Optimization Of Common Coil Geometry And Relative Conductor Usage For A 20 T Design, January 25, 2022.pdf

Common-Coil-optimization-01-25-2022v2.pdf
Preview of Optimization of Common Coil Geometry and Relative Conductor Usage for a 20 T Design, January 25, 2022
🔗 Source: wpw.bnl.gov
📊 Size: 2.95 MB
👤 Author: teid05
⬇️ Downloads: 59

Summary

Ramesh Gupta's presentation discusses the optimization of common coil geometry and conductor usage for a 20 T dipole design. A comparative study revealed that the common coil design uses less conductor than other designs. The presentation highlights the evolution of cosine theta geometry with increasing fields, where the required conductor area increases linearly with the radius of each layer. Despite significant changes in design, the overall conductor usage remains relatively small, with only small changes in total turns between different designs.

Description

Ramesh Gupta's presentation discusses the optimization of common coil geometry and conductor usage for a 20 T dipole design.

Technical Information

  • File Format: PDF
  • File Size: 2.95 MB
  • Pages: 14
  • Language: EN
  • Author: teid05
  • Total Downloads: 59
  • Last Updated: 1 month ago

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