D. Gribble

most citedInvestigation of

^{11}

B and

^{40}

Ca levels at 8-9 MeV by Nuclear Resonance Fluorescence

5 citations · 6 across the 3 of their papers we have counts for

collaborators

3 papers

nucl-ex2025★ 1 cited

Bayesian Analysis of the $^{86}$ Sr $(α, α)$ Reaction to Constrain the $^{86}$ Sr $(α, n)$ Cross Section at Astrophysical Energies

Caleb Marshall, Taliah Lansing, David Gribble +3

The Alpha Optical Model Potential (\aomp \!) is a phenomenological approach used to describe elastic scattering where multiple reaction channels are open. It is one of the most cri…

nucl-ex2025

Investigation of $^{31}$ P levels near the proton threshold by Nuclear Resonance Fluorescence and the impact on the $^{30}$ Si(p, $γ$ ) $^{31}$ P thermonuclear rate

David Gribble, Christian Iliadis, Robert V. F. Janssens +13

We investigated the nuclear structure of $^{31}$ P near the proton threshold using Nuclear Resonance Fluorescence (NRF) to refine the properties of key resonances in the $^{30}$ Si(p…

nucl-ex2022★ 5 cited

Investigation of $^{11}$ B and $^{40}$ Ca levels at 8-9 MeV by Nuclear Resonance Fluorescence

D. Gribble, C. Iliadis, R. V. F. Janssens +3

We report on the measurement of $^{11}$ B and $^{40}$ Ca levels between excitation energies of 8 and 9 MeV using nuclear resonance fluorescence (NRF). The experiment was carried out…

Bayesian Analysis of the 86Sr(α,α) Reaction to Constrain the 86Sr(α,n) Cross Section at Astrophysical Energies

Investigation of 31P levels near the proton threshold by Nuclear Resonance Fluorescence and the impact on the 30Si(p,γ)31P thermonuclear rate

Investigation of 11B and 40Ca levels at 8-9 MeV by Nuclear Resonance Fluorescence

Bayesian Analysis of the $^{86}$ Sr $(α, α)$ Reaction to Constrain the $^{86}$ Sr $(α, n)$ Cross Section at Astrophysical Energies

Investigation of $^{31}$ P levels near the proton threshold by Nuclear Resonance Fluorescence and the impact on the $^{30}$ Si(p, $γ$ ) $^{31}$ P thermonuclear rate

Investigation of $^{11}$ B and $^{40}$ Ca levels at 8-9 MeV by Nuclear Resonance Fluorescence