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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.

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Publication Figures

Publication Date:
0000-00-00

First Author:
K. K. Kirov

Title:
Numerical calculations of non-inductive current driven by microwaves in tokamaks

Paper Identifier:
CP/16/122

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Use the Download buttons to download information on each listed figure, e.g. the image file and how it was created

Figure Reference Title Description Number of Figure Data Items Identifier Download Figure Details
Figure 1a Fig1a_JPN74871_55p5s_ini_real_spec_Rows1-6 The launched (red dashed line) and the real (black solid line) spectra from rows 1 to 6. Power spectrum peaked at N|| = 1.83, dP/dk|| [MW.m] is plotted in the interval 1.6 < N|| < 2 for N|| box size of ?N|| =0.02 and total launched power 0.5MW on rows 1 to 6 of the JET’s LH launcher. 1 CF/16/123 Download
Figure 1b Fig1b_JPN74871_55p5s_RZ_ray_comp_GENRAY_pos1 JRT ray (blue line) launched from row 2 of LH launcher (profile in red on the right) is validated versus GENRAY result (dashed magenta line) for JET pulse #74871, 15.5s 1 CF/16/125 Download
Figure 3a Fig3a_JPN77609_56p4s_JRT_pLH_l1l2~1_is Comparison of power deposition profiles from wave damping (pw, solid lines) and from FP solver (pql, dashed lines) as derived from 1D (black lines) and 2D (cyan lines) relativistic codes for low density JET 3.4T/1.5MA pulse #77609. 1 CF/16/127 Download
Figure 3b Fig3b_JPN77609_56p4s_JRT_pLH_l3Te1Te2~3 Comparison of power deposition profiles from wave damping (pw, solid lines) and from FP solver (pql, dashed lines) as derived from 2D relativistic bounce-averaged code for low density JET 3.4T/1.5MA pulse #77609. For temperature normalisation of Te0=1keV (blue lines) and one for Te0=2keV (magenta lines). The amount of the total absorbed power from the wave absorption calculations, Pw, and the FP results, Pql, are provided in the legends. 1 CF/16/128 Download
Figure 4a Fig4a_JPN77612_55p5s_JRT_pLH_l1l2~1 Comparison of power deposition profiles from wave damping (pw, solid lines) and from FP solver (pql, dashed lines) as derived from 1D (black lines) and 2D (cyan lines) relativistic codes for high density JET 3.4T/1.8MA pulse #77612. 1 CF/16/129 Download
Figure 4b Fig4b_JPN77612_55p5s_JRT_pLH_l3Te1Te2~2 Comparison of power deposition profiles from wave damping (pw, solid lines) and from FP solver (pql, dashed lines) as derived from 2D relativistic bounce-averaged code for high density JET 3.4T/1.8MA pulse #77612. For temperature normalisation of Te0=1keV (blue lines) and one for Te0=2keV(magenta lines). The amount of the total absorbed power from the wave absorption calculations, Pw, and the FP results, Pql, are provided in the legends. 1 CF/16/130 Download
Figure 5a Fig5a_JPN77609_56p4s_JRT_jLH_l1l2l3Te1CQL3D~2 Current drive profiles from 1D (black dashed lines), 2D relativistic (blue dash-dotted lines) and 2D relativistic bounce-averaged FP with Te0=1keV (solid cyan lines) codes for low density JET pulse #77609. The total amount of the driven current for each case is provided in the legends 1 CF/16/131 Download
Figure 5b Fig5b_JPN77612_55p5s_JRT_jLH_l1l2l3Te1CQL3D~2 Current drive profiles from 1D (black dashed lines), 2D relativistic (blue dash-dotted lines) and 2D relativistic bounce-averaged FP with Te0=1keV (solid cyan lines) codes for high density JET pulse #77612. The total amount of the driven current for each case is provided in the legends 1 CF/16/132 Download
Figure 10a Fig10a_JPN86814_Plh_profs_41p9s-43p9s_l3_Te1_CQL3D~9 Power deposition profiles from the new code JRT with 3D relativistic FP with trapped particles results at the five time intervals. 1 CF/16/138 Download
Figure 10b Fig10b_JPN86814_jlh_profs_41p9s-43p9s_l3_Te1_CQL3D~9 LH current drive from JRT. The total driven current at the five time slices is provided for comparison. 1 CF/16/139 Download

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