C. Davis
TRIUMF
6 Papers
42 Citations
C. Davis is an academic researcher from TRIUMF. The author has contributed to research in topics: Coulomb barrier & Ionization chamber. The author has an hindex of 4, co-authored 6 publications.
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Papers
Improvements of the DRAGON recoil separator at ISAC
Christof Vockenhuber,L. Buchmann,J. Caggiano,A. Chen,John D'Auria,C. Davis,Uwe Greife,A.H. Hussein,D. A. Hutcheon,D.F. Ottewell,C.O. Ouellet,A. Parikh,J. Pearson,Chris Ruiz,Götz Ruprecht,M. Trinczek,Joel Zylberberg +16 more
TL;DR: The DRAGON detector as discussed by the authors is used to measure radiative proton and alpha capture reaction rates involving both stable and radioactive, heavy-ion reactants at the TRIUMF-ISAC high intensity radioactive beam facility.
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Background suppression by the DRAGON radiative capture facility at TRIUMF/ISAC
D. A. Hutcheon,L. Buchmann,A. Chen,John D'Auria,C. Davis,Uwe Greife,Ahmed Hussein,D.F. Ottewell,C. V. Ouellet,A. Parikh,P. D. Parker,J. Pearson,Chris Ruiz,Götz Ruprecht,M. Trinczek,Christof Vockenhuber +15 more
TL;DR: The DRAGON facility at TRIUMF/ISAC detects reaction products following radiative capture of a hydrogen or helium target nucleus by an accelerated heavy ion as mentioned in this paper, which may have reaction rates 10-14 orders of magnitude lower than the intensity of the incident beam.
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RESONANT RADIATIVE CAPTURE AND MOLECULAR STATES IN 24 Mg AND 28 Si
D. Lebhertz,S. Courtin,F. Haas,M. D. Salsac,C. Beck,A. Michalon,M. Rousseau,D. G. Jenkins,P. L. Marley,R. Glover,P. E. Kent,D. A. Hutcheon,C. Davis,J. Pearson +13 more
TL;DR: In this article, the radiative capture process of the 12C+12C and 12c+16O reactions has been studied using the very selective 0° Dragon spectrometer at Triumf and its associated BGO γ-array.
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Radiative Capture Process at the Coulomb Barrier: the Resonant 12 C+ 16 O Case
D. Lebhertz,S. Courtin,F. Haas,M.‐D. Salsac,C. Beck,A. Michalon,M. Rousseau,P. L. Marley,R. Glover,R. E. Kent,D. A. Hutcheon,C. Davis,J. Pearson +12 more
- 02 Sep 2009
TL;DR: In a recent experiment performed at Triumf using the Dragon 0° spectrometer and its associated BGO array, the full gamma decay of the radiative capture channel close to the Coulomb barrier was measured.
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