High-resolution study of 0+and 2+excitations in

D. Bucurescu

¹

,

G. Graw

²

,

R. Hertenberger

³

et al.

Structure ofS30withS32(Setoodehnia1, Chen2, Chen3 et al. 2010Phys. Rev. C

“…This paper is a continuation of a series of recent high-resolution (p, t) experiments for a large number of nuclei [10][11][12][13][14][15]. In all cases, a number of new 0 + states were identified, and they offer a sensitive test of theory.…”

Microscopic structure of low-lying states inOs188,190,192

“…Recent twonucleon transfer experiments have populated a large number of low-lying 0 + states, especially in nuclei of the rare earth region [24][25][26][27]. The expressions of the (p, 3 H) and ( 3 H, p) transfer reaction spectroscopic factors, normalized with respect to the ground state, are [29,30] S n (p, 3 …”

“…The results were controversial and inconclusive. Nonetheless, an important result of those studies was the discovery of a large abundance of low 0 + states [24][25][26][27], which has stimulated the attention of theorists [28][29][30].…”

Investigation of0+states in198Hg after two-neutron pickup

“…In recent years, much effort was invested in systematic studies of low-lying 0 + excitations in medium-to heavymass nuclei throughout the nuclear landscape, ranging from 152 Gd to 194 Pt [1][2][3][4][5]. This region is particularly interesting, as the structure of these nuclei changes from transitional nuclei in the Gd region, over well-deformed nuclei in the Yb region, to γ-soft nuclei in the Pt region [6].…”