Published Data
These pages provide an access point to data contained in CCFE published journal papers. By selecting a paper, and then a specific figure or table, you can request the related underlying data if it is available for release.
Publication Figures
Publication Date:
2018-11-14
First Author:
M. Fitzgerald
Title:
Full-orbit and drift calculations of fusion product losses due to explosive fishbones on JET
Paper Identifier:
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| Figure Reference | Title | Description | Number of Figure Data Items | Identifier | Download Figure Details | ||
|---|---|---|---|---|---|---|---|
| Fig 2 | hotspot Fig 2 | Video frame of a hotspot in 92394 | 0 | CF/18/320 | Download | ||
| Figure 1 | Shot summary Fig 1 | JETDSP plot of heating power, density, electron temperature, D-D neutrons, n=1 signal, FILD signal | 1 | CF/18/321 | Download | ||
| Figure 5 | Mode numbers figure 5 | toroidal mode number analysis from mode_analysis software for shot 92394 | 0 | CF/18/323 | Download | ||
| FILD Fig 3 | Previously published image used with permission | 0 | CF/18/324 | Download | |||
| FILD Orbit Fig 4 | previous published image used with permission | 0 | CF/18/325 | Download | |||
| Figure 6 | Inversion Fig 6 | Inversion radius plot from ECE data | 0 | CF/18/326 | Download | ||
| Symmetry Fig 7 | Calibrated ECE radial profile of electron temperature versus flux label. The flux label is expressed as a radial position on the outboard midplane. Note the plasma boundary is at approximately 3.8m. Orange denotes measurements on the high-field side. Discharge #92394 | 0 | CF/18/327 | Download | |||
| mode2d Fig 8 | Electrostatic potential of linear MHD internal kink mode used to model the fishbone | 1 | CF/18/328 | Download | |||
| eigenmode radial Fig 9 | Perturbed radial fluid velocity as computed by MISHKA, summed over poloidal harmonics and remapped onto normalized root toroidal flux ? (with negative values denoting high field side). | 0 | CF/18/330 | Download | |||
| Figure 10 | SXR radial Fig 10 | SXR measurements of perturbed intensity as a function of normalized root toroidal flux, taken at two different times during two different fishbones | 0 | CF/18/331 | Download | ||
| Figure 11 | SXR phase Fig 11 | SXR measurements showing phase change of perturbed intensity as a function of normalized root toroidal flux, taken at the same times as the previous figure | 0 | CF/18/332 | Download | ||
| Unperturbed no wall Fig 12 | 0 | CF/18/333 | Download | ||||
| Critical orbits fig 14 | A selection of 9 confined unperturbed guiding centre orbits from HAGIS chosen near the triple-point. The orbits are overlaid on a plot of the fishbone electrostatic potential. Blue denotes passing and yellow trapped | 1 | CF/18/334 | Download | |||
| Figure 15 | spectrum fig 15 | Fourier spectrum from magnetic pickup coils showing fishbone frequency chirping in discharge #92394 | 0 | CF/18/336 | Download | ||
| Difference Fig 16 | HALO full-orbit calculations showing the difference between two plots of orbit classification of particles, one with and the other without the fishbone, colouring as before. | 0 | CF/18/337 | Download | |||
| Table 1 | table of losses | HAGIS calculations of particle losses assuming an initial distribution given by TRANSP | 1 | CF/18/338 | Download | ||
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