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ToolsHAVERSON, Kristian CZ, SMITH, Robin, GAI, Moshe, HUGHES, Owen, TINDLE, Olivia, BISHOP, Jack, BROOKS, Alexander D, FALEZZA, Filippo, KOKALOVA, Tzany, PIRRIE, Stuart, STAJKOWSKI, Dominik, WHELDON, Carl, BUTLER, Peter A, DOLAN, Annie, GAFFNEY, Liam P, JONES, Ben, OJALA, Joonas, ROWNTREE, Faye, SHARP, David K, REEVE, Samuel, FREEMAN, Sean J, MACGREGOR, Patrick T, LABICHE, Marc, GOMEZ-RAMOS, Mario, CASAL, Jesus and AL-AQEEL, Muneerah AM (2024). Searching for particle-hole cluster bands in <sup>8</sup>Be using the ISOLDE Solenoidal Spectrometer. EPJ Web of Conferences, 311: 00012. [Article]
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34605:762751
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epjconf_sotancp2024_00012.pdf - Published Version
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epjconf_sotancp2024_00012.pdf - Published Version
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Abstract
The 7Be(d, p)8Be∗ reaction was measured in inverse kinematics at a beam energy of 11 MeV/u using the ISOLDE Solenoidal Spectrometer, in order to identify and characterise high-excitation states in 8Be. The spin-parities of many of the states in the 16−20 MeV region can be explained as being particle-hole excitations within a two-centre shell model. The present experiment aims to elucidate the spin parities of higher excited states, > 20 MeV, to assess their candidacy as rotational excitations of the aforementioned particlehole states. The beam intensity in this experiment was measured using a downstream Micron S1 double-sided silicon strip detector to pick up elastically scattered deuterons. The focus of this paper is to present methods for calculating the beam intensity, which is key for extracting the spectroscopic factors of the measured states. Preliminary excitation spectra are also presented.
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