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Optimizing Port Design for Interference Mitigation in Modular Coil Systems

This technical report discusses the challenges and solutions related to port interference in modular coil systems, specifically focusing on the adjustments made to port locations and diameters. The original port opening of 10" OD was modified to 8" OD, ensuring adequate clearance while maintaining functionality. Before and after views illustrate changes in toroidal and poloidal angles, highlighting the design adaptations to prevent interference with additional components, as detailed within Tom Brown's PowerPoint presentation.

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Optimizing Port Design for Interference Mitigation in Modular Coil Systems

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Presentation Transcript

  1. VV support and diagnostic port interference

  2. Section thru port opening

  3. Port location after rotating port Location Before: Torordial angle 17 deg Poloidal angle 47 deg Location after rotation Torordial angle 18.5 deg Poloidal angle 56 deg Port dia 10” od before and after

  4. Plan view

  5. Section view after rotation

  6. New Port Location

  7. Reduced port dia. From 10” od to 8” od. While a 10” od may work with additional tweaking reducing the od to 8” seems to assure clearance for now.

  8. From Tom Brown’s Power Point file

  9. The modular coil shell opening and NBI port were reshaped to eliminate port interference with modular coils. From Tom Brown’s Power Point file

  10. From Tom Brown’s Power Point file

  11. From Tom Brown’s Power Point file

  12. View from the bottom looking up View looking down on the machine RF ? Coax Feed locations?

  13. 6” od coax lead Possible locations?

  14. RF Antenna Shell Vacuum Vessel

  15. View looking from the inside of the machine out.

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