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Specifications for the proposed spectrometer for the SuperHILAC are discussed. The principal features are listed. (1) Physical separation between the primary beam and the recoil products if these differ in one or more of the following parameters: velocity (v), energy to charge ratio (E/q), or mass to charge ratio (m/q). The suppression of unwanted particles will depend on the extent to which they differ from the desired particles in these three quantities. (2) Mass determination up to the superheavy element region with unit mass resolution. (3) Physical separation of masses according to their m/q values for further study of decay modes. (4) Z-identification. The Z-resolution will depend on the details of the reaction and the construction of the spectrometer. In favorable cases unit Z-resolution up to Z = 100 can be expected. (5) The full angular range from 0/sup 0/ to approximately 160/sup 0/ can be studied. (6) All particles which can be accelerated by the SuperHILAC can be analyzed. This includes 2 GeV uranium.

Heavy ion spectrometer at the SuperHILAC