Abstract
Higher multipole magnets for FRIB may be either superconducting or conventional. The superconducting multipole magnets can be shorter than the conventional version with the same integrated field. If the magnet is in a region with a small amount of ionizing radiation, the superconducting option is attractive because the multipole magnets can be nested, and they can be installed into cold iron. In regions with large amounts of ionizing radiation, the superconducting option is less attractive because of radiation damage and the heat deposited at low temperatures. High and low radiation designs are compared for an octupole nested within a sextupole that can be used in FRIB
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