Priority I and II Experiments Approved at the September 19, 2014
ATLAS PAC Meeting
Please note: Because of the pressure on ATLAS beam time, the PAC ranked the approved experiments in two categories. Priority I experiments are those that must be run at all costs. Priority II experiments are those that should be granted beam time (indicated in parenthesis) if at all possible. Priority I experiments are approved for the present cycle of experiments, but can be run during the next PAC cycle as well if scheduling conflicts occur. Priority II experiments that cannot be scheduled during the present cycle will have to be resubmitted at the next PAC meeting. It is our intention to try as hard as possible to schedule a full experimental program and to accommodate as many, if not all, of the priority II experiments. |
Proposal | PI Name | Title | Days |
---|---|---|---|
1217-3 | H. M. David | Core-excited_states and proton-neutron interactions in 100In | 6 |
1489-2 | G. Lotay | Constraining Oxygen-Neon Nova Observables with Gammasphere: Spectroscopy of 34Ar and 34Cl | 5 |
1518-2 | S. Almaraz-Calderon | Study of the structure of 26Mg and its decay branching ratios | (4) |
1538-2 | S. Marley | Study of the structure of 9Li via the d(10Be,3He)9Li reaction in HELIOS" | (6) |
1542/1568 | W. Korten/J.M. Allmond | Precision determination of electromagnetic matrix elements in triaxial 110Ru/Shape Evolution and Coexistence in the Mo-Ru Region | 10 |
1544 | W. Loveland | Experimental Characterization of the Factors Affecting the Synthesis of Element 119 | 8 |
1545 | E. A. McCutChan | State-of-the-art Gamma-ray Assay of the Medical Isotopes 82Rb and 86Y | 14 |
1546 | M. Paul | Stellar 36,38Ar(n,gamma)37,39Ar reactions | 6 |
1547LI | S.Lalkovski | Letter of Intent for developing a fast-timing array at the ATLAS Facility | |
1548 | M. Petri | Lifetime measurement of excited states in 16C | 6 |
1551 | A. H. Wuosmaa | Stretched configurations in 13N from the 15O(d,alpha)13N reaction | (7) |
1554 | K. E. Rehm | "Measurement of (alpha,p) and (alpha,n) Reactions with the Active target System MUSIC | 3 |
1555x | S. Almaraz-Calderon | Development of an Isomeric 26Alm beam for a study of the destruction mechanism of Galactic 26Al | 2 |
1558x | N. Scielzo | Beta-delayed Neutron Spectroscopy of Yttrium Isotopes | 6 |
1560 | D. Seweryniak | In-beam study of 105Te: determination of the order of the d5/2 and g7/2 neutron orbitals | 6 |
1562 | A. Perez Galvan | Tests of the electroweak sector of the Standard Model through angular correlation measurements in 8Li | 14 |
1563x | S. Zhu | Single-neutron states and the role of the vg9/2 orbital in 71Zn | 5 |
1564 | A. O. Macchiavelli | Understanding the Low-Energy Enhancement of the Photon-Strength Function in Nuclei | (4) |
1567 | S. Padgett | Addressing the Reactor Antineutrino Anomaly with Beta and Gamma Spectroscopy | (6) |
1569 | A. Stuchbery | Low excitation spectroscopy and the signs and magnitudes of g factors in the N=84 nuclides 136Te and 138Xe | 8 |
1572 | C. Deibel | Direct study of the 18Ne(alpha,p)21Na reaction rate in HELIOS | 9 |