Academia.eduAcademia.edu

Figure 1 – uploaded by Fabio Moro

See full PDFdownloadDownload figure
Fig. 1. Conversion of a PbLi brick used in HCLL TBM mock-up experiment. Top-left panel: native step file. Top-right panel: McCad GUI displaying the geometry. Bottom left: generated MCNP model. Bottom right: MCNP geometry displayed with a Sabrina tool plot.

Figure 1 Conversion of a PbLi brick used in HCLL TBM mock-up experiment. Top-left panel: native step file. Top-right panel: McCad GUI displaying the geometry. Bottom left: generated MCNP model. Bottom right: MCNP geometry displayed with a Sabrina tool plot.

Related Figures (11)

Fig. 2. KT4&KH2 UV-optical spectrometer installed at JET.
Fig. 2. KT4&KH2 UV-optical spectrometer installed at JET.
Fig. 4. Residual B-spline surfaces in the first collimator CAD file (left) and the second collimator pipe-to-pipe connection (right) that McCad is not able to convert. Fig. 3. KT4&KH2 model simplified and divided into four independent files.
Fig. 4. Residual B-spline surfaces in the first collimator CAD file (left) and the second collimator pipe-to-pipe connection (right) that McCad is not able to convert. Fig. 3. KT4&KH2 model simplified and divided into four independent files.
Fig. 5. Volumes of the solids composing the KT4&KH2 diagnostic system calculated using the MCNP converted model and the CAD files.
Fig. 5. Volumes of the solids composing the KT4&KH2 diagnostic system calculated using the MCNP converted model and the CAD files.
DEMO PLASMA SOURCE PARAMETERS USED IN NWL CALCULATIONS
DEMO PLASMA SOURCE PARAMETERS USED IN NWL CALCULATIONS
Fig. 9. Volume ratio (MCNP calculation/McCad output) versus cell numbers estimated using the converted HCLL DEMO model.
Fig. 9. Volume ratio (MCNP calculation/McCad output) versus cell numbers estimated using the converted HCLL DEMO model.
Fig. 10. Poloidal view of the MCNP HCLL DEMO model filled with materials: numbers identify the blanket modules involved in the NWL calculations.
Fig. 10. Poloidal view of the MCNP HCLL DEMO model filled with materials: numbers identify the blanket modules involved in the NWL calculations.
Fig. 11. NWL poloidal distribution on the blanket modules 1-13. Data are normalized to 2358 MW fusion power (8.468E + 20 n/s).
Fig. 11. NWL poloidal distribution on the blanket modules 1-13. Data are normalized to 2358 MW fusion power (8.468E + 20 n/s).
Related topics:
Computer ScienceElectrical and Electronic Engineeringneutron transport
580 California St., Suite 400
San Francisco, CA, 94104
© 2025 Academia. All rights reserved