Search for superheavy elements in monazite by Rutherford backscattering [7]
Nature 265:5589 (1977) 35-36
Very light neutron-rich nuclei studied via the (6Li, 8B) reaction
Nuclear Physics, Section A 280:1 (1977) 217-227
Abstract:
Results from investigations of the Tz = 3 2 nuclei 5H, 7He and 9Li and of the T = 1 nuclide 4H employing the (6Li, 8B) reaction at 80 and 93 MeV are presented. In 9Li the locations of several low-lying Ip shell levels are indicated; in 7He and 4H the ground states are clearly observed. No evidence is found for the formation of a narrow 5H ground state. © 1977.GAMMA-DECAY OF T = 3-2 STATES IN AL-25
CANADIAN JOURNAL OF PHYSICS 55:3 (1977) 206-211
Electromagnetic transitions in 19F
Nuclear Physics, Section A 269:2 (1976) 327-337
Abstract:
The 19F(p, p′γ)19F reaction and Ge(Li) detectors were used to study the decay schemes of the 19F 3.91 and 4.55 MeV levels. The 3.91 MeV level was observed to decay mainly to the ground state, and two closely spaced levels were found at 4.549 and 4.558 MeV excitation. The former is identified as a 5 2+ level and the assignment of the latter is limited to 3 2- or 1 2- with 3 2- preferred. Lifetimes of states in 19F below 5 MeV were measured using the Doppler shift attenuation technique. Values of τm = 60±15 fs (4.033 MeV), 270±40 (2.780), 100±20 (1.459), 3500±1300 (1.346) and limits of τm < 30 fs (4.683 MeV), < 30 (4.558), < 30 (4.549), < 40 (3.999), < 50 (3.907) and < 40 (1.554) were obtained. © 1976.Spectroscopic utility of the two-proton pickup (Li6, B8) reaction
Physical Review C 13:3 (1976) 1330-1333