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C. B. Hamill
C. B. Hamill
University of Edinburgh
Physics
Reaction rate
Atomic physics
Resonance
Proton
4
Papers
5
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0
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Study of the $${{^{25}}}$$25Mg(d,p)$${{^{26}}}$$26Mg reaction to constrain the $${{^{25}}}$$25Al(p,$${\gamma }$$γ)$${{^{26}}}$$26Si resonant reaction rates in nova burning conditions
2020
European Physical Journal A
C. B. Hamill
P. J. Woods
D. M. Kahl
Richard Longland
J. P. Greene
Caleb Marshall
F. Portillo
Kiana Setoodehnia
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Citations (4)
Study of the $${{^{25}}}$$25 Mg(d,p) $${{^{26}}}$$26 Mg reaction to constrain the $${{^{25}}}$$25 Al(p, $${\gamma }$$γ ) $${{^{26}}}$$26 Si resonant reaction rates in nova burning conditions
2020
European Physical Journal A
C. B. Hamill
P. J. Woods
D. Kahl
R. Longland
J. P. Greene
C. Marshall
F. Portillo
K. Setoodehnia
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Study of the Mg(d,p)Mg reaction to constrain the Al(p,)Si resonant reaction rates in nova burning conditions
2020
European Physical Journal A
C. B. Hamill
P. J. Woods
D. Kahl
R. Longland
J. P. Greene
C. Marshall
F. Portillo
K. Setoodehnia
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Study of the $^{25}$Mg(d,p)$^{26}$Mg reaction to constrain the $^{25}$Al(p,$\gamma$)$^{26}$Si resonant reaction rates in nova burning conditions.
2020
arXiv: Nuclear Experiment
C. B. Hamill
Philip Woods
D. Kahl
Richard Longland
John P. Greene
Caleb Marshall
F. Portillo
Kiana Setoodehnia
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