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Roxie Masterclass

External link: https://indico.cern.ch/category/15172/

Theory

  • Theory 1: Introduction, foundations of electromagnetic fields, lumped circuit analysis of NC magnets
  • Theory 2: Algebraic structures and vector fields, field harmonics
  • Theory 3: Fields and potentials of line currents
  • Theory 4: Mathematical optimization techniques
  • Theory 5: Principles of numerical field computation, BEM-FEM coupling, FEM meshes
  • Theory 6: Dynamic effects in superconducting magnets
  • Theory 7: Differential geometry for CCT magnets and cos theta coil-end design

Excercises