1986IEEE Transactions on MagneticsRequires access

Shaping of cylindrically symmetric magnetic fields with permanent magnets

J. Clarke, H. A. Leupold

Open publisher page 23 citations

Abstract

With the increasing sophistication of electron-beam devices, there has arisen a need for more complex magnetic field profiles. Some novel permanent-magnet configurations are described which can provide cross-sectionally uniform magnetic field profiles with arbitrary field variation and almost no flux leakage to the environment. This is accomplished by an arrangement of axially and radially oriented magnets that achieve axial field modulation by variation of their geometrical dimensions, in one case, and of their magnetic properties, in another.

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What this paper is about

With the increasing sophistication of electron-beam devices, there has arisen a need for more complex magnetic field profiles. Some novel permanent-magnet configurations are described which can provide cross-sectionally uniform magnetic field profiles with arbitrary field variation and almost no flux leakage to the environment. This is accomplished by an arrangement of axially and radially oriented magnets that achieve axial field modulation by variation of their geometrical dimensions, in one case, and of their magnetic properties, in another.

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Available abstract

With the increasing sophistication of electron-beam devices, there has arisen a need for more complex magnetic field profiles. Some novel permanent-magnet configurations are described which can provide cross-sectionally uniform magnetic field profiles with arbitrary field variation and almost no flux leakage to the environment. This is accomplished by an arrangement of axially and radially oriented magnets that achieve axial field modulation by variation of their geometrical dimensions, in one case, and of their magnetic properties, in another.

Key concepts: Magnet, Force between magnets, Magnetic field, Axial symmetry, Electropermanent magnet, Pole piece, Electromagnet, Magnetic flux

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