Heavy Ion Acceleration Strategies In The Ags Accelerator Complex - 1994 Status Report

PROCEEDINGS OF THE 1995 PARTICLE ACCELERATOR CONFERENCE, VOLS 1-5(1996)

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Abstract
The strategies invoked to satisfy the injected beam specifica- tions for the Brookhaven Relativistic Heavy Ion Collider (RHIC) continue to evolve, in the context of the yearly AGS fixed target heavy ion physics runs. The primary challenge is simply producing the required intensity. The acceleration flexibility available particularly in the Booster main magnet power supply and rf accelerating systems, together with variations in the charge state delivered from the Tandem van de Graaff, and accommodation by the AGS main magnet and rf systems allow the possibility for a wide range of options. The yearly physics run provides the opportunity for explora- tion of these options with the resulting significant evolution in the acceleration plan. This was particularly true in 1994 with strategies involving three different charge states and low and high acceleration rates employed in the Booster. The pres- ent status of this work will be presented.
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accelerator RF systems,accelerator magnets,colliding beam accelerators,ion accelerators,particle beam injection,power supplies to apparatus,synchrotrons,tandem accelerators,van de Graaff accelerators,1994 status report,AGS accelerator complex,AGS main magnet,Booster main magnet power supply,Brookhaven Relativistic Heavy ion Collider,RF accelerating systems,RHIC,Tandem van de Graaff,charge state,fixed target heavy ion physics runs,heavy ion acceleration strategies,injected beam specifications,
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