A design study proposes a cyclotron-driven thermal neutron target integrated with ion storage rings to achieve areal densities of 3.4e6 n/cm2 (upgradable to 1e9) for inverse-kinematics neutron capture studies on radioactive beams.
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Direct Neutron Reactions in Storage Rings Utilizing a Supercompact Cyclotron Neutron Target
A design study proposes a cyclotron-driven thermal neutron target integrated with ion storage rings to achieve areal densities of 3.4e6 n/cm2 (upgradable to 1e9) for inverse-kinematics neutron capture studies on radioactive beams.