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:
0000-00-00
First Author:
Nick Walkden
Title:
Dynamics of 3D isolated thermal filaments
Paper Identifier:
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| Figure Reference | Title | Description | Number of Figure Data Items | Identifier | Download Figure Details | ||
|---|---|---|---|---|---|---|---|
| Figure 1 | Dynamics of 3D isolated thermal filaments – Figure 1 | Example of analytic velocity scalings for different values of temperature and density amplitude | 0 | CF/16/159 | Download | ||
| Dynamics of 3D isolated thermal filaments – Figure 2 | Cross-sections of filaments at the midplane for different temperature and density amplitudes during the filament evolution | 0 | CF/16/160 | Download | |||
| Dynamics of 3D isolated thermal filaments – Figure 3 | Symmetry components for the electrostatic potential for different amplitudes of the filament | 0 | CF/16/161 | Download | |||
| Dynamics of 3D isolated thermal filaments – Figure 4 | Centre of pressure position of the filament at the midplane for different amplitudes | 0 | CF/16/162 | Download | |||
| Dynamics of 3D isolated thermal filaments – Figure 5 | ExB heat flux cross-sections for each symmetry component for each combinations of filament amplitudes in the constant pressure scan | 0 | CF/16/163 | Download | |||
| Dynamics of 3D isolated thermal filaments – Figure 6 | Cross-section averaged ExB velocities | 0 | CF/16/164 | Download | |||
| Dynamics of 3D isolated thermal filaments – Figure 7 | Schematic of velocity fields for reduced model of filament motion | 0 | CF/16/165 | Download | |||
| Dynamics of 3D isolated thermal filaments – Figure 8 | Pressure loss in filaments with differing initial amplitudes | 0 | CF/16/166 | Download | |||
| Dynamics of 3D isolated thermal filaments – Figure 9 | Centre of pressure position for filaments with increasing pressure | 0 | CF/16/167 | Download | |||
| Dynamics of 3D isolated thermal filaments – Figure 10 | Parallel cross-sections of filaments alongside midplane pressure as a function of time | 0 | CF/16/168 | Download | |||
| Dynamics of 3D isolated thermal filaments – Figure 11 | Centre of pressure of filaments with reduced parallel lengthscales for different initial amplitudes | 0 | CF/16/169 | Download | |||
| Dynamics of 3D isolated thermal filaments – Figure 12 | Centre of pressure position for filaments with different amplitudes with a width of 0.5cm | 0 | CF/16/170 | Download | |||
| Dynamics of 3D isolated thermal filaments – Figure 13 | Centre of pressure for filaments with different amplitudes and a width of 8 cm | 0 | CF/16/171 | Download | |||
| Dynamics of 3D isolated thermal filaments – Figure 14 | Source profiles used to produce background | 0 | CF/16/172 | Download | |||
| Dynamics of 3D isolated thermal filaments – Figure 15 | Semi-analytic background calculations | 0 | CF/16/173 | Download | |||
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