Role of isotope effect on biasing induced transitions in the TJ-II stellarator S. Ohshima
11 Investigation of the mechanism of decoupling between energy and particle transport channels: Proposal for joint experiments in TJ-II and H-J Bing Liu, Ulises Losada
12 Alfven Eigenmodes and biasing in TJ-II A. Melnikov
13 Potential asymmetries at low magnetic field José M. García-Regaña
14 NBI contribution to plasma fuelling Macarena Liniers
15 Investigation of plasma asymmetries in the TJ-II stellarator and comparison with Gyrokinetic simulations Edi Sanchez
16 Effect of ECRH on the characteristics of Alfven Eigenmodes activity Álvaro Cappa, Enrique Ascasíbar, Paco Castejón
17 Investigating the Alfvén Wave damping Paco Castejón, Álvaro Cappa, Enrique Ascasíbar
18 L-H Transition and Isotope Effect in low magnetic ripple configurations Teresa Estrada,Ulises Losada,Carlos Hidalgo
19 Measurements of radial correlation length and tilting of turbulent eddies by Radial Correlation Doppler Reflectometry Javier Pinzon, Tim Happel,Teresa Estrada
20 Measurement of Te and ne of Blobs analyzing recycling helium emission in front of a poloidal limiter Eduardo de la Cal

See also

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