| 摘要 |
Magnetic point pole placements in a generally spherical arrangement of electromagnets forms a magnetic field. The magnetic arrangements use five regular geometric structures and geodesic triacon breakdowns of these geometric structures. Magnets are placed at the corners of each of the solids, oriented along the radii of the solid, with similar poles pointing inward. The magnets are at the same distance from structure center, and are identical in length and strength. Magnetic vector maps of fields within the structures are compared to current magnetic mirror plasma confinement fields. Non-symmetrical arrangements of magnets using regular geometric structures include specific magnets removed and new magnets added, resulting in a local monopole magnetic field and local inner field reversed mirror, depending on whether just one or both poles of the additional magnet are within the structure. Finally, the nesting of solids is presented.
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