UKAEA Open Data

Data can transform an entire enterprise

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.

« Back

Publication Figures

Publication Date:
2018-03-21

First Author:
M. R. Gilbert

Title:
Differential dpa calculations with SPECTRA-PKA

Paper Identifier:
CP/18/20

Search the list of Figures using keywords (case insensitive):

To drill down to information on Data within a published figure, select a table cell where the figure's number of Data Items > 0
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 Figure 1a PKA spectra and “dpa-spectra” for different reaction channels in pure 56Fe irradiated in a typical neutron spectrum for the first wall of a demonstration fusion power plant. The neutron irradiation spectrum is shown in with neutron flux in n cm2 s-1 plotted against neutron energy in eV. 1 CF/18/21 Download
Figure 1b Figure 1b PKA spectra and “dpa-spectra” for different reaction channels in pure 56Fe irradiated in a typical neutron spectrum for the first wall of a demonstration fusion power plant. 1 CF/18/23 Download
Figure 2a Figure 2a per-reaction-channel contributions to the total dpa rate in pure Fe irradiated in a typical neutron spectrum for the first wall of a demonstration fusion power plant. The values in blue above each bar are the % of the total dpa rate produced by that reaction channel or recoiling species. Additionally, values in red give the percentage uncertainty estimates derived from the covariances available for each reaction channel in the TENDL data used in the calculation. 1 CF/18/27 Download
figure 2b Figure 2b per-recoil-species dpa contributions to the total dpa rate in pure Fe irradiated in a typical neutron spectrum for the first wall of a demonstration fusion power plant. The values in blue above each bar are the % of the total dpa rate produced by that reaction channel or recoiling species. 1 CF/18/29 Download
figure 3a per-reaction-type dpa contributions to the total dpa rate in pure W irradiated in a typical neutron spectrum for the first wall of a demonstration fusion power plant (plotted in figure 1a). The values above each bar are the % of the total dpa rate produced by that reaction type or recoiling species. 1 CF/18/31 Download
figure 3b figure 3b per-recoil-species dpa contributions to the total dpa rate in pure W irradiated in a typical neutron spectrum for the first wall of a demonstration fusion power plant. The values above each bar are the % of the total dpa rate produced by that reaction type or recoiling species. 1 CF/18/33 Download
figure 4b figure 4a per-reaction-type dpa contributions to the total dpa rate in pure Ni irradiated in a typical neutron spectrum for the first wall of a demonstration fusion power plant . The values above each bar are the % of the total dpa rate produced by that reaction type or recoiling species. The standard 40 eV threshold displacement energy Ed for pure nickel was assumed for these calculations 1 CF/18/36 Download
figure 4b figure 4b per-recoil-species dpa contributions to the total dpa rate in pure Ni irradiated in a typical neutron spectrum for the first wall of a demonstration fusion power plant (plotted in Fig. 1a). The values above each bar are the % of the total dpa rate produced by that reaction type or recoiling species. The standard 40 eV threshold displacement energy Ed for pure nickel was assumed for these calculations 1 CF/18/38 Download
figure 5 figure 5 per-element-type dpa contributions to the total dpa rate in SS316 irradiated in a typical neutron spectrum for the first wall of a demonstration fusion power plant (plotted in Fig. 1a). The values above each bar are the % of the total dpa rate produced by that element’s recoiling species. 1 CF/18/40 Download
figure 6a figure 6a per-reaction-type dpa contributions to the total dpa rate in pure Fe irradiated in the neutron spectrum of the highflux reactor (HFR) at NRG, Petten. In (b) the results for each reaction channel are the sum of that reaction on allWisotopes. The values above each bar are the % of the total dpa rate produced by that reaction type. 1 CF/18/42 Download
figure 6b figure 6b per-reaction-type dpa contributions to the total dpa rate in pure W irradiated in the neutron spectrum of the highflux reactor (HFR) at NRG, Petten. In (b) the results for each reaction channel are the sum of that reaction on allWisotopes. The values above each bar are the % of the total dpa rate produced by that reaction type. 1 CF/18/44 Download