2021
DOI: 10.3390/physics3040078
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Low-Energy Coulomb Excitation for the Shell Model

Abstract: Low-energy Coulomb excitation is capable of providing unique information on static electromagnetic moments of short-lived excited nuclear states, including non-yrast states. The process selectively populates low-lying collective states and is, therefore, ideally suited to study phenomena such as shape coexistence and the development of exotic deformation (triaxial or octupole shapes). Historically, these experiments were restricted to stable isotopes. However, the advent of new facilities providing intense bea… Show more

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“…Also, strong forward focusing enhances the collection efficiency as compared to low-energy reactions that fill a larger phase space. Multi-step Coulomb excitation studies with low-energy rare-isotope beams have been performed at beam intensities similar to those used here, but have been limited to a complementary level scheme selectively comprising cascades connected by strong E2 transitions, with at most the first 3 − state [7,26]. We illustrate this with the example of the state-of-the art low-energy Coulomb excitation of the neighboring Ca isotope 42 Ca on Pb [27].…”
mentioning
confidence: 99%
“…Also, strong forward focusing enhances the collection efficiency as compared to low-energy reactions that fill a larger phase space. Multi-step Coulomb excitation studies with low-energy rare-isotope beams have been performed at beam intensities similar to those used here, but have been limited to a complementary level scheme selectively comprising cascades connected by strong E2 transitions, with at most the first 3 − state [7,26]. We illustrate this with the example of the state-of-the art low-energy Coulomb excitation of the neighboring Ca isotope 42 Ca on Pb [27].…”
mentioning
confidence: 99%