D. Gjestvang

activity

20232026

γ -

ray strength functions of

^{111, 112, 113}

Sn isotopes studied with the Oslo method

12 citations · 12 across the 2 of their papers we have counts for

collaborators

3 papers

nucl-ex2026

Statistical and non-statistical $γ$ -decay properties of $^{64}$ Zn

A. C. Larsen, M. Guttormsen, T. K. Eriksen +23

We present a study on the $γ$ -decay properties of $^{64}$ Zn using the Oslo method on $^{64}$ Zn( $p, p^{'} γ$ ) data combined with $^{64}$ Zn $(γ, n)$ cross-section measurements at the…

nucl-ex2024

A saga on the $γ$ -decay branching ratio of the Hoyle state

W. Paulsen, K. C. W. Li, S. Siem +12

The radiative branching ratio of the Hoyle state is crucial to estimate the triple- $α$ reaction rate in stellar environments at medium temperatures of $T = 0.1$ to 2 GK. Knowledge of…

nucl-ex2023★ 12 cited

Nuclear level densities and $γ -$ ray strength functions of $^{111, 112, 113}$ Sn isotopes studied with the Oslo method

M. Markova, A. C. Larsen, G. M. Tveten +13

The $^{111, 112, 113}$ Sn isotopes have been studied with ( $p, d γ$ ), ( $p, p^{'} γ$ ), and ( $d, p γ$ ) reactions to extract the nuclear level densities (NLDs) and $γ$ -ray strength fun…

Statistical and non-statistical γ-decay properties of 64Zn

A saga on the γ-decay branching ratio of the Hoyle state

Nuclear level densities and γ−ray strength functions of 111,112,113Sn isotopes studied with the Oslo method

Statistical and non-statistical $γ$ -decay properties of $^{64}$ Zn

A saga on the $γ$ -decay branching ratio of the Hoyle state

Nuclear level densities and $γ -$ ray strength functions of $^{111, 112, 113}$ Sn isotopes studied with the Oslo method