Supplement to energy levels of A = 21–44 nuclei (VII)

Shell-model studies of therpreaction35Ar(p,γRichter1, Brown2 2012Phys. Rev. C171160View full textAdd to dashboardCite

“…In Ref. [7] a state was also observed at 3.383 MeV, and although it was not assigned a spin/parity, they associate it in Table VI with the 3.360 level of [6], where it was given a 1 + assignment. Our state.…”

“…A number of levels of 36 K measured recently by Wrede et al [7] above the proton separation are included, and all other excitation energies are from Ref. [6]. Three predicted levels with no known experimental counterparts are indicated by crosses.…”

“…Eq. (4) can be cast in the form of excitation energies relative to the lowest T=1 states: [6] and also the measured energy of 2.446 MeV in Table III of Ref. [7], as shown in Fig.…”

“…single-nucleon spectroscopic factors connecting the target and final states, and the lifetimes of the states in the final nucleus are frequently used and can be justified on the basis of isospin symmetry. [6] are given. Spectroscopic factors are given for ℓ = 0 and 2 for positive parity states and ℓ = 1 and 3 are for negative parity states.…”

Erratum: Determination of antineutrino spectra from nuclear reactors [Phys. Rev. C84, 024617 (2011)]

“…The decays of 58 Cu, 142 Pm and 144 Eu had the wrong isospin assignment and have been deleted. The decays of 32 Si, 34 P, 64 Cu and 66 Cu had the wrong isospin analog state and no correct isospin analog states could be identified, therefore they also have been deleted. The decays of 20 F and 32 P have their isospin analog states corrected and experience a significant shift in the weak magnetism slope as a result.…”