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1990•Unpublished venueOpen access

The effect of magnetic peaking on the dynamic aperture

Superconducting Super Collider Lab., Dallas, TX (USA), Theodore Garavaglia, USDOE, Washington, DC (United States) (US), Rae F. Stiening

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Abstract

It has been suggested that the dynamic aperture of the SSC can be increased by a suitable choice of the dipole systematic allowed multipole moments so as to extend the uniform field region of the magnet. In this note the effect of combinations of B{sub 4} and B{sub 6} are considered on the tune shifts. These tune shifts have been calculated using the methods of different authors. The results of these calculations are given.

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What this paper is about

It has been suggested that the dynamic aperture of the SSC can be increased by a suitable choice of the dipole systematic allowed multipole moments so as to extend the uniform field region of the magnet. In this note the effect of combinations of B{sub 4} and B{sub 6} are considered on the tune shifts. These tune shifts have been calculated using the methods of different authors. The results of these calculations are given.

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Available abstract

It has been suggested that the dynamic aperture of the SSC can be increased by a suitable choice of the dipole systematic allowed multipole moments so as to extend the uniform field region of the magnet. In this note the effect of combinations of B{sub 4} and B{sub 6} are considered on the tune shifts. These tune shifts have been calculated using the methods of different authors. The results of these calculations are given.

Key concepts: Multipole expansion, Dynamic aperture, Aperture (computer memory), Dipole, Physics, Fast multipole method, Magnet, Computational physics

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