Abstract
The isotopes were produced in the fusion-evaporation reaction of a ion beam with a target. For the proton and emission from the ground state were observed for the first time and the decay of the isomeric state was measured with improved accuracy. In addition, the decay of was measured with high statistics. A new -emitting nucleus and the previously known and isotopes were also studied. The ground-state proton emission was identified for a new proton emitter using the fusion-evaporation reaction of ions with a target. The previously known proton emitter and -decaying nucleus were also identified in this reaction. The fusion products were separated in-flight using a gas-filled recoil separator and implanted into a position-sensitive silicon detector. Identification of the nuclei was based on position, time, and energy correlations between the implants and subsequent decays.
2 More- Received 9 December 2003
DOI:https://doi.org/10.1103/PhysRevC.69.054323
©2004 American Physical Society