Populating Low-Spin States in Radioactive Nuclei to Measure Magnetic Moments Using the Transient Field Technique
arXiv:1601.03602 · doi:10.5506/APhysPolB.47.405
Abstract
The experimental study of magnetic moments for nuclear states near the ground state, , provides a powerful tool to test nuclear structure models. The study of magnetic moments in nuclei far away from the stability line is the next frontier in such studies. Two techniques have been utilized to populated low-spin states in radioactive nuclei: coulomb excitation reactions using radioactive nuclei, and the transfer of particles to stable beams to populate low spin states in radioactive nuclei. A presentations of these two techniques, along with the experimental challenges presented for future uses with nuclei far away from the stability line, will be presented.
Contribution submitted to the Jagiellonian Symposium 2015, June 7th to 12th, Krakow, Polland
References in corpus (16)
- Indication of a deeply bound compact K-pp state formed in the pp -> p Lambda K+ reaction at 2.85 GeV
- Modification of the -Meson Lifetime in Nuclear Matter
- Partial Wave Analysis of the Reaction to Search for the "" Bound State
- Measurement of the in-medium phi-meson width in proton-nucleus collisions
- Photoproduction of pi0-mesons from nuclei
- Determination of the η'-nucleus optical potential
- Determination of the eta'-proton scattering length in free space
- The Near-Threshold Production of Phi Mesons in pp Collisions
- Photoproduction of the meson off the proton near threshold
- Precision measurement of the quasi-free pn->dphi reaction close to threshold
- Photoproduction of ω Mesons off the Proton
- Study of the and reactions close to threshold
- Shell structure underlying the evolution of quadrupole collectivity in S-38 and S-40 probed by transient-field g-factor measurements on fast radioactive beams
- Absence of spin dependence in the final state interaction of the d(pol) p --> 3He eta reaction
- Has a "" Signal in p+p Reactions been Observed Yet?
- Measurement of the pn -> dK^+K^- total cross section close to threshold