C. Marshall

most citedA study of

^{35}

Cl excited states via

^{32}

α, p

)

8 citations · 23 across the 3 of their papers we have counts for

collaborators

3 papers

nucl-th2020★ 7 cited

Bayesian Analysis of the $^{70}$ Zn $(d,^{3} He)^{69}$ Cu Transfer Reaction

C. Marshall, P. Morfouace, N. de Séréville +1

Transfer reactions provide information about the single-particle nature of nuclear levels. In particular, the differential cross sections from these measurements are sensitive to t…

nucl-ex2020★ 8 cited

Study of the $^{25}$ Mg(d,p) $^{26}$ Mg reaction to constrain the $^{25}$ Al(p, $γ$ ) $^{26}$ Si resonant reaction rates in nova burning conditions

C. B. Hamill, P. J. Woods, D. Kahl +5

The rate of the $^{25}$ Al( $p$ , $γ$ ) $^{26}$ Si reaction is one of the few key remaining nuclear uncertainties required for predicting the production of the cosmic $γ$ -ray emitter $^{2…

nucl-ex2019★ 8 cited

A study of $^{35}$ Cl excited states via $^{32}$ S( $α, p$ )

Kiana Setoodehnia, John H. Kelley, Caleb Marshall +2

Presolar grains originating in oxygen-neon novae may be identified by their sulfur isotopic ratios compared with theoretical estimates. These ratios depend on reliable $^{33}$ S($p,…

Bayesian Analysis of the 70Zn(d,3He)69Cu Transfer Reaction

Study of the 25Mg(d,p)26Mg reaction to constrain the 25Al(p,γ)26Si resonant reaction rates in nova burning conditions

A study of 35Cl excited states via 32S(α,p)

Bayesian Analysis of the $^{70}$ Zn $(d,^{3} He)^{69}$ Cu Transfer Reaction

Study of the $^{25}$ Mg(d,p) $^{26}$ Mg reaction to constrain the $^{25}$ Al(p, $γ$ ) $^{26}$ Si resonant reaction rates in nova burning conditions

A study of $^{35}$ Cl excited states via $^{32}$ S( $α, p$ )