AMS Using Low-Energy Accelerators

The properties listed below, combined with those of the electrostatic and magnetic spectrometers, are crucial for reducing isobars and to make it possible to measure isotopic ratios down to in an AMS-system  

About half of the existing AMS facilities in the world are based on 3-MV tandem accelerators. These work horses of AMS allow for routine measurements of °Be, A1, and I, with a large number of successful 

The 600 kV AMS facility has been upgraded to a universal platform for AMS at low energies by Stocker et al. (2005) allowing to perform studies of °Be, A1, Ca, I, and Pu. The most significant improvement 

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