First measurements of<i>g</i>factors in the even Kr isotopes

Mertzimekis, T. J.; Benczer‐Koller, N.; Holden, James E.; Jakob, G.; Kumbartzki, G.; Speidel, K.‐H.; Ernst, R.; Macchiavelli, A. O.; McMahan, M. A.; Phair, L.; Maier-Komor, P.; Pakou, A.; Sabourin, Vincent; Körten, W.

doi:10.1103/physrevc.64.024314

Cited by 69 publications

(21 citation statements)

References 25 publications

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“…[1,13] and is reproduced here with the inclusion of new data. The same formalism was extended here to the data for g(4 The data for N = 38, 48 were not included in the fit.…”

Section: Models and Calculationsmentioning

confidence: 99%

Measurements ofg(41+,22+)in70,72<

et al. 2013

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“…[1,13] and is reproduced here with the inclusion of new data. The same formalism was extended here to the data for g(4 The data for N = 38, 48 were not included in the fit.…”

Section: Models and Calculationsmentioning

confidence: 99%

Measurements ofg(41+,22+)in70,72<

et al. 2013

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“…In the past few years, low-lying energy states in several isotopes have been measured for the first time or re-measured with higher precision in the A ∼ =80 mass region [1][2][3][4]. Most shell-model studies of nuclei with Z, N ≤ 50 assume a 88 38 Sr inert core and restrict the valence-proton particles and/or neutron holes to the p 1/2 and g 9/2 orbitals [5].…”

Section: Introductionmentioning

confidence: 99%

IBM-2 calculations of some even-even selenium nuclei

2006

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Abstract:In this study, we determined the most appropriate Hamiltonian that is needed for present calculations of nuclei in the A ∼ = 80 region by the view of interacting boson model (IBM-2). Using the best-fitted values of parameters in the Hamiltonian, we have calculated energy levels and B(E2) values for a number of transitions in some doubly even Se nuclei. The results were compared with the previous experimental and theoretical data and it is observed that they are in good agreement. The calculations have been extended to Se isotopes with A < 76 for which some B(E2) values are still not known.

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“…The nuclei are excited into higher energy levels and decay to the lower states while traversing the Gd layer. A feeding correction must be applied [1,15,16,17,18,3].…”

Section: The Transient Field B T Fmentioning

confidence: 99%

Using magnetic moments to study the nuclear structure of I ≥ 2 states

Torres¹

2013

AIP Conference Proceedings

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The experimental study of magnetic moments for nuclear states near the ground state, I ≥ 2, provides a powerful tool to test nuclear structure models. Traditionally, the use of Coulomb excitation reactions have been utilized to study low spin states, mostly I = 2. The use of alternative reaction channels, such as α transfer, for the production of radioactive species that, otherwise, will be only produced in future radioactive beam facilities has proved to be an alternative to measure not only excited states with I > 2, but to populate and study long-live radioactive nuclei. This contribution will present the experimental tools and challenges for the use of the transient ¿eld technique for the measurement of g factors in nuclear states with I ≥ 2, using Coulomb excitation and α-transfer reactions. Recent examples of experimental results near the N = 50 shell closure, and the experimental challenges for future implementations with radioactive beams, will be discussed.

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First measurements ofgfactors in the even Kr isotopes

Cited by 69 publications

References 25 publications

Measurements ofg(41+,22+)in70,72<

Measurements ofg(41+,22+)in70,72<

IBM-2 calculations of some even-even selenium nuclei

Using magnetic moments to study the nuclear structure of I ≥ 2 states

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