Active magnetic shielding of finite domains benefits of a direct effective solution based on the concept of stream function on the domain boundary. In linear systems the solution is flexible and effective when the geometry admits decomposition in eigenfunctions. The paper extends the approach to more complex geometries, by introducing an intermediation domain where the eigenfunctions are available in analytical form.
A Design Approach for 3D Shimming
CHIARIELLO, Andrea Gaetano;FORMISANO, Alessandro;MARTONE, Raffaele
2014
Abstract
Active magnetic shielding of finite domains benefits of a direct effective solution based on the concept of stream function on the domain boundary. In linear systems the solution is flexible and effective when the geometry admits decomposition in eigenfunctions. The paper extends the approach to more complex geometries, by introducing an intermediation domain where the eigenfunctions are available in analytical form.File in questo prodotto:
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