B. M. Sherrill

TL;DR: The projectile fragment separator FRS designed for research and applied studies with relativistic heavy ions was installed at GSI as a part of the new high-energy SIS/ESR accelerator facility as mentioned in this paper.

TL;DR: In this paper, the A1900 device represents a third generation projectile fragment separator (relative to the early work at LBL) and has a very large acceptance, a bending power significantly larger than that of the cyclotron and is constructed from large superconducting magnets (quadrupoles with 20 and 40 cm diameter warm bores).

TL;DR: The Super-FRS as discussed by the authors is a large-acceptance superconducting fragment separator followed by different experimental branches including a combination with a new storage-cooler ring system, which allows precision mass and lifetime measurements as well as in-ring reaction studies.

TL;DR: The high resolution S800 spectrograph built at the National Superconducting Cyclotron Laboratory (NSCL) is specially designed for reactions studies with radioactive beams as discussed by the authors, and its large acceptances both in solid angle and momentum are well adapted to the large emittances of secondary beams produced by projectile fragmentation.

TL;DR: This result shows that N = 8 is not a good closed shell in the neutron-rich 12Be and that the last neutron pair is two-thirds in the ( 1s(2)+0d(2)) intruder configuration.