Priority I and II Experiments Approved at the March 16-17, 2020
ATLAS PAC Meeting
Because of the large number of high-quality proposals and the constraints on beam time, the ATLAS Program Advisory Committee (PAC) ranks 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 if at all possible. Priority II experiments are approved for the present cycle of experiments, but can be run during the next PAC cycle as well if scheduling conflicts occur. If they cannot be scheduled during these two PAC cycles they will have to be resubmitted.
Below is a table with the proposals approved at the March 16-16, 2020 ATLAS PAC meeting. The last two columns indicate the number of days approved.
Proposal # | PI Name | Title | Priority I | Priority II | |
1838x | B. Back | Test of high-intensity gas-cell windows | 3 |
| |
1840 | W. Loveland | Testing of Models for Multi-Nucleon Transfer Leading to Heavy Nuclei Involving Transfers of a Large Number of Nucleons | 4 |
| |
1842 | B.C. Rasco | Measurement of Complete β-Decay Feeding Patterns Near 132Sn | 6 |
| |
1843 | W.J. Ong | Measuring the 106Mo(a,xn) cross-section for r-process nucleosynthesis | 7 |
| |
1845 | K. Kolos | Improving decay data of the long-lived fission products 161Tb and 111Ag for nuclear medicine and national-security applications | 6 |
| |
1846 | A. Wuosmaa | Two-neutron transfer and p-s-d shell splitting in 10Li | 10 |
| |
1849 | B. Kay | A study of the (d,pg) reaction on radioisotope 85gKr to constrain a key s-process branching point | 9 |
| |
1850 | J. Smith | Measurement of the e+e− pair-decay branching ratio of the 12C(0+) in inverse kinematics with HELIOS | 3 |
| |
1852 | R. Grzywacz | Study of the deformed beta delayed neutron emitters with the new neutron tracking detector | 4 |
| |
1853 | J. Piot | Properties of 252Fm located at the deformed shell gaps Z=100 and N=152 | 4 |
| |
1855 | U. Forsberg | Isobaric Analog States in Mass A = 61, 62 and 65 Nuclides: Isospin Symmetry and Proton Decay in the Upper fp Shell | 8 |
| |
1856 | B.C. Rasco | Deducing the β-Transition Type in Complex Decay Patterns | 2 |
| |
1857x | I. Tolstukhin | Beam Tracking for ATLAS at Argonne | 3 |
| |
1859 | C. Morse | In-beam and Decay Spectroscopy of 249Md | 8 |
| |
1861 | G. Lotay | Probing the Underlying Explosion Mechanism of Core Collapse Supernovae: Spectroscopy of 46Cr | 8 |
| |
1865 | A. Ratkiewicz | Benchmarking the Surrogate Reactions Method on the Deformed Nucleus 157Gd using GODDESS |
| LOI | |
1868 | A. Mattera | High-precision study of key "blocked" fission fragments for Nuclear Forensics | 4 |
| |
1870 | J. Blackmon | Measurement of 20Ne(p,alpha)17F Cross Sections for the 17F(alpha,p)20Ne Reaction Rate |
| 6 | |
1871 | D. Doherty | Investigating the Nucleosynthesis of X-ray Bursts and Supernovae: Spectroscopy of 60Zn with an Enhanced Gammaphere Setup | 7 |
| |
1874 | P. Copp | Decay spectroscopy of fission products near A ~ 100 using Gammasphere and HEART for improving antineutrino spectra predictions: Part II |
| 7 | |
1875 | Y. Ayyad | Search for cluster structures in 16C through resonant alpha scattering |
| 11 | |
1876 | S. Almaraz-Calderon | Direct Measurment 44Ti(a,p)47V |
| LOI | |
1877 | J. Henderson | Testing the state-of-the-art: Coulomb excitation of 154Sm and 166Er | 5 |
| |
1881 | T. Huang | Single-proton excitations and search for K-isomers in 253Lr |
| 7 | |
1882x | G. Wilson | Exploring beam production yields via the 2n removal reaction with RAISOR | 3 |
| |
1883 | B. Longfellow | First Study of Higher-Lying States in 26Ne via Fusion Evaporation |
| 7 | |
1884 | M. Petri | Precision measurement of the Q(2+) in 12C: testing state-of-the-art ab initio theories |
| 7 | |
1886 | S. Pain | 22Na production in novae: addressing the discrepancies in 22Na(p,g)23Mg with GODDESS | 16 |
| |
1887 | D. Seweryniak | Search for the 112Ba-108Xe-104Te-100Sn super-allowed alpha-decay chain using a rotating stopper | 7 |
| |
1888 | J. Allmond | Shape Evolution and Coexistence in the Mo-Pd Region: A Request for 114Pd Beam Time with the New EBIS | 10 |
| |
1889 | C. Chiara | Expanding the exploration of nuclear excitation by electron capture (NEEC) to new nuclear/atomic systems |
| 9 | |
1890 | A. Ayangeakaa | Triaxialty and Shape Evolution in the Ge Isotopes |
| 3 | |
1893 | S. Marley | High-Resolution Decay Spectroscopy of 134Sb to Elucidate First-Forbidden β-decay Properties | 8 |
| |
1894 | X. Yan | Harvest of Phase-Imaging Mass Measurements at The CARIBU-CPT Facility | 10 | 20 | |
1895 | M. Avila | Measuring the 22Mg(a,p)25Al reaction directly with MUSIC | 7 |
| |
1896 | B. Alan | Determining the 95Zr(n,g) and 93Zr(n,g) cross sections via 96Zr(p,p') and 94Zr(p,p') surrogate reactions | 8 |
| |
1900 | J. Nolen | Novel Production of Theranostic Precious Metal Radionuclides at ATLAS and Development of 211At production via continuous extraction of 211Rn | 5 |
| |
1901x | G. Savard | Test of the new beamline and high power target for the N=126 factory | 3 |
| |
Total: | 178 | 77 |