Abstract
The AMS program at the University of Rochester is described with mention of the development of a gas-filled magnet isobar separator as a means to overcome the anticipated problems with high sulfur in 36Cl measurements once a high-intensity ion source is installed. 36Cl is the radioisotope with the largest nubmers of samples measured in recent years. A brief overview of 36Cl and 129I applications as well as other projects is given with details to be found in other contributions in this issue.
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